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Automotive
automotive
Instrument Cluster
Keep your eyes on the road, and your instrument cluster in focus
An instrument cluster, also known as a dashboard or gauge cluster, is a display panel located on the dashboard of a vehicle that provides the driver with important information about the status and performance of the vehicle. The instrument cluster is typically comprised of various gauges and displays, such as the speedometer, tachometer, fuel gauge, temperature gauge, and warning lights.
The instrument cluster is used to provide the driver with critical information about the vehicle's speed, engine performance, fuel level, and other important metrics. The information displayed on the instrument cluster allows the driver to make informed decisions while on the road, ensuring safe and efficient driving.
The instrument cluster is located on the dashboard of the car, directly in front of the driver's seat. It is a critical component of the vehicle and is found in various types of vehicles, including cars, trucks, and buses. The instrument cluster plays a vital role in ensuring the safety and performance of the vehicle, providing the driver with essential information about the vehicle's status and performance.
automotive
Remote Vehicle Monitoring
Maximize your fleet's potential with remote vehicle monitoring
Remote vehicle monitoring is a technology-driven practice that allows for the remote tracking and analysis of various aspects of a vehicle's operation and performance, such as speed, location, fuel consumption, and maintenance needs. This technology involves the use of sensors, GPS tracking, and other data collection technologies to gather information from different parts of the vehicle.
A remote vehicle monitoring system can improve traffic control police efficiency by providing real-time monitoring, automated alerts, and predictive analytics. With real-time monitoring, traffic control police can quickly identify traffic incidents such as jams or accidents, allowing them to respond more efficiently. Automated alerts can be set up to notify police of specific conditions, such as a vehicle traveling at excessive speeds.
Predictive analytics uses traffic data to identify patterns, allowing police to anticipate traffic patterns and take proactive measures to prevent congestion. Remote vehicle monitoring systems can help reduce congestion, improve traffic flow, and increase overall safety on the roads.
Remote vehicle monitoring improves the quality of life by enhancing safety and security through features such as geofencing, alerts for reckless driving or unauthorized vehicle use, and immediate assistance in case of emergencies. It also reduces the environmental impact of vehicles by promoting more efficient driving habits and reducing idle time.
Medical
medical Patient Flow &
Patient Flow &
Bed Management
Deliver exceptional care with our patient-centered patient flow and bed management solutions
Patient flow and bed management is a system used in medical facilities to manage the movement of patients throughout the facility and the availability of beds for patient care. The system involves tracking patients from admission to discharge, managing bed availability, and coordinating the allocation of resources to ensure efficient patient care.
Patient flow and bed management technology improves efficiency in the medical field by automating the process of patient admission, discharge, and transfer. The technology tracks patients' movements and bed availability in real-time, allowing healthcare providers to optimize bed utilization and reduce wait times for patients. It also enables healthcare providers to monitor and manage patient flow across different departments and facilities, which improves care coordination and reduces the risk of errors. Additionally, patient flow and bed management technology can generate reports on key performance indicators, such as patient wait times and length of stay, which can help healthcare organizations identify areas for improvement and make data-driven decisions to improve efficiency.
It is used in various areas of the medical field, including emergency departments, intensive care units, operating rooms, and general. hospital wards.
medical
Infant Matching & Security
Peace of mind for parents, security for hospitals with our infant matching and security
Infant matching and security is a system used in healthcare facilities to ensure the safe and secure identification and tracking of newborn infants. The system involves the use of identification bands or tags to match mothers and their newborns, and to track the movement of infants throughout the facility.
The system uses advanced technology, such as RFID tags and biometric scanners, to match infants with their mothers and ensure that they are not taken out of the facility by unauthorized individuals. Implementing an infant matching and security system in healthcare facilities can greatly improve security and provide peace of mind for parents and medical staff. The system offers real-time tracking and monitoring, reducing the risk of errors and increasing the speed of response to any security issues. In addition, the system provides a comprehensive record of each infant's movements, enabling medical staff to easily identify any irregularities or discrepancies.
The technology was developed in response to the growing concern over infant abductions in hospitals and the need to improve security measures to prevent such incidents from occurring.
Environmental
enviromental
Sustainable Modular Vertical Gardens
Greenery that fits any space with our versatile modular vertical gardens
Sustainable Modular Vertical Gardens are a type of gardening system that allows plants to be grown vertically instead of horizontally. It is a sustainable and eco-friendly method of gardening that can be used in urban environments where space is limited. The vertical gardens can be installed on walls, fences, and other vertical surfaces.
In the context of sustainable modular vertical gardens, "modular" refers to the ability of the system to be easily assembled, disassembled, and reconfigured using interchangeable parts or modules. This means that the gardens can be adapted to fit different spaces and requirements, and can be easily expanded or downsized as needed. Additionally, the modularity of the system allows for easy maintenance and replacement of individual components, which can help to extend the lifespan of the overall garden and reduce waste. The modularity of sustainable modular vertical gardens is a key factor in their ability to provide flexible, efficient, and sustainable solutions for urban agriculture and green space creation.
Modular vertical gardens contribute to environmental sustainability by reducing the urban heat island effect, improving air quality, and promoting biodiversity. They can also be used to grow food in urban areas, promoting local food production and reducing the carbon footprint associated with transportation.
Renewable Energy
renewables
Solar Cells
Eco-friendly energy for all with our cutting-edge solar cells
Solar cells are electronic devices that convert sunlight directly into electricity. They are made up of layers of materials that generate an electric field when exposed to sunlight, which in turn causes electrons to flow and produce electrical energy. Solar cells are typically used as the primary component in solar panels, which can be used to generate electricity in a variety of applications, including residential, commercial, and industrial settings.
The process behind making a solar cell involves several steps. First, the raw materials such as silicon are extracted and purified. Then, the purified silicon is shaped into ingots which are sliced into thin wafers. Next, the wafers are treated with various chemicals to create a positive and negative charge. The wafers are then assembled into a solar cell and wired together to form a solar panel. When sunlight hits the solar panel, the electrons in the silicon are excited and produce a direct current (DC) electrical charge. This DC charge is then converted into an alternating current (AC) electrical charge that can be used to power homes and businesses.
