Information
רחוב כתום - בנין רבין '' ת.ד. 1359, פארק תעשיה משגב, 2017400, Israel
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Overview
- Summary
- NETZER is a company established in 1998, specializing in the design, manufacturing, and supply of high-end absolute position rotary encoders based on its unique Electric Encoder™ technology. It offers both standard off-the-shelf products and custom-designed solutions tailored to specific customer requirements. The company's patented digital electric encoder technology represents an innovative solution utilized across various high-precision applications worldwide. NETZER stands as a global leader in providing precise motion control feedback solutions.NETZER is a company established in 1998, specializing in the design, manufacturing, and supply of high-end absolute position rotary encoders based on its unique Electric Encoder™ technology. It offers both standard off-the-shelf products and custom-designed solutions tailored to specific customer requirements. The company's patented digital electric encoder technology represents an innovative solution utilized across various high-precision applications worldwide. NETZER stands as a global leader in providing precise motion control feedback solutions.
- Key Products/Technologies
- Netzer's core technology is the proprietary Electric Encoder™ technology, featuring a contactless, hollow-shaft design that utilizes dynamic capacitance variations for position sensing. This technology is characterized by its exceptional immunity to magnetic fields, EMI/RFI, shocks, vibration, and extreme temperatures. It ensures high reliability through holistic signal generation, low power consumption, and minimal axial space requirements.Netzer's core technology is the proprietary Electric Encoder™ technology, featuring a contactless, hollow-shaft design that utilizes dynamic capacitance variations for position sensing. This technology is characterized by its exceptional immunity to magnetic fields, EMI/RFI, shocks, vibration, and extreme temperatures. It ensures high reliability through holistic signal generation, low power consumption, and minimal axial space requirements.
- Key product series include the VLX series for robotics and industry, the VLP series for harsh environments, and the VLT series for extreme temperatures. The VLX-60 model offers up to 22-bit resolution and 0.01-degree accuracy, with an ultra-thin design of less than 8mm and a weight of less than 15g. The VLP-60 model provides up to 22-bit resolution and 0.01-degree accuracy, featuring an ultra-thin profile of less than 5.3mm and a weight under 16g, having passed MIL STD 810 standard tests for durability.Key product series include the VLX series for robotics and industry, the VLP series for harsh environments, and the VLT series for extreme temperatures. The VLX-60 model offers up to 22-bit resolution and 0.01-degree accuracy, with an ultra-thin design of less than 8mm and a weight of less than 15g. The VLP-60 model provides up to 22-bit resolution and 0.01-degree accuracy, featuring an ultra-thin profile of less than 5.3mm and a weight under 16g, having passed MIL STD 810 standard tests for durability.
- The encapsulated DS series delivers robust protection and dependable performance, with the DS-25 model offering 21-bit resolution, 0.01-degree accuracy, an ultra-lightweight of 4g, and a low profile of 7mm. The DL series, a spindle shaft encoder, includes the DL-66 model with 18-22 bit resolution, 0.005-degree accuracy, and a rugged shafted design with IP65 protection. The VLS series, designed for space applications (LEO / New Space), features the VLS-140 model with up to 23-bit resolution and 0.006-degree accuracy, suitable for space exploration and vacuum robotics.The encapsulated DS series delivers robust protection and dependable performance, with the DS-25 model offering 21-bit resolution, 0.01-degree accuracy, an ultra-lightweight of 4g, and a low profile of 7mm. The DL series, a spindle shaft encoder, includes the DL-66 model with 18-22 bit resolution, 0.005-degree accuracy, and a rugged shafted design with IP65 protection. The VLS series, designed for space applications (LEO / New Space), features the VLS-140 model with up to 23-bit resolution and 0.006-degree accuracy, suitable for space exploration and vacuum robotics.
- Overall, the encoders offer resolutions up to 26 bits and accuracies reaching 0.006 degrees, with bandwidths up to 35kHz. Communication interfaces support SSI and BiSS-C, including single-turn and multi-turn absolute feedback capabilities.Overall, the encoders offer resolutions up to 26 bits and accuracies reaching 0.006 degrees, with bandwidths up to 35kHz. Communication interfaces support SSI and BiSS-C, including single-turn and multi-turn absolute feedback capabilities.
- Core Advantages
- The proprietary Electric Encoder™ technology is a major competitive advantage, utilizing contactless capacitive sensing to deliver superior performance compared to traditional optical and magnetic encoders. Its robust design features exceptional immunity to magnetic fields, EMI/RFI, shock, vibration, and extreme temperatures and humidity.The proprietary Electric Encoder™ technology is a major competitive advantage, utilizing contactless capacitive sensing to deliver superior performance compared to traditional optical and magnetic encoders. Its robust design features exceptional immunity to magnetic fields, EMI/RFI, shock, vibration, and extreme temperatures and humidity.
- Compactness and lightweight design are key differentiating factors. With profiles as thin as <5.3mm for the VLP-60, <8mm for the VLX-60, and a weight of 4g with a 7mm profile for the DS-25, these solutions are optimized for space-constrained and weight-sensitive applications. The low inertia and hollow-shaft design facilitate easy system integration and reduce overall system weight.Compactness and lightweight design are key differentiating factors. With profiles as thin as <5.3mm for the VLP-60, <8mm for the VLX-60, and a weight of 4g with a 7mm profile for the DS-25, these solutions are optimized for space-constrained and weight-sensitive applications. The low inertia and hollow-shaft design facilitate easy system integration and reduce overall system weight.
