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 enhance efficiency, reduce system weight, and optimize 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.

Features

• Outstanding accuracy in high-precision rotary feedback
• Robust protection against EMI, RFI, and magnetic interference
• Seamlessly integrates with innovative hollow shaft architecture
• Extended durability through contactless capacitive sensing
• Optimized compact design for low-profile applications
• Engineered for longevity in extreme temperature environments

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-13 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.

Features

• High-precision rotary feedback with exceptional accuracy
• Superior resistance to EMI, RFI, and magnetic fields
• Innovative hollow shaft structure for seamless system integration
• Contactless capacitive sensing for extended durability
• Optimized low-profile design for compact applications
• Designed for extreme temperature durability and longevity

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 and DL-27 to the high-accuracy DL-66, each model offers precision positioning with unmatched reliability.

Features

• Up to 22-bit resolution for high-precision motion control
• Robust shafted design for stable and accurate feedback
• EMI, RFI, and magnetic interference-resistant architecture
• Precision-machined shaft system for high durability and minimal wear
• Optimized for compact industrial and robotic applications

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.

Features

• Lightweight design for minimal system impact
• high-accuracy positioning
• Exceptional tolerance to electromagnetic and radio interference
• Hollow shaft architecture for reduced system inertia
• Long lifespan with optimized temperature drift compensation

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 enhance efficiency, reduce system weight, and optimize 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.

Features

• Outstanding accuracy in high-precision rotary feedback
• Robust protection against EMI, RFI, and magnetic interference
• Seamlessly integrates with innovative hollow shaft architecture
• Extended durability through contactless capacitive sensing
• Optimized compact design for low-profile applications
• Engineered for longevity in extreme temperature environments

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-13 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.

Features

• High-precision rotary feedback with exceptional accuracy
• Superior resistance to EMI, RFI, and magnetic fields
• Innovative hollow shaft structure for seamless system integration
• Contactless capacitive sensing for extended durability
• Optimized low-profile design for compact applications
• Designed for extreme temperature durability and longevity

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 and DL-27 to the high-accuracy DL-66, each model offers precision positioning with unmatched reliability.

Features

• Up to 22-bit resolution for high-precision motion control
• Robust shafted design for stable and accurate feedback
• EMI, RFI, and magnetic interference-resistant architecture
• Precision-machined shaft system for high durability and minimal wear
• Optimized for compact industrial and robotic applications