Solar cells are considered a clean and renewable source of energy, as they do not emit greenhouse gases and do not require any fuel to generate electricity. The use of solar cells can help to reduce the consumption of CO2-emitting fossil fuels, thus contributing towards a more sustainable future.
Energy
energy
Switch Gears
Switch to a better future with our advanced switch gear technology
Switchgears are electrical devices used to control, protect, and isolate electrical equipment in power systems. Switchgears consist of various components and ensure safety and reliability of electrical power systems and equipment.
Switch gears play a crucial role in energy consumption management by controlling, protecting, and isolating electrical equipment and power systems. They ensure the smooth and efficient transmission and distribution of electrical energy by controlling the flow of current and voltage levels. This helps to prevent electrical faults, overloading, and short circuits that can cause power outages or even damage to electrical equipment. Switch gears are also essential in integrating renewable energy sources into the power grid, as they enable the efficient and reliable integration of intermittent energy sources like solar and wind power.
Switch gears are used in a variety of settings, including power plants, substations, industrial facilities, and commercial buildings. They can be found in a wide range of applications, from large-scale electrical systems to small control panels.
Lightings
lightings
Architectural LED Lightings
Illuminate your space with our energy-efficient architectural LED lights
Architectural LED lighting is the use of LED lights in lighting fixtures designed for architectural purposes. They enhance the aesthetic appeal of architectural features, such as buildings and landscapes, in an energy-efficient, long-lasting, and customizable way.
Architectural LED lighting is highly efficient and can significantly reduce energy consumption compared to traditional lighting systems. LED lighting fixtures consume up to 75% less energy and have a lifespan that can be up to 25 times longer than incandescent bulbs. This energy efficiency leads to a direct reduction in CO2 emissions and energy costs, making it a sustainable and cost-effective solution. Additionally, LED lights can be dimmed, programmed, or turned off remotely, allowing for more precise control over energy usage. The use of LED lighting can contribute to the reduction of CO2 emissions and help in the fight against climate change.
The Indonesian government supports the installation of LED lighting through various initiatives, including subsidies for businesses that switch to LED lighting and the development of programs to increase public awareness about the benefits of using LED lighting. Additionally, the government has implemented regulations that require new buildings to use energy-efficient lighting systems, including LED lighting.
Mobile Communication
communications
Phone Chargers
Stay connected with our reliable phone chargers
Phone chargers are electronic devices used to charge the batteries of mobile phones and other portable devices. They typically connect to a power source, such as an electrical outlet or USB port, and transfer power to the device's battery to charge it. Phone chargers come in various types and configurations, including wall chargers, car chargers, wireless chargers, and portable chargers. They are an essential accessory for mobile phone users, enabling them to keep their devices charged and powered up throughout the day.
The process of making a phone charger begins with the assembly of the plastic or metal casing, followed by the installation of the electrical components such as resistors, capacitors, and transformers. The circuit board is then inserted into the casing, and the wires are attached to the appropriate terminals. The charger is then tested for safety and functionality, including its ability to regulate voltage and current to avoid damage to the device being charged. Once the charger has passed all necessary tests, it is packaged and shipped to retailers or directly to consumers.
In Indonesia, the government has implemented a policy called TKDN (Tingkat Komponen Dalam Negeri) which requires a certain percentage of locally sourced components in the production of phone chargers sold in the country. This is part of the government's efforts to promote domestic manufacturing and reduce reliance on imported products.
Sustainable
sustainable
Modular Water Tanks
Customize your water storage needs with our modular tanks
Modular Water Tanks are a type of water storage system that consists of individual units or modules that can be connected to form a larger tank. These tanks are designed to be used in areas where access to clean water is limited, or where there are concerns about the quality or availability of the local water supply. The modular design of the tanks allows for easy installation and maintenance, as individual modules can be easily replaced or removed if necessary.
In the context of modular water tanks, modular means that the tank is made up of individual modules or units that can be connected or stacked together to create a larger water storage system. These individual modules are typically smaller and easier to transport and install than traditional water tanks, making them ideal for locations with limited access or where space is at a premium. Additionally, because they are modular, these tanks can be customized to fit specific site requirements and can be easily expanded or reconfigured as needs change.
The implementation of modular water tanks can increase the efficiency of rainwater management by providing a decentralized water storage solution. This allows for more efficient water use and reduces the strain on centralized water supply systems. Additionally, the use of rainwater for non-potable purposes reduces the demand for treated drinking water, which can lead to cost savings and environmental benefits.
Home Appliances
home
Coffee Makers
Get your caffeine fix with our fast and reliable coffee makers
Coffee makers are appliances used to brew coffee. They come in various types and designs, including drip coffee makers, single-serve coffee makers, French press coffee makers, and espresso machines. Coffee makers typically consist of a water reservoir, a heating element, a coffee filter, and a carafe or cup to hold the brewed coffee. They are widely used in homes, offices, and commercial settings, and are an essential appliance for coffee lovers who enjoy freshly brewed coffee at any time of the day.
The process of making a coffee maker involves several steps, such as designing the product, selecting the materials, and assembling the components. The main components of a coffee maker include the water reservoir, heating element, coffee filter, and carafe. The water reservoir holds the water that is used to make coffee, and the heating element heats up the water to the desired temperature. The coffee filter holds the coffee grounds, and the carafe collects the brewed coffee. The coffee maker is typically assembled on a production line, where each component is added and tested to ensure it functions correctly. Once the coffee maker is assembled, it is packaged and shipped to retailers for sale to consumers.
Homebred coffee makers are prevalent in markets such as the United States, Europe, and Japan, where coffee consumption is high and there is a growing trend of home brewing. However, coffee makers are also popular in many other parts of the world, including Southeast Asia, where traditional coffee brewing methods like the manual drip and Vietnamese phin are still widely used.
home
Vacuum Cleaners
Breathe easy with our top-quality vacuum cleaners and air filtration systems
vacuum cleaner is an electrical appliance that uses suction to remove dust, dirt, and debris from floors, carpets, and other surfaces. It typically consists of a motor, a dust collector, and a nozzle or brush head for directing suction. Vacuum cleaners come in various types and designs, including upright, canister, handheld, and robotic models.
