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The system includes 6 digital outputs, 4 digital inputs, electrode length compensation, linear and angular encoders, travel limit alarm, LED display, axis zero setting, hysteresis factor, and EDM mode for precise and reliable control.
The system offers advanced features like preset function, absolute/incremental/home signals, high resolution (from 0.1 μm), feedrate/movement alarms, axis coupling, sag and hysteresis compensation, calculator, software limits, energy-saving mode, multi-point compensation, USB PC communication, coordinate display, and supports linear/angular axes, with CE and UL certification for safety and compliance.
The system includes 6 digital outputs, 4 digital inputs, electrode length compensation, linear and angular encoder support, travel limit alarm, LED display, axis coupling, zero setting, hysteresis adjustment, and an EDM mode for precise and efficient control.
The system features high-resolution measurement (from 0.1 μm), preset and reference signals, feedrate/movement alarms, axis coupling, sag and hysteresis compensation, calculator, easy setup, energy-saving mode, software limits, multi-point compensation, USB PC communication, coordinate analysis, and supports linear angular axes, all CE and UL certified.
The system offers high-resolution measurement (from 0.1 μm), preset and reference functions,feedrate/movement alarms, axis and Z-axis coupling, sag and hysteresis compensation, taper calculation, tool reference storage (up to 20), and HOLD mode presets. It also includes a calculator, multi-point compensation, software limits, USB PC communication, energy-saving mode, easy setup/diagnostics, and CE/UL certification.
This system offers high-resolution measurement (from 0.1 μm), absolute/incremental/home signals, axis coupling, sag and hysteresis compensation, feedrate/movement alarms, and advanced functions like bolt-hole and linear drilling, tool radius compensation, part centering and alignment, arc machining, and up to 20 tool references. It also features a calculator, multi-point compensation, software limits, energy-saving mode, USB PC communication, easy setup/diagnosis, and is CE and UL certified.
The system includes 6 digital outputs, 4 digital inputs, electrode length compensation, linear and angular encoder support, travel limit alarm, LED display, axis coupling, axis zeroing, hysteresis adjustment, EDM mode, bolt-hole and linear drilling functions, and a HOLD mode for flexible, precise machining.
The Fagor 30i is a high-performance, user-friendly 2-axis digital readout (DRO) system designed specifically for manual lathes. Its key purpose is to provide extremely accurate digital positioning for the X (diameter) and Z (length) axes, replacing outdated dials to drastically improve precision and productivity.
This system combines high-precision measurement (from 0.1 μm) with features like preset and home signals, axis and sag compensation, feedrate alarms, tool radius compensation, bolt-hole and linear drilling, part centering and alignment, arc machining, and storage for up to 20 tools. It supports USB PC communication, offers easy setup and diagnostics, energy-saving mode, software limits, and is CE and UL certified.
This advanced system offers high-resolution measurement (from 0.1 μm), absolute/incremental/home referencing, axis and Z-axis coupling, feedrate alarms, sag and hysteresis compensation, taper calculation, turning/facing modes, and up to 100 tool references. Features include a 7″ color screen, CSS, USB PC communication, software limits, HOLD mode presets, graphical help, and analog/digital I/O—including spindle encoder support—ensuring precision, usability, and CE/UL compliance.
The system features high-resolution measurement (from 0.1 μm), absolute/incremental/home referencing, axis coupling, sag and hysteresis compensation, feedrate alarms, calculator, and multi- point compensation. It offers easy setup, USB PC communication, software limits, guided graphical help, position targeting, axis feedrate display, and a 7″ color screen—all CE and UL certified for safety and performance.
This CE-certified system with a 7″ color screen offers high-precision measurement (from 0.1 μm), preset and home signals, axis coupling, sag compensation, and multi-point compensation. It supports bolt-hole, linear, and grid pattern drilling, tool radius compensation, part centering, position targeting, feedrate display, USB PC communication, software limits, a calculator, and on-screen guided help, plus storage for up to 100 tool references.
This CE and UL certified system features a 7″ color TFT screen, high-precision measurement (from 0.1 μm), preset and home signals, axis coupling, sag and hysteresis compensation, energy-saving mode, and multi-point compensation. It supports bolt-hole, linear, and grid pattern drilling, tool radius compensation, part centering and alignment, corner rounding, part programming/backup, and machining plane selection (X, Y, Z, W). With up to 4 feedback axes—including linear and angular— and on-screen feedrate display, it also includes a calculator, USB PC communication, on-screen guided help, and probe support.
Fagor’s Exposed Linear Absolute Encoders are high-precision measuring scales used on machine tools (like CNCs or DRO systems) to provide accurate position feedback. Their key feature is that they are “absolute,” meaning they retain the position data even after a power loss, eliminating the need to re- home the machine. The “exposed” design offers a balance of high accuracy and cost-effectiveness but requires installation in protected areas to avoid contamination from chips, coolant, and debris.
Fagor’s Exposed Linear Incremental Encoders are high-precision measuring scales used to track position and speed in motion control systems, such as CNC machines and digital readouts (DROs). Unlike absolute encoders, incremental models require a homing routine after power loss to establish a reference point. The “exposed” design offers excellent accuracy and resolution at a lower cost but must be installed in protected environments to prevent damage from debris, coolant, or contaminants. Ideal for applications where cost-effectiveness and high precision are prioritized, and
where adequate sealing from harsh conditions is possible.
A compact linear encoder with a threaded head for tool-free mounting. Its robust design, advanced optics, and FPGA electronics ensure high accuracy and repeatability, while versatile mounting options simplify installation. Ideal for high-speed, high-vibration, and hostile environments.
A compact, threaded linear encoder with air purge and dual connectors for easy mounting. Its robust extrusion, advanced optics, and FPGA electronics ensure high accuracy and repeatability, making it ideal for high-speed, high-vibration, and hostile environments.
A compact linear encoder with a threaded head for versatile mounting. Its robust design, high-quality optics, and advanced electronics minimize errors for high accuracy and repeatability. Excellent sealing and a joint-machining design from 4 meters protect against liquids and debris, making it ideal for high-speed, high-vibration, and hostile environments.
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