It’s Time to Get One

VLZ | Capacitive Angle Encoders | Hollow Shaft
VLZ – Redefining Boundaries VLZ is rewriting the rules for high-end encoders — delivering unprecedented 1-milli-degree accuracy with contactless operation, all without the limitations of optical technology.
Thriving where others fail, VLZ offers unbeatable sensitivity without optics and exceptional resistance to magnetic fields and EMI, ensuring durability even in the harshest environments.
Installation is effortless, with surface-mount options on both sides. Available in configurations like “Bearing” and more, VLZ makes high-precision positioning more accessible than ever.

VLX | Robotics & Industry | Hollow Shaft
The Netzer VLX family of absolute rotary encoders is built for industrial and robotics automation, delivering high-precision motion control in a compact, ultra-thin form. Using contactless capacitive sensing technology, these encoders ensure wear-free, long-term reliability in high-performance systems. Their hollow shaft, low-inertia design enhances efficiency, reduces system weight, and optimizes dynamic response. From the miniature VLX 25 to the high-accuracy VLX 247, each model meets the growing need for compact yet powerful rotary feedback. Designed for seamless integration, the VLX series sets a new benchmark for precision, durability, and efficiency in automation.

VLP | Harsh Environment | Hollow Shaft
The Netzer VLP family of absolute rotary encoders leads the market with ultra-thin, lightweight designs built for extreme conditions. Using contactless capacitive sensing, they deliver high-resolution, wear-free precision for aerospace, robotics, and automation. Their hollow shaft, low-inertia structure enhances performance while reducing system weight. From the compact VLP-25 to the high-accuracy VLP-247, each model meets demanding motion control needs. Designed for seamless integration, the VLP series redefines reliability and precision in harsh environments.

VLS | Leo - Space | Hollow Shaft
The Netzer VLS family is the only COTS space-tested absolute rotary encoder, delivering high-precision motion control for aerospace, satellites, and LEO applications. Using contactless capacitive sensing, it ensures wear-free, long-term reliability in extreme environments. Its hollow shaft, low-inertia design optimizes dynamic response while reducing system weight. From the compact VLS-25 to the high-accuracy VLS-247, each model meets the rigorous demands of space missions. The VLS series sets the industry benchmark for proven, high-reliability space-grade encoders.

VLT | Extreme Temp +125° | Hollow Shaft
The Netzer VLT family of absolute rotary encoders is designed for extreme environments, offering high-precision motion control with an extended temperature range of -55°C to 125°C. Using contactless capacitive sensing, they ensure wear-free, long-term reliability for aerospace, defense, robotics, and industrial applications. Their hollow shaft, low-inertia design enhances integration, reduces system weight, and optimizes dynamic response. Built to withstand harsh conditions, the VLT series delivers stable, high-resolution feedback in mission-critical systems. From precision automation to aerospace controls, these encoders set a new standard for durability and performance.

DS | Encapsulated | Shaft Encoder
The Netzer DS family is a field-proven solution trusted by industries that demand the highest levels of precision and reliability. With years of operational success, these encoders have earned a reputation for durability and accuracy in mission-critical environments. Engineered for aerospace, defense, robotics, and industrial automation, the DS series delivers unmatched performance with advanced contactless technology. Built to withstand harsh conditions, these encoders provide long-term stability and seamless integration into complex motion systems. When reliability is non-negotiable, the Netzer DS family sets the standard.

VLM | Multi-Turn | Hollow Shaft
The Netzer VLM family is a true multiturn absolute rotary encoder, delivering high-resolution feedback with exceptional precision. Using contactless capacitive sensing, it ensures wear-free, long-term reliability for aerospace, robotics, and advanced automation. Its hollow shaft, low-inertia design enhances integration, reduces system inertia, and improves efficiency. With ultra-thin, lightweight construction, the VLM provides multiturn capabilities without adding system complexity. The VLM series sets a new standard for compact, high-performance rotary feedback solutions.