The process of making a vacuum cleaner involves assembling various components such as the motor, fan, hose, brushroll, and dustbin. The motor powers the fan, which creates suction to draw in dirt and debris through the hose and into the dustbin. The brushroll agitates the carpet fibers to loosen dirt and pet hair for easier suction. The components are typically made of plastic, metal, and rubber and are assembled using screws, clips, and adhesives. Quality control measures such as testing the suction power and noise levels are also conducted during the manufacturing process.
Vacuum cleaners are widely used in both residential and commercial settings. They are particularly prevalent in the household market, with various brands and models available for purchase in most home appliance stores. In addition, industrial-grade vacuum cleaners are used in many commercial and industrial settings, such as warehouses, factories, and hospitals.
home
Electric Shaver
Say goodbye to nicks and cuts with our precision-engineered electric shavers
An electric shaver is an electrical device used for shaving facial hair. It uses oscillating or rotating blades to cut the hair, and can be either battery-operated or corded. Electric shavers come in two types: foil shavers and rotary shavers. Foil shavers have a thin layer of metal with holes that trap the hair, while rotary shavers have multiple spinning heads that cut the hair. Electric shavers are popular among men who want a quick and convenient way to shave, and are commonly used at home, while traveling, or in professional settings.
There are several reasons why people shift from traditional razors to electric shavers. One reason is convenience, as electric shavers are easier and faster to use. They also offer a smoother and more comfortable shave, without the need for water or shaving cream. Additionally, electric shavers are more cost-effective in the long run, as they don't require constant replacement of blades or shaving cream. They are also safer to use, reducing the risk of cuts and nicks. Finally, some people prefer electric shavers due to their versatility, as they can be used on both wet and dry skin, and come with different attachments for trimming and shaping facial hair.
The process of making an electric shaver involves designing and manufacturing the various components, including the motor, blades, and housing. These parts are then assembled and tested for quality assurance before being packaged and sold to consumers.
Industrial Appliances
industrial
Load Balance Sensors
Achieve perfect balance with our top-quality load balance sensors
Load balance sensors are devices that measure and monitor the weight distribution of an object or system in real-time. They are used in a variety of applications, such as in weighing systems, material handling equipment, and industrial automation processes. Load balance sensors play a crucial role in ensuring safety, accuracy, and efficiency in these applications by detecting and alerting operators to any imbalances or overloads that may occur.
Load balance sensors are used in various industries, such as manufacturing, transportation, and logistics. In manufacturing, load balance sensors can be used to ensure that a machine's weight is distributed evenly, which can improve its efficiency and extend its lifespan. In transportation, load balance sensors can be used to ensure that a vehicle is not overloaded, which can improve its safety and prevent damage to roads and bridges. In logistics, load balance sensors can be used to ensure that packages are evenly distributed in a truck or airplane, which can prevent damage and improve delivery times.
Load balance sensors increase efficiency by ensuring that the load is distributed evenly, which helps to prevent equipment failures and downtime due to overloading or uneven distribution. This can lead to cost savings through improved productivity and reduced maintenance costs. Additionally, load balance sensors can help to prevent safety incidents by ensuring that equipment is not overloaded, reducing the risk of accidents and injuries.
industrial
Printers
Experience the difference with our fast and reliable printers
Printers are electronic devices that create a physical copy of a digital document or image on paper or other materials. They come in various types and sizes. including inkjet, laser, and 3D printers, and are used in both personal and professional settings. Printers have revolutionized the way we produce and share information by making it easier and more convenient to create hard copies of documents and images.
Printers have a wide range of use cases, from personal home use to large-scale commercial printing. Some common use cases for printers include:
Personal/home use: Printers are commonly used in homes for personal use, such as printing photos, school projects, and important documents.
Small businesses: Small businesses often use printers for printing invoices, business cards, and other documents.
Commercial printing: Printers are used in commercial printing for creating marketing materials, banners, posters, and other large format print materials.
Publishing: Printers are used in publishing for printing books, magazines, and other printed materials.
Education: Printers are used in educational institutions for printing course materials, textbooks, and handouts.
Healthcare: Printers are used in healthcare for printing patient information, labels, and medical reports.
Industrial printing: Printers are used in industrial applications for printing labels, packaging, and other materials for manufacturing and production.
3D printing: 3D printers are used for creating three-dimensional objects, ranging from simple prototypes to complex, intricate designs.
The process of making printers involves several steps. Firstly, the printer's outer casing is designed and manufactured using plastic injection molding. Secondly, the internal components, such as the print head, rollers, and control board, are produced separately and assembled later. The print head itself is created using a combination of photolithography and etching techniques to produce a microscopic nozzle array. The rollers are made from high-quality rubber, and the control board is constructed using a printed circuit board. Once all the parts are ready, they are assembled, and the printer is tested for quality control before being packaged and shipped to retailers.
Industrial
Machine Tower Light
Work brighter, not harder with our durable and reliable lighting solutions
A machine tower light is a lighting system typically used in industrial settings to provide illumination for large machines, work areas, or construction sites. It consists of a tall tower that can range from a few meters to over 30 meters in height, with a set of powerful lights mounted on the top of the tower. The tower can be powered by either electricity or a generator and is usually designed to be portable, so it can be moved easily to different locations as needed.
Machine tower lights can generate efficiency for a company in several ways. Firstly, by providing proper lighting in industrial settings, workers can operate machinery and perform tasks more efficiently and accurately, leading to increased productivity and output. Secondly, they can help reduce safety hazards in the workplace by providing bright, reliable illumination and promoting a safer work environment. Thirdly, their portability allows them to be easily moved to different locations and set up quickly, promoting flexibility and reducing downtime. Finally, machine tower lights can help companies save costs by providing bright, energy-efficient lighting and avoiding the cost of installing and maintaining permanent lighting fixtures.
The process of making a machine tower light involves designing the product and selecting materials such as steel or aluminum, assembling the tower frame, mounting the lights, wiring and installing the power source, testing the product for performance, safety, and durability, and marketing the product to a variety of industries depending on its intended use, such as construction, mining, oil and gas, or event lighting.
