Higgstec Core Capabilities: Touch Technology R&D, Manufacturing Ability, and Quality Assurance

Compared to low-temperature processes, Higgstec's five-wire resistive products use a rare high-temperature sintering process (500℃) to sinter circuits with ITO glass, enabling long-term application in harsh environments.

• Excellent weather resistance, capable of normal operation after prolonged exposure to -40℃~85℃ conditions.

• Factory standard ensures touch offset <1.5%, eliminating the need for additional calibration.

Using fine engraving technology, 45µm (line width) / 35µm (line spacing), to etch extremely fine circuits, meeting customer demands for ultra-narrow bezel design.

Suitable for small-volume, high-mix production. 

• Narrow bezel design.
• Editable circuit design.
• Environmentally friendly with low chemical pollution.

By optical performance and make the products' visual presentation more outstanding.

• Optical bonding is applicable to various touch products including resistive and capacitive types.
• In addition to full lamination processes (OCA, OCR) and frame lamination (Air Gap), we offer innovative bonding methods to meet the specifications required for complete machines.

To meet diverse customer demands, Higgstec can quickly switch production lines for different products to accommodate varied order requirements, allowing customers to flexibly choose different hardware specifications.

• Utilizing highly mobile equipment and tools for production, enabling rapid switching of production categories in a very short time.
• Optimizing processes and line integration to significantly shorten product production cycles.
• Implementing intelligent management systems to strictly control and monitor order production status and equipment conditions in reat-time. 

Establishing high-standard environments to ensure excellent quality.

• Production lines are built in accordance with the American Electrostatic Discharge Association (ANSI) ESD S20.20 standards.
• The plant is set up with a dust-free environment of class 1000/10000 standards and uses raised floor environments.