DL | Spindle | Hollow Shaft
The Netzer DL family of absolute rotary encoders delivers high-precision shafted solutions for aerospace, robotics, and industrial automation. With contactless capacitive sensing, they provide reliable, wear-free operation in demanding motion control applications. Their robust shafted design ensures seamless integration, stable feedback, and long-term durability. Engineered to resist EMI, RFI, and magnetic interference, they maintain exceptional performance in harsh environments. From the compact DL-25 to the high-accuracy DL-66, each model offers precision positioning with unmatched reliability.

- OD 16 mm
- ID 4 mm
- Height 8 mm
- Weight 3.1 gr
- Resolution 16 bit
- Accuracy ±0.025 ˚

- OD 25 mm
- ID 6 mm
- Height 7 mm
- Weight 10 gr
- Resolution 17-19 bit
- Accuracy ±0.010 ˚

- OD 40 mm
- ID 10 mm
- Height 10 mm
- Weight 20 gr
- Resolution 17-19 bit
- Accuracy ±0.010 ˚

- OD 58 mm
- ID 20 mm
- Height 10 mm
- Weight 30 gr
- Resolution 18-20 bit
- Accuracy ±0.008 ˚

- OD 70 mm
- ID 30 mm
- Height 10 mm
- Weight 49 gr
- Resolution 19-21 bit
- Accuracy ±0.006 ˚

- OD 90 mm
- ID 50 mm
- Height 10 mm
- Weight 55 gr
- Resolution 19-21 bit
- Accuracy ±0.006 ˚

- OD 130 mm
- ID 90 mm
- Height 10.5 mm
- Weight 84 gr
- Resolution 19-21 bit
- Accuracy ±0.006 ˚

- OD 25 mm
- ID 2.2 mm
- Height 6.3 mm
- Weight 3.6 gr
- Resolution 17-21 bit
- Accuracy ±0.025 ˚

- OD 35 mm
- ID 11 mm
- Height 6 mm
- Weight 7 gr
- Resolution 17-21 bit
- Accuracy ±0.035 ˚

- OD 60 mm
- ID 25 mm
- Height 8 mm
- Weight 15 gr
- Resolution 17-22 bit
- Accuracy ±0.010 ˚ / ±0.015 ˚

- OD 80 mm
- ID 35 mm
- Height 9.6 mm
- Weight 33 gr
- Resolution 17-23 bit
- Accuracy ±0.010° / 0.006° ˚

- OD 100 mm
- ID 48 mm
- Height 9 mm
- Weight 40 gr
- Resolution 17-22 bit
- Accuracy ±0.010° / 0.006° ˚

- OD 140 mm
- ID 90 mm
- Height 10 mm
- Weight 72 gr
- Resolution 17-23 bit
- Accuracy ±0.010° / 0.006° ˚

- OD 170 mm
- ID 110 mm
- Height 10 mm
- Weight 106 gr
- Resolution 17-23 bit
- Accuracy ±0.010° / 0.006° ˚

- OD 247 mm
- ID 171 mm
- Height 10.7 mm
- Weight 220 gr
- Resolution 17-22 bit
- Accuracy ±0.010° / 0.006° ˚

- OD 13.5 mm
- ID 2.2 mm
- Height 7 mm
- Weight 2 gr
- Resolution 14-16 bit
- Accuracy ±0.15 ˚

- OD 25 mm
- ID 2.2 mm
- Height 5.8 mm
- Weight 8 gr
- Resolution 17-21 bit
- Accuracy ±0.025 ˚

- OD 35 mm
- ID 11 mm
- Height 6.2 mm
- Weight 10.4 gr
- Resolution 17-21 bit
- Accuracy ±0.035 ˚

- OD 60 mm
- ID 25 mm
- Height 6 mm
- Weight 16 gr
- Resolution 17-22 bit
- Accuracy ±0.010 ˚

- OD 80 mm
- ID 35 mm
- Height 6.6 mm
- Weight 21 gr
- Resolution 17-23 bit
- Accuracy ±0.006 ˚

- OD 100 mm
- ID 48 mm
- Height 7 mm
- Weight 42 gr
- Resolution 17-22 bit
- Accuracy ±0.006 ˚

- OD 140 mm
- ID 90 mm
- Height 8 mm
- Weight 80 gr
- Resolution 17-23 bit
- Accuracy ±0.006 ˚