Internet of Things
IoT
Road Traffic Control System
Keeping traffic flowing with our advanced road control solutions
A road traffic control system is a technology-based system that manages the movement of vehicles, pedestrians, and other road users on roads, highways, and intersections. It involves the use of various devices and systems such as traffic signals, road signs, cameras, and sensors to collect data, analyze traffic flow, and optimize traffic management. The system aims to reduce traffic congestion, improve road safety, and enhance the efficiency of transportation.
The road traffic control system improves efficiency for traffic control by using various technologies to collect and analyze traffic data in real-time. This includes traffic cameras, sensors, and GPS tracking systems that monitor traffic flow, vehicle speed, and congestion levels. The system then uses this data to optimize traffic signal timings, adjust speed limits, and reroute traffic to reduce congestion and improve traffic flow. The system can alert drivers to traffic incidents, construction sites, and other hazards through electronic message boards and smartphone apps, allowing them to avoid these areas and find alternative routes. By improving traffic flow and reducing congestion, the road traffic control system can help save time for drivers, reduce fuel consumption and air pollution, and improve overall transportation efficiency.
In addition to improving traffic flow, road traffic control systems also increase security for the community by reducing the risk of accidents and traffic-related incidents. By using advanced technologies like automatic number plate recognition (ANPR) and video surveillance, law enforcement agencies can identify and respond to potential security threats more quickly and effectively.
IoT
Wireless Door Locks
Unlock the future with our advanced wireless door locks
A wireless door lock is a locking device that allows authorized users to remotely control access to a secured area using wireless technology. The device can be controlled through a mobile app or a remote control, eliminating the need for physical keys. The lock can be installed on doors of homes, offices, and other buildings to provide an added layer of security. Wireless door locks can also provide convenience by allowing users to remotely grant access to visitors, service providers, or housekeeping staff. This technology enables homeowners and business owners to monitor who enters their property and when, providing increased security and peace of mind.
Wireless door locks provide several benefits to homeowners in terms of efficiency. Firstly, they eliminate the need for traditional keys, reducing the risk of losing or misplacing them. Homeowners can access their homes using a variety of methods, such as entering a code on a keypad, using a mobile app, or even through voice activation. This eliminates the need for physical keys and allows homeowners to grant access to others remotely, making it easier to manage access to their homes. Additionally, many wireless door locks offer integration with home automation systems, allowing homeowners to control and monitor their locks remotely from a smartphone or tablet. This means homeowners can lock or unlock their doors from anywhere, check the status of their locks, and receive notifications if the lock is opened or closed. All of these features help to make access to the home more efficient and convenient for homeowners.
Wireless door locks increase security for users by eliminating the need for physical keys, which can be lost or stolen. Instead, users can use a code or a mobile app to unlock the door, ensuring that only authorized individuals have access. Some models also have features like fingerprint scanning or facial recognition for even more secure access. Additionally, wireless door locks can be monitored remotely, allowing users to check if their door is locked or unlocked and to lock or unlock it from anywhere using their smartphone. This can provide peace of mind and enhance security, particularly for those who travel frequently or have rental properties.
automotive
Instrument Cluster
Keep your eyes on the road, and your instrument cluster in focus
An instrument cluster, also known as a dashboard or gauge cluster, is a display panel located on the dashboard of a vehicle that provides the driver with important information about the status and performance of the vehicle. The instrument cluster is typically comprised of various gauges and displays, such as the speedometer, tachometer, fuel gauge, temperature gauge, and warning lights.
The instrument cluster is used to provide the driver with critical information about the vehicle's speed, engine performance, fuel level, and other important metrics. The information displayed on the instrument cluster allows the driver to make informed decisions while on the road, ensuring safe and efficient driving.
The instrument cluster is located on the dashboard of the car, directly in front of the driver's seat. It is a critical component of the vehicle and is found in various types of vehicles, including cars, trucks, and buses. The instrument cluster plays a vital role in ensuring the safety and performance of the vehicle, providing the driver with essential information about the vehicle's status and performance.
Key business areas involved in the making of this project
Business Areas
Plastic Injection Moulding
To produce printer parts and components.
Quality Control
To inspect and test components at every stage of the manufacturing process.
Lab Testing
To ensure that our products meet the highest standards of quality and performance.
Packaging & Shipping
To ensure that components arrive at their destination in good condition.
Instrument Cluster
Plastic Injection Moulding
Instrument Cluster
Quality Control
Instrument Cluster
Lab Testing
Instrument Cluster
Packaging and Shipping
automotive
Remote Vehicle Monitoring
Maximize your fleet's potential with remote vehicle monitoring
Remote vehicle monitoring is a technology-driven practice that allows for the remote tracking and analysis of various aspects of a vehicle's operation and performance, such as speed, location, fuel consumption, and maintenance needs. This technology involves the use of sensors, GPS tracking, and other data collection technologies to gather information from different parts of the vehicle.
A remote vehicle monitoring system can improve traffic control police efficiency by providing real-time monitoring, automated alerts, and predictive analytics. With real-time monitoring, traffic control police can quickly identify traffic incidents such as jams or accidents, allowing them to respond more efficiently. Automated alerts can be set up to notify police of specific conditions, such as a vehicle traveling at excessive speeds.
Predictive analytics uses traffic data to identify patterns, allowing police to anticipate traffic patterns and take proactive measures to prevent congestion. Remote vehicle monitoring systems can help reduce congestion, improve traffic flow, and increase overall safety on the roads.
Remote vehicle monitoring improves the quality of life by enhancing safety and security through features such as geofencing, alerts for reckless driving or unauthorized vehicle use, and immediate assistance in case of emergencies. It also reduces the environmental impact of vehicles by promoting more efficient driving habits and reducing idle time.
Key business areas involved in the making of this project
Business Areas
Plastic Injection Moulding
To produce printer parts and components.
SMT-PCBA
To ensure that the SMT-PCBA stage meets our high standards.
Software Management
To inspect and test components at every stage of the manufacturing process.
Quality Control
To inspect and test components at every stage of the manufacturing process.