- High precision and reliability are central to Netzer's product strength. The encoders offer resolutions up to 26 bits and accuracies up to 0.006 degrees, ensuring long-term stability due to wear-free, contactless operation. The holistic signal generation method allows for generous mechanical mounting tolerances while maintaining outstanding precision.High precision and reliability are central to Netzer's product strength. The encoders offer resolutions up to 26 bits and accuracies up to 0.006 degrees, ensuring long-term stability due to wear-free, contactless operation. The holistic signal generation method allows for generous mechanical mounting tolerances while maintaining outstanding precision.
- Suitability for harsh environments enhances their utility in demanding sectors such as aerospace, defense, and industrial automation. A wide operating temperature range from -55°C to +125°C, shock and vibration resistance meeting MIL-STD-810G standards for the VLP series, and radiation-tested products for space applications ensure stable performance under extreme conditions.Suitability for harsh environments enhances their utility in demanding sectors such as aerospace, defense, and industrial automation. A wide operating temperature range from -55°C to +125°C, shock and vibration resistance meeting MIL-STD-810G standards for the VLP series, and radiation-tested products for space applications ensure stable performance under extreme conditions.
- The ability to provide customized solutions is another differentiator. Beyond standard off-the-shelf products, Netzer offers tailored designs to meet specific customer requirements, demonstrating agility in addressing unique project needs.The ability to provide customized solutions is another differentiator. Beyond standard off-the-shelf products, Netzer offers tailored designs to meet specific customer requirements, demonstrating agility in addressing unique project needs.
- Target Industries
- Aerospace and Defense: Applications include missile system detection and jamming, aircraft, unmanned aerial systems (UAS), space (Low Earth Orbit and deep space missions), electro-optical gimbals, and satellite and aerospace applications.Aerospace and Defense: Applications include missile system detection and jamming, aircraft, unmanned aerial systems (UAS), space (Low Earth Orbit and deep space missions), electro-optical gimbals, and satellite and aerospace applications.
- Robotics and Industrial Automation: Widely used in industrial robots, collaborative robots, medical robots, small robotics, vacuum robotics, autonomous mobile robots (AMRs), CNC machines, automated assembly lines, semiconductor handling, and precision machining.Robotics and Industrial Automation: Widely used in industrial robots, collaborative robots, medical robots, small robotics, vacuum robotics, autonomous mobile robots (AMRs), CNC machines, automated assembly lines, semiconductor handling, and precision machining.
- Medical Sector: Applied in robotic-assisted surgery, microsurgical instruments, precision-guided navigation systems, assistive robotics, exoskeletons, and rehabilitation devices.Medical Sector: Applied in robotic-assisted surgery, microsurgical instruments, precision-guided navigation systems, assistive robotics, exoskeletons, and rehabilitation devices.
- Other Industries: Utilized as precision motion control solutions in energy (wind/solar), clean rooms, surveillance, instrumentation, and automotive sectors.Other Industries: Utilized as precision motion control solutions in energy (wind/solar), clean rooms, surveillance, instrumentation, and automotive sectors.
- Major Markets
- ChinaChina
- Europe (distributed worldwide)Europe (distributed worldwide)
- USA (New Hampshire, California, Washington, Oregon), CanadaUSA (New Hampshire, California, Washington, Oregon), Canada
- Certifications/Patents
- Netzer holds patents for its proprietary Electric Encoder™ technology. This technology was invented by Mr. Yishay Netzer and patented in 2002.Netzer holds patents for its proprietary Electric Encoder™ technology. This technology was invented by Mr. Yishay Netzer and patented in 2002.
- The company has achieved ISO 9001:2015 certification for its quality management system. It also holds ISO 13485:2016 certification for medical device quality management systems, ensuring reliability for medical applications.The company has achieved ISO 9001:2015 certification for its quality management system. It also holds ISO 13485:2016 certification for medical device quality management systems, ensuring reliability for medical applications.
- Netzer is currently pursuing AS9100 accreditation, a quality management standard for the aerospace and defense industries, aiming to further strengthen its position in these sectors. Additionally, the company ensures compliance with REACH, ROHS regulations, and provides a PCBs UL Compliance Declaration, meeting environmental and safety standards.Netzer is currently pursuing AS9100 accreditation, a quality management standard for the aerospace and defense industries, aiming to further strengthen its position in these sectors. Additionally, the company ensures compliance with REACH, ROHS regulations, and provides a PCBs UL Compliance Declaration, meeting environmental and safety standards.
- Products adhere to EMC standards such as IEC 6100-6-2 and IEC 6100-6-4, and certain VLP series models have passed shock and vibration tests according to MIL-STD-810G standards, demonstrating robust durability.Products adhere to EMC standards such as IEC 6100-6-2 and IEC 6100-6-4, and certain VLP series models have passed shock and vibration tests according to MIL-STD-810G standards, demonstrating robust durability.
Introduction
Location
רחוב כתום - בנין רבין '' ת.ד. 1359, פארק תעשיה משגב, 2017400, Israel
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