- OD 170 mm
- ID 110 mm
- Height 8 mm
- Weight 110 gr
- Resolution 17-23 bit
- Accuracy ±0.006 ˚

- OD 247 mm
- ID 171 mm
- Height 9 mm
- Weight 220 gr
- Resolution 17-22 bit
- Accuracy ±0.006 ˚

- OD 25 mm
- ID 2.2 mm
- Height 5.8 mm
- Weight 8 gr
- Resolution 17-21 bit
- Accuracy ±0.025 ˚

- OD 60 mm
- ID 25 mm
- Height 6 mm
- Weight 16 gr
- Resolution 17-22 bit
- Accuracy ±0.010 ˚

- OD 80 mm
- ID 35 mm
- Height 6.6 mm
- Weight 21 gr
- Resolution 17-23 bit
- Accuracy ±0.006 ˚

- OD 100 mm
- ID 48 mm
- Height 7 mm
- Weight 42 gr
- Resolution 17-22 bit
- Accuracy ±0.006 ˚

- OD 140 mm
- ID 90 mm
- Height 8 mm
- Weight 80 gr
- Resolution 17-23 bit
- Accuracy ±0.006 ˚

- OD 170 mm
- ID 110 mm
- Height 8 mm
- Weight 110 gr
- Resolution 17-23 bit
- Accuracy ±0.006 ˚

- OD 247 mm
- ID 171 mm
- Height 9 mm
- Weight 220 gr
- Resolution 17-22 bit
- Accuracy ±0.006 ˚

- OD 25 mm
- ID 4 mm
- Weight 30 gr
- Resolution 17-19 bit
- Accuracy ±0.020 ˚

- OD 27 mm
- ID 4 mm
- Weight 30 gr
- Resolution 17-19 bit
- Accuracy ±0.015 ˚

- OD 66 mm
- Weight 350 gr
- Resolution 18-20 bit
- Accuracy ±0.005 ˚

- OD 25 mm
- ID 2.2 mm
- Height 5.8 mm
- Weight 8 gr
- Resolution 17-21 bit
- Accuracy ±0.025 ˚

- OD 60 mm
- ID 25 mm
- Height 6 mm
- Weight 16 gr
- Resolution 17-22 bit
- Accuracy ±0.010 ˚

- OD 80 mm
- ID 35 mm
- Height 6.6 mm
- Weight 21 gr
- Resolution 17-23 bit
- Accuracy ±0.006 ˚

- OD 100 mm
- ID 48 mm
- Height 7 mm
- Weight 42 gr
- Resolution 17-22 bit
- Accuracy ±0.006 ˚

- OD 140 mm
- ID 90 mm
- Height 8 mm
- Weight 80 gr
- Resolution 17-23 bit
- Accuracy ±0.006 ˚

- OD 170 mm
- ID 110 mm
- Height 8 mm
- Weight 110 gr
- Resolution 17-23 bit
- Accuracy ±0.006 ˚

- OD 247 mm
- ID 171 mm
- Height 9 mm
- Weight 220 gr
- Resolution 17-22 bit
- Accuracy ±0.006 ˚

- OD 60 mm
- ID 25 mm
- Height 8 mm
- Weight 15 gr
- Resolution 17 bit
- Accuracy ±0.010 ˚

- OD 105 mm
- ID 48 mm
- Height 12.5 mm
- Weight 450 gr
- Resolution 17-26 bit
- Accuracy ±0.001 ˚

- OD 145 mm
- ID 94 mm
- Height 12.5 mm
- Weight 700 gr
- Resolution 17-26 bit
- Accuracy ±0.001 ˚

- OD 175 mm
- ID 110 mm
- Height 12.5 mm
- Weight 830 gr
- Resolution 17-26 bit
- Accuracy ±0.001 ˚
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VLZ | Capacitive Angle Encoders | Hollow Shaft
VLX | Robotics & Industry | Hollow Shaft








VLP | Harsh Environment | Hollow Shaft









VLS | Leo - Space | Hollow Shaft







VLT | Extreme Temp +125° | Hollow Shaft







DS | Encapsulated | Shaft Encoder