Lab Testing
To ensure that our products are reliable, safe, and durable.
Packaging & Shipping
To ensure that components arrive at their destination in good condition.
Remote Vehicle Monitoring
Plastic Injection Moulding
Remote Vehicle Monitoring
SMT-PCBA
Remote Vehicle Monitoring
Software Management
Remote Vehicle Monitoring
Quality Control
Remote Vehicle Monitoring
Lab Testing
Remote Vehicle Monitoring
Packaging and Shipping
medical Patient Flow &
Patient Flow &
Bed Management
Deliver exceptional care with our patient-centered patient flow and bed management solutions
Patient flow and bed management is a system used in medical facilities to manage the movement of patients throughout the facility and the availability of beds for patient care. The system involves tracking patients from admission to discharge, managing bed availability, and coordinating the allocation of resources to ensure efficient patient care.
Patient flow and bed management technology improves efficiency in the medical field by automating the process of patient admission, discharge, and transfer. The technology tracks patients' movements and bed availability in real-time, allowing healthcare providers to optimize bed utilization and reduce wait times for patients. It also enables healthcare providers to monitor and manage patient flow across different departments and facilities, which improves care coordination and reduces the risk of errors. Additionally, patient flow and bed management technology can generate reports on key performance indicators, such as patient wait times and length of stay, which can help healthcare organizations identify areas for improvement and make data-driven decisions to improve efficiency.
It is used in various areas of the medical field, including emergency departments, intensive care units, operating rooms, and general. hospital wards.
Key business areas involved in the making of this project
Business Areas
Plastic Injection Moulding
To produce printer parts and components.
Over Moulding
To design and create precise molds and tooling for the over moulding process.
Quality Control
To inspect and test components at every stage of the manufacturing process.
Lab Testing
To ensure that our products meet the highest standards of quality and performance.
Assembly
To ensure that each component meets the required specifications.
Packaging & Shipping
To deliver products on time without compromising quality
Patient Flow & Bed Management
Plastic Injection Moulding
Patient Flow & Bed Management
Over Moulding
Patient Flow & Bed Management
Quality Control
Patient Flow & Bed Management
Lab Testing
Patient Flow & Bed Management
Assembly
Patient Flow & Bed Management
Packaging and Shipping
medical
Infant Matching & Security
Peace of mind for parents, security for hospitals with our infant matching and security
Infant matching and security is a system used in healthcare facilities to ensure the safe and secure identification and tracking of newborn infants. The system involves the use of identification bands or tags to match mothers and their newborns, and to track the movement of infants throughout the facility.
The system uses advanced technology, such as RFID tags and biometric scanners, to match infants with their mothers and ensure that they are not taken out of the facility by unauthorized individuals. Implementing an infant matching and security system in healthcare facilities can greatly improve security and provide peace of mind for parents and medical staff. The system offers real-time tracking and monitoring, reducing the risk of errors and increasing the speed of response to any security issues. In addition, the system provides a comprehensive record of each infant's movements, enabling medical staff to easily identify any irregularities or discrepancies.
The technology was developed in response to the growing concern over infant abductions in hospitals and the need to improve security measures to prevent such incidents from occurring.
Key business areas involved in the making of this project
Business Areas
Plastic Injection Moulding
To produce printer parts and components.
Over Moulding
To ensure it meets our rigorous standards for quality and performance.
Quality Control
To inspect and test components at every stage of the manufacturing process.
Lab Testing
To ensure that our products meet the highest standards of quality and performance.
Assembly
To ensure that each component meets the required specifications.
Packaging & Shipping
To deliver products on time without compromising quality
Infant Matching & Security
Plastic Injection Moulding
Infant Matching & Security
Over Moulding
Infant Matching & Security
Quality Control
Infant Matching & Security
Lab Testing
Infant Matching & Security
Assembly
Infant Matching & Security
Packaging and Shipping
enviromental
Sustainable Modular Vertical Gardens
Greenery that fits any space with our versatile modular vertical gardens
Sustainable Modular Vertical Gardens are a type of gardening system that allows plants to be grown vertically instead of horizontally. It is a sustainable and eco-friendly method of gardening that can be used in urban environments where space is limited. The vertical gardens can be installed on walls, fences, and other vertical surfaces.
In the context of sustainable modular vertical gardens, "modular" refers to the ability of the system to be easily assembled, disassembled, and reconfigured using interchangeable parts or modules. This means that the gardens can be adapted to fit different spaces and requirements, and can be easily expanded or downsized as needed. Additionally, the modularity of the system allows for easy maintenance and replacement of individual components, which can help to extend the lifespan of the overall garden and reduce waste. The modularity of sustainable modular vertical gardens is a key factor in their ability to provide flexible, efficient, and sustainable solutions for urban agriculture and green space creation.
Modular vertical gardens contribute to environmental sustainability by reducing the urban heat island effect, improving air quality, and promoting biodiversity. They can also be used to grow food in urban areas, promoting local food production and reducing the carbon footprint associated with transportation.
Key business areas involved in the making of this project
Business Areas
Plastic Injection Moulding
To design and manufacture high-quality components
Quality Control
To inspect and test components at every stage of the manufacturing process.
Lab Testing
To ensure that our products meet the highest standards of quality and performance.
Packaging & Shipping
To ensure that components arrive at their destination in good condition.
Sustainable Modular Vertical Gardens
Plastic Injection Moulding
Sustainable Modular Vertical Gardens
Quality Control
Sustainable Modular Vertical Gardens
Lab Testing
Sustainable Modular Vertical Gardens
Packaging and Shipping
renewables
Solar Cells
Eco-friendly energy for all with our cutting-edge solar cells
Solar cells are electronic devices that convert sunlight directly into electricity. They are made up of layers of materials that generate an electric field when exposed to sunlight, which in turn causes electrons to flow and produce electrical energy. Solar cells are typically used as the primary component in solar panels, which can be used to generate electricity in a variety of applications, including residential, commercial, and industrial settings.
