Category
The digital readout, designed for measuring and inspection stations, features a 4.3-inch screen with an integrated keyboard and supports one axis with 1 VPP, 11 μAPP, and EnDat 2.2 protocols.
This simple digital readout for manually-operated machine tools features a 7-inch (800 x 480 pixels) screen, a membrane keyboard, and supports three axes with TTL signal input.
Designed for the fast and reliable positioning of manually-operated machine tools, this digital readout features a 7-inch touchscreen with an intuitive interface, supports three axes with 1 VPP, 11 μAPP, and EnDat 2.2 protocols, and includes switching functions for simple automated tasks.
Designed for fast and reliable positioning, this digital readout features a high-resolution 12-inch touchscreen and supports up to six axes with EnDat 2.2 protocols for precision, while also enabling control of up to three NC axes with switching functions for automation.
Designed for linear axes with high traversing speeds, this encoder supports measuring lengths up to 10,000 mm,
is resistant to contamination, offers various mounting options, and features interfaces for EnDat, Fanuc, Mitsubishi, Panasonic, and Yaskawa.
This encoder is designed for linear axes with high traversing speeds, offering measuring lengths up to 10 m, a small 10 nm measuring step, an interpolation error of ±100 nm, various mounting options, and supports interfaces including EnDat, Fanuc, Mitsubishi, Panasonic, and Yaskawa.
Designed for linear axes with high traversing speeds and measuring lengths up to 28 m, this encoder is available in versions with a sub-nanometer measuring step, high-vacuum compatibility, functional safety, various mounting options, and supports major interfaces including EnDat, Fanuc, Mitsubishi, Panasonic, and Yaskawa.
For linear axes with high traversing speeds, a version is available with a very small measuring step of <1 nm, an EnDat interface, and functional safety.
Designed for linear axes with high traversing speeds, a version is available with a sub-nanometer measuring step (<1 nm), supports major interfaces (EnDat, Fanuc, Mitsubishi, Panasonic, Yaskawa), and is engineered for high-vacuum environments with vacuum-friendly materials, vented cavities, temperature stability, non-ferromagnetic components, and pre-baking for high cleanliness and process reliability.
Designed for linear axes with high traversing speeds, this encoder supports measuring lengths up to 10 m, offers cut-to-length scale tape and various mounting options, is resistant to contamination, features an integrated three-color LED signal-quality indicator, and provides 1 VPP and TTL interfaces.
Designed for linear axes with high traversing speeds, this encoder supports measuring lengths of up to 30 m, integrates limit switches, offers a choice between scale or scale tape, provides various mounting options, ensures resistance to contamination, and features 1 VPP and TTL interfaces.
Designed for high-accuracy linear axes up to 1640 mm long (with longer LIF 100 versions available upon request), this encoder features a very small measuring step (<2 nm), is resistant to contamination, offers high-vacuum versions, integrates position detection via a limit switch and homing track, and supports 1 VPP and TTL interfaces.
Designed for high-accuracy linear axes up to 1640 mm, this encoder features a <2 nm measuring step, a limit-switch homing track, and 1 VPP/TTL interfaces, while its vacuum-optimized design includes low-outgassing materials, vented cavities, temperature stability, non-ferromagnetic components, and pre-baking for high cleanliness and process reliability in demanding environments.
Designed for high-accuracy linear axes up to 3040 mm long, this encoder delivers high speed, position stability, and repeatability with a sub-nanometer (<1 nm) measuring step, and supports multiple interfaces including EnDat, Fanuc, Mitsubishi, and 1 VPP.
Designed for high-accuracy linear axes up to 3040 mm long, this encoder features a sub-nanometer measuring step for exceptional stability, integrates limit switch and homing track functionality for position detection, and offers a compact design with 1 VPP and TTL interfaces for space-constrained installations.
Designed for a high-accuracy primary linear axis up to 3040 mm with integrated feedback for a ±2 mm secondary orthogonal axis, this system offers a remarkably small measuring step of <172 pm, high speed and position stability, and communicates via an EnDat 3 interface.
Designed for accurate position measurement in a plane, this system measures steps from 1 μm down to 0.05 μm and uses a 1 VPP interface.
This encoder supports large measuring lengths of up to 72 m, available in a single-section version for up to 3040 mm or a multi-section housing with an integrated seal, and uses a 1 VPP interface.
Designed for highly dynamic linear axes up to 4240 mm long, this rugged, vibration-tolerant encoder provides highly reliable and accurate position measurement, is a proven industry benchmark for machine tools, is available with functional safety, and supports interfaces including EnDat, Fanuc, Mitsubishi, Panasonic, and DRIVE-CLiQ.
This rugged and vibration-tolerant encoder offers long measuring lengths of up to 28 m (or longer upon request), with a single-section version for up to 4240 mm or a multi-section housing with an integrated seal, and supports interfaces including EnDat, Fanuc, and Mitsubishi.
Featuring a compact design for limited installation space, this encoder enables particularly easy installation with a mounting rail, is available with functional safety, and supports interfaces including EnDat, Fanuc, Mitsubishi,Panasonic, and DRIVE-CLiQ.
Designed for linear axes up to 3040 mm long, this encoder provides accurate and reliable position measurement with
a rugged design and supports both 1 VPP and TTL interfaces.
Designed for linear axes up to 2040 mm long, this encoder features a compact design for limited installation space, particularly easy installation with a mounting rail, and supports 1 VPP and TTL interfaces.
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