#Steel Tape Scales #Linear Scales #Stainless Steel Optical Scales #Long Scales #Linear Scales #Optical Gratings #Encoder Scale Rulers #Gimbal Cameras #Mobile Cameras

Hortech has independently developed precision laser equipment and established dedicated production lines integrated with high-quality international components. The system enables stable processing with high yield, ensuring consistent quality of optical scales for high-end applications.

Micron- and submicron-level precision stable production is achieved through advanced laser micro-etching technology.

Linear scales are a critical component of optical encoder systems. Jing Code uses micron- and submicron-precision laser micro-etching to fabricate stable measurement scales and metrology standards. With electronic readout heads, positional data can be rapidly calculated, enabling precise motion control of mechanical systems.

Precision Manufacturing Capabilities

• In-house developed precision equipment enables flexible production.

• Multi-country patented technologies ensure component quality and high yield.

• A strong R&D team supports continuous product innovation.

• Custom optical scales available, including linear scales, disc scales, and irregular-shaped scales.

• High-stability manufacturing processes achieve sub-micron precision (1 m: ±0.5 μm).

• Fully integrated workflow from material processing, machining, polishing, laser etching, to quality inspection.

• Cleanroom manufacturing environment with controlled temperature and humidity.

• Flexible production from prototyping and small batches to large-scale mass production based on customer requirements.

Motion Control and Encoder Applications

• Motion control systems for machine tools

• XYZ-axis motion platforms

• Linear motion axes

• Various automotive motors

• Various control motors

• Scale fabrication based on motor specifications

• Optical scales for consumer electronics (3C products)

R&D Program

Development of laser etching technology for sub-micron precision optical scales (Phase 1/2)
2023 Science Park Emerging Technology Application Program (FY 2023) URL：file:///Users/minchunku/Downloads/1669879801240-1.pdf