The process behind making a solar cell involves several steps. First, the raw materials such as silicon are extracted and purified. Then, the purified silicon is shaped into ingots which are sliced into thin wafers. Next, the wafers are treated with various chemicals to create a positive and negative charge. The wafers are then assembled into a solar cell and wired together to form a solar panel. When sunlight hits the solar panel, the electrons in the silicon are excited and produce a direct current (DC) electrical charge. This DC charge is then converted into an alternating current (AC) electrical charge that can be used to power homes and businesses.
Solar cells are considered a clean and renewable source of energy, as they do not emit greenhouse gases and do not require any fuel to generate electricity. The use of solar cells can help to reduce the consumption of CO2-emitting fossil fuels, thus contributing towards a more sustainable future.
Key business areas involved in the making of this project
Business Areas
SMT-PCBA
To ensure that the SMT-PCBA stage meets our high standards.
Quality Control
To inspect and test components at every stage of the manufacturing process.
Lab Testing
To ensure that our products meet the highest standards of quality and performance.
Packaging & Shipping
To ensure that components arrive at their destination in good condition.
Solar Cells
SMT-PCBA
Solar Cells
Quality Control
Solar Cells
Lab Testing
Solar Cells
Packaging and Shipping
energy
Switch Gears
Switch to a better future with our advanced switch gear technology
Switchgears are electrical devices used to control, protect, and isolate electrical equipment in power systems. Switchgears consist of various components and ensure safety and reliability of electrical power systems and equipment.
Switch gears play a crucial role in energy consumption management by controlling, protecting, and isolating electrical equipment and power systems. They ensure the smooth and efficient transmission and distribution of electrical energy by controlling the flow of current and voltage levels. This helps to prevent electrical faults, overloading, and short circuits that can cause power outages or even damage to electrical equipment. Switch gears are also essential in integrating renewable energy sources into the power grid, as they enable the efficient and reliable integration of intermittent energy sources like solar and wind power.
Switch gears are used in a variety of settings, including power plants, substations, industrial facilities, and commercial buildings. They can be found in a wide range of applications, from large-scale electrical systems to small control panels.
Key business areas involved in the making of this project
Business Areas
Plastic Injection Moulding
To produce printer parts and components.
Quality Control
To inspect and test components at every stage of the manufacturing process.
Lab Testing
To ensure that our products meet the highest standards of quality and performance.
Packaging & Shipping
To ensure that components arrive at their destination in good condition.
Switch Gears
Plastic Injection Moulding
Switch Gears
Quality Control
Switch Gears
Lab Testing
Switch Gears
Packaging and Shipping
lightings
Architectural LED Lightings
Illuminate your space with our energy-efficient architectural LED lights
Architectural LED lighting is the use of LED lights in lighting fixtures designed for architectural purposes. They enhance the aesthetic appeal of architectural features, such as buildings and landscapes, in an energy-efficient, long-lasting, and customizable way.
Architectural LED lighting is highly efficient and can significantly reduce energy consumption compared to traditional lighting systems. LED lighting fixtures consume up to 75% less energy and have a lifespan that can be up to 25 times longer than incandescent bulbs. This energy efficiency leads to a direct reduction in CO2 emissions and energy costs, making it a sustainable and cost-effective solution. Additionally, LED lights can be dimmed, programmed, or turned off remotely, allowing for more precise control over energy usage. The use of LED lighting can contribute to the reduction of CO2 emissions and help in the fight against climate change.
The Indonesian government supports the installation of LED lighting through various initiatives, including subsidies for businesses that switch to LED lighting and the development of programs to increase public awareness about the benefits of using LED lighting. Additionally, the government has implemented regulations that require new buildings to use energy-efficient lighting systems, including LED lighting.
Key business areas involved in the making of this project
Business Areas
Plastic Injection Moulding
To produce printer parts and components.
Over Moulding
To design and create precise molds and tooling for the over moulding process.
Wire Harness Assembly
To ensure that all wire harnesses meet our high standards.
Quality Control
To inspect and test components at every stage of the manufacturing process.
Lab Testing
To ensure that our products meet the highest standards of quality and performance.
Packaging & Shipping
To ensure that components arrive at their destination in good condition.
Architectural LED Lightings
Plastic Injection Moulding
Architectural LED Lightings
Over Moulding
Architectural LED Lightings
Wire Harness Assembly
Architectural LED Lightings
Quality Control
Architectural LED Lightings
Lab Testing
Architectural LED Lightings
Packaging and Shipping
communications
Phone Chargers
Stay connected with our reliable phone chargers
Phone chargers are electronic devices used to charge the batteries of mobile phones and other portable devices. They typically connect to a power source, such as an electrical outlet or USB port, and transfer power to the device's battery to charge it. Phone chargers come in various types and configurations, including wall chargers, car chargers, wireless chargers, and portable chargers. They are an essential accessory for mobile phone users, enabling them to keep their devices charged and powered up throughout the day.
The process of making a phone charger begins with the assembly of the plastic or metal casing, followed by the installation of the electrical components such as resistors, capacitors, and transformers. The circuit board is then inserted into the casing, and the wires are attached to the appropriate terminals. The charger is then tested for safety and functionality, including its ability to regulate voltage and current to avoid damage to the device being charged. Once the charger has passed all necessary tests, it is packaged and shipped to retailers or directly to consumers.
In Indonesia, the government has implemented a policy called TKDN (Tingkat Komponen Dalam Negeri) which requires a certain percentage of locally sourced components in the production of phone chargers sold in the country. This is part of the government's efforts to promote domestic manufacturing and reduce reliance on imported products.
Key business areas involved in the making of this project
Business Areas
SMT-PCBA
To ensure that the SMT-PCBA stage meets our high standards.
Quality Control
To inspect and test components at every stage of the manufacturing process.
Lab Testing
To ensure that our products are reliable, safe, and durable.
Packaging & Shipping
To ensure that components arrive at their destination in good condition.
Phone Chargers
SMT-PCBA
Phone Chargers
Quality Control
Phone Chargers
Lab Testing
Phone Chargers
Packaging and Shipping
sustainable
Modular Water Tanks
Customize your water storage needs with our modular tanks
Modular Water Tanks are a type of water storage system that consists of individual units or modules that can be connected to form a larger tank. These tanks are designed to be used in areas where access to clean water is limited, or where there are concerns about the quality or availability of the local water supply. The modular design of the tanks allows for easy installation and maintenance, as individual modules can be easily replaced or removed if necessary.
