Continuous Innovation, Expanding Infinite Possibilities

Nanosecond MOPA fiber lasers with multi-stage amplification offer high efficiency, low threshold, simple structure, ease of use, and excellent beam quality, serving industrial, 3C, and precision welding applications.

Support multi- and single-mode outputs with broad power coverage, ideal for thick-plate cutting, large-scale welding, and laser cleaning, featuring high stability for continuous operation.

Picosecond/femtosecond platforms deliver ultra-precise processing for dental, semiconductor, new energy, and display industries, meeting extreme accuracy and thermal control needs in high-end manufacturing.

High-stability multi-axis laser interferometers achieve sub-micron accuracy for laser alignment, optical calibration, and precision motion control.

Delivers high-resolution 3D profiling for non-destructive inspection of wafers, MEMS, and microlens arrays.

High-frame-rate cameras with proprietary algorithms provide sub-micron 2D/3D measurement for online inspection and automated sorting.

Multi-physics modeling with bandgap references and gradient temperature control keeps drift within 卤0.5 ppm/掳C for long-term ADC stability.

Volt-ampere and four-wire methods with guard-ring shielding achieve 渭V-level accuracy for voltage, current, and resistance in semiconductor and PV testing.

μ-metal shielding, active coils, and optical isolation suppress 50/60 Hz and common-mode noise for sensitive signal and high-voltage measurements.

Uses vision and optics to detect surface defects, contamination, or pattern anomalies, and to measure or locate key parameters—non-contact and non-destructive.

Analyzes positional deviations with vision and optics for sub-micron to nanometer-level measurement and alignment, ensuring high-precision, non-contact inspection.

Supports concurrent multi-camera capture and accelerated processing, improving real-time responsiveness for fully automated laser production lines.

JPT is one of the few global suppliers offering fully automated module inspection, meeting needs for high-speed, full-function, and accurate testing.

In-house multi-axis controllers supporting EtherCAT and CANopen protocols, delivering micron-level interpolation and millisecond synchronization—ideal for high-speed marking and precision welding.

Rigid gantry systems with self-developed linear motor drives enable large-travel, high-stability motion, suitable for FPC coverlay cutting, LED board processing, and other large-format applications.

Proprietary algorithms ensure smooth speed transitions, dynamic compensation, and seamless multi-curve connection—applied in various welding and scribing systems.

Combining laser control, vision, and motion in unified platforms to enhance process stability and integration. Representative products include the “Precision Laser Marking AOI Platform” and “High-Speed CCD Alignment Welding System.”