FMI develops multiple spindle and axis run-in test systems in-house, offering complete solutions from single-axis servo testing to multi-channel synchronized monitoring across different CNC controller platforms and test requirements. All systems integrate HMI interfaces, electrical control panels, and measurement/monitoring functions — suitable for pre-delivery quality inspection, spindle performance run-in, and on-site fault diagnosis.
 

Axis Run-in Platform (Mitsubishi M70 Series)

Built around the Mitsubishi MELDASMAGIC M70 CNC controller, with a standard keyboard, signal tower, and electrical control panel — used for servo drive system run-in testing across all machine axes. Executes constant-speed reciprocating motion per axis and records speed profiles to confirm servo system stability before delivery.

• Mitsubishi M70 CNC controller integration
• Multi-axis servo run-in testing
• Three-color signal tower status monitoring
• Standalone design — deployable across test stations

Multi-Axis Servo Drive Test Platform (Mobile Type)

A wheeled mobile multi-axis servo test platform featuring an HMI touchscreen, 4 servo drive parameter display panels, and emergency stop on the top operator panel, with cooling fans at the base — enabling simultaneous testing of multiple servo drives' operating status and parameter settings.

• 4 servo drives tested simultaneously
• HMI touchscreen integrated operation
• Wheeled design for flexible on-site mobility
• Bottom cooling fans for extended continuous testing
   

4-Channel Temperature Monitoring Test Station

Top panel features 4 temperature controllers and 4 digital counter displays; center-mounted HMI touchscreen enables simultaneous monitoring of temperature changes at 4 test points — ideal for multi-point temperature rise monitoring during spindle run-in to confirm thermal stability.

• 4-channel independent temperature monitoring
• 4 counters with synchronized display
• HMI touchscreen integration
• Suited for spindle thermal stability run-in testing
   

HMI Servo Spindle Run-in Platform

Combines a control cabinet (with HMI, temperature controller, and servo drive) with a physical spindle test bed — allowing the servo motor under test to be mounted directly on the test bed for actual load run-in. Suitable for functional acceptance testing of overhauled spindles, confirming temperature rise, current, and speed stability under rated load.

• HMI operator interface integration
• Physical spindle motor mounting test bed
• Simultaneous temperature, current, and speed monitoring
• Suited for servo motor post-overhaul functional acceptance