The Netzer VLM is a true multiturn absolute rotary encoder that delivers precise, high-resolution feedback with up to 17-bit resolution and accuracy reaching 0.01 mdeg. Designed with ultra-thin (<8 mm) and lightweight (<15g) construction, it ensures minimal system impact while providing exceptional reliability through contactless capacitive technology. This makes it an ideal solution for aerospace, robotics, and advanced automation applications.
With its hollow, low-mass design, the VLM enhances integration, minimizes system inertia, and improves overall efficiency. For unparalleled multiturn rotary feedback in a compact form, the VLM is the ultimate choice.
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.
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.
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.
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.
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.
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.