In the context of modular water tanks, modular means that the tank is made up of individual modules or units that can be connected or stacked together to create a larger water storage system. These individual modules are typically smaller and easier to transport and install than traditional water tanks, making them ideal for locations with limited access or where space is at a premium. Additionally, because they are modular, these tanks can be customized to fit specific site requirements and can be easily expanded or reconfigured as needs change.
The implementation of modular water tanks can increase the efficiency of rainwater management by providing a decentralized water storage solution. This allows for more efficient water use and reduces the strain on centralized water supply systems. Additionally, the use of rainwater for non-potable purposes reduces the demand for treated drinking water, which can lead to cost savings and environmental benefits.
Key business areas involved in the making of this project
Business Areas
Plastic Injection Moulding
To design and manufacture high-quality components.
Quality Control
To inspect and test components at every stage of the manufacturing process.
Lab Testing
To ensure that our products are reliable, safe, and durable.
Packaging & Shipping
To ensure that components arrive at their destination in good condition.
Modular Water Tanks
Plastic Injection Moulding
Modular Water Tanks
Quality Control
Modular Water Tanks
Lab Testing
Modular Water Tanks
Packaging and Shipping
home
Coffee Makers
Get your caffeine fix with our fast and reliable coffee makers
Coffee makers are appliances used to brew coffee. They come in various types and designs, including drip coffee makers, single-serve coffee makers, French press coffee makers, and espresso machines. Coffee makers typically consist of a water reservoir, a heating element, a coffee filter, and a carafe or cup to hold the brewed coffee. They are widely used in homes, offices, and commercial settings, and are an essential appliance for coffee lovers who enjoy freshly brewed coffee at any time of the day.
The process of making a coffee maker involves several steps, such as designing the product, selecting the materials, and assembling the components. The main components of a coffee maker include the water reservoir, heating element, coffee filter, and carafe. The water reservoir holds the water that is used to make coffee, and the heating element heats up the water to the desired temperature. The coffee filter holds the coffee grounds, and the carafe collects the brewed coffee. The coffee maker is typically assembled on a production line, where each component is added and tested to ensure it functions correctly. Once the coffee maker is assembled, it is packaged and shipped to retailers for sale to consumers.
Homebred coffee makers are prevalent in markets such as the United States, Europe, and Japan, where coffee consumption is high and there is a growing trend of home brewing. However, coffee makers are also popular in many other parts of the world, including Southeast Asia, where traditional coffee brewing methods like the manual drip and Vietnamese phin are still widely used.
Key business areas involved in the making of this project
Business Areas
Plastic Injection Moulding
To design and manufacture high-quality components.
Quality Control
To inspect and test components at every stage of the manufacturing process.
Lab Testing
To ensure that our products are reliable, safe, and durable.
Packaging & Shipping
To ensure that components arrive at their destination in good condition.
Coffee Makers
Plastic Injection Moulding
Coffee Makers
Quality Control
Coffee Makers
Lab Testing
Coffee Makers
Packaging and Shipping
home
Vacuum Cleaners
Breathe easy with our top-quality vacuum cleaners and air filtration systems
vacuum cleaner is an electrical appliance that uses suction to remove dust, dirt, and debris from floors, carpets, and other surfaces. It typically consists of a motor, a dust collector, and a nozzle or brush head for directing suction. Vacuum cleaners come in various types and designs, including upright, canister, handheld, and robotic models.
The process of making a vacuum cleaner involves assembling various components such as the motor, fan, hose, brushroll, and dustbin. The motor powers the fan, which creates suction to draw in dirt and debris through the hose and into the dustbin. The brushroll agitates the carpet fibers to loosen dirt and pet hair for easier suction. The components are typically made of plastic, metal, and rubber and are assembled using screws, clips, and adhesives. Quality control measures such as testing the suction power and noise levels are also conducted during the manufacturing process.
Vacuum cleaners are widely used in both residential and commercial settings. They are particularly prevalent in the household market, with various brands and models available for purchase in most home appliance stores. In addition, industrial-grade vacuum cleaners are used in many commercial and industrial settings, such as warehouses, factories, and hospitals.
Key business areas involved in the making of this project
Business Areas
Plastic Injection Moulding
To design and manufacture high-quality components.
Quality Control
To inspect and test components at every stage of the manufacturing process.
Lab Testing
To ensure that our products are reliable, safe, and durable.
Packaging & Shipping
To ensure that components arrive at their destination in good condition.
Vacuum Cleaners
Plastic Injection Moulding
Vacuum Cleaners
Quality Control
Vacuum Cleaners
Lab Testing
Vacuum Cleaners
Packaging and Shipping
home
Electric Shaver
Say goodbye to nicks and cuts with our precision-engineered electric shavers
An electric shaver is an electrical device used for shaving facial hair. It uses oscillating or rotating blades to cut the hair, and can be either battery-operated or corded. Electric shavers come in two types: foil shavers and rotary shavers. Foil shavers have a thin layer of metal with holes that trap the hair, while rotary shavers have multiple spinning heads that cut the hair. Electric shavers are popular among men who want a quick and convenient way to shave, and are commonly used at home, while traveling, or in professional settings.
There are several reasons why people shift from traditional razors to electric shavers. One reason is convenience, as electric shavers are easier and faster to use. They also offer a smoother and more comfortable shave, without the need for water or shaving cream. Additionally, electric shavers are more cost-effective in the long run, as they don't require constant replacement of blades or shaving cream. They are also safer to use, reducing the risk of cuts and nicks. Finally, some people prefer electric shavers due to their versatility, as they can be used on both wet and dry skin, and come with different attachments for trimming and shaping facial hair.
The process of making an electric shaver involves designing and manufacturing the various components, including the motor, blades, and housing. These parts are then assembled and tested for quality assurance before being packaged and sold to consumers.
