We embrace cutting-edge technologies, participate in formulating industry standards, continuously push boundaries amid the wave of technological progress, and drive the industry forward.
Quick View: Events by Year
2026
2025
2024
2022
2019
2015
2007
2003
2002
2026
Development and Mass Production of H20/H40 Series Screens
Development and Mass Production of 750-3/830-3/850-3 Screens
2025
Development and Mass Production of 700-4/720-4 Screens
Development and Mass Production of 3D Film Screens
Establishment of Semiconductor Business Unit
Alloy Screens for wafer Bumping / ABF Substrates
2024
Development and Mass Production of Aligned Wire Knotless Screen
Mass Production of 640-6 Screens
2022
Development and Mass Production of Low Wire Diameter Screens
Mass Production of 500-8/520-7 Screens
Development and Mass Production of Alloy Film Screens
2019
Development and Mass Production of SE Knotless Screens
Patent No.: 202010165341.X
2015
Development and Mass Production of Conventional Knotless Screens
Patent No.: CN201710780587.6
2007
Establishment of Photovoltaic Screen Business Unit
Solar Screens
2003
Establishment of Traditional Screen Business Unit
Screens for Touch Panels, PCBs, etc.
2002
Establishment of Kunshan Hensun Company
Design and Production of Photoplotting Films
Quality Assurance
Intelligent Information System Management
Full-link data visualization, enabling intelligent and digital management decision-making.
Wafer-Level CAM Secondary Development Automated Drawing Software
Self-developed customized software scripts, with core technologies and quality under full control.
Digital Intelligent Manufacturing Center
Digital Twin Driven, Full-process Collaborative Intelligent Manufacturing
High-end Clean Manufacturing & Customized Intelligent Inspection System
On