Key business areas involved in the making of this project
Business Areas
Plastic Injection Moulding
To design and manufacture high-quality components
Quality Control
To inspect and test components at every stage of the manufacturing process.
Lab Testing
To ensure that our products are reliable, safe, and durable.
Packaging & Shipping
To ensure that components arrive at their destination in good condition.
Electric Shaver
Plastic Injection Moulding
Electric Shaver
Quality Control
Electric Shaver
Lab Testing
Electric Shaver
Packaging and Shipping
industrial
Load Balance Sensors
Achieve perfect balance with our top-quality load balance sensors
Load balance sensors are devices that measure and monitor the weight distribution of an object or system in real-time. They are used in a variety of applications, such as in weighing systems, material handling equipment, and industrial automation processes. Load balance sensors play a crucial role in ensuring safety, accuracy, and efficiency in these applications by detecting and alerting operators to any imbalances or overloads that may occur.
Load balance sensors are used in various industries, such as manufacturing, transportation, and logistics. In manufacturing, load balance sensors can be used to ensure that a machine's weight is distributed evenly, which can improve its efficiency and extend its lifespan. In transportation, load balance sensors can be used to ensure that a vehicle is not overloaded, which can improve its safety and prevent damage to roads and bridges. In logistics, load balance sensors can be used to ensure that packages are evenly distributed in a truck or airplane, which can prevent damage and improve delivery times.
Load balance sensors increase efficiency by ensuring that the load is distributed evenly, which helps to prevent equipment failures and downtime due to overloading or uneven distribution. This can lead to cost savings through improved productivity and reduced maintenance costs. Additionally, load balance sensors can help to prevent safety incidents by ensuring that equipment is not overloaded, reducing the risk of accidents and injuries.
Key business areas involved in the making of this project
Business Areas
Plastic Injection Moulding
To design and manufacture high-quality components.
SMT-PCBA
To ensure that the SMT-PCBA stage meets our high standards.
Quality Control
To inspect and test components at every stage of the manufacturing process.
Lab Testing
To ensure that our products are reliable, safe, and durable.
Packaging & Shipping
To ensure that components arrive at their destination in good condition.
Load Balance Sensors
Plastic Injection Moulding
Load Balance Sensors
SMT-PCBA
Load Balance Sensors
Quality Control
Load Balance Sensor
Lab Testing
Load Balance Sensors
Packaging and Shipping
industrial
Printers
Experience the difference with our fast and reliable printers
Printers are electronic devices that create a physical copy of a digital document or image on paper or other materials. They come in various types and sizes. including inkjet, laser, and 3D printers, and are used in both personal and professional settings. Printers have revolutionized the way we produce and share information by making it easier and more convenient to create hard copies of documents and images.
Printers have a wide range of use cases, from personal home use to large-scale commercial printing. Some common use cases for printers include:
Personal/home use: Printers are commonly used in homes for personal use, such as printing photos, school projects, and important documents.
Small businesses: Small businesses often use printers for printing invoices, business cards, and other documents.
Commercial printing: Printers are used in commercial printing for creating marketing materials, banners, posters, and other large format print materials.
Publishing: Printers are used in publishing for printing books, magazines, and other printed materials.
Education: Printers are used in educational institutions for printing course materials, textbooks, and handouts.
Healthcare: Printers are used in healthcare for printing patient information, labels, and medical reports.
Industrial printing: Printers are used in industrial applications for printing labels, packaging, and other materials for manufacturing and production.
3D printing: 3D printers are used for creating three-dimensional objects, ranging from simple prototypes to complex, intricate designs.
The process of making printers involves several steps. Firstly, the printer's outer casing is designed and manufactured using plastic injection molding. Secondly, the internal components, such as the print head, rollers, and control board, are produced separately and assembled later. The print head itself is created using a combination of photolithography and etching techniques to produce a microscopic nozzle array. The rollers are made from high-quality rubber, and the control board is constructed using a printed circuit board. Once all the parts are ready, they are assembled, and the printer is tested for quality control before being packaged and shipped to retailers.
Key business areas involved in the making of this project
Business Areas
Plastic Injection Moulding
To design and manufacture high-quality components.
Quality Control
To inspect and test components at every stage of the manufacturing process.
Lab Testing
To ensure that our products are reliable, safe, and durable.
Packaging & Shipping
To ensure that components arrive at their destination in good condition.
Printers
Plastic Injection Moulding
Printers
Quality Control
Printers
Lab Testing
Printers
Packaging and Shipping
Industrial
Machine Tower Light
Work brighter, not harder with our durable and reliable lighting solutions
A machine tower light is a lighting system typically used in industrial settings to provide illumination for large machines, work areas, or construction sites. It consists of a tall tower that can range from a few meters to over 30 meters in height, with a set of powerful lights mounted on the top of the tower. The tower can be powered by either electricity or a generator and is usually designed to be portable, so it can be moved easily to different locations as needed.
Machine tower lights can generate efficiency for a company in several ways. Firstly, by providing proper lighting in industrial settings, workers can operate machinery and perform tasks more efficiently and accurately, leading to increased productivity and output. Secondly, they can help reduce safety hazards in the workplace by providing bright, reliable illumination and promoting a safer work environment. Thirdly, their portability allows them to be easily moved to different locations and set up quickly, promoting flexibility and reducing downtime. Finally, machine tower lights can help companies save costs by providing bright, energy-efficient lighting and avoiding the cost of installing and maintaining permanent lighting fixtures.
The process of making a machine tower light involves designing the product and selecting materials such as steel or aluminum, assembling the tower frame, mounting the lights, wiring and installing the power source, testing the product for performance, safety, and durability, and marketing the product to a variety of industries depending on its intended use, such as construction, mining, oil and gas, or event lighting.
Key business areas involved in the making of this project
Business Areas
Plastic Injection Moulding
To design and manufacture high-quality components.
SMT-PCBA
To ensure that the SMT-PCBA stage meets our high standards.
Ultrasonic Welding
To produce high-quality welds for our product.
Quality Control
To inspect and test components at every stage of the manufacturing process.
Lab Testing
To ensure that our products are reliable, safe, and durable.
Packaging & Shipping
To ensure that components arrive at their destination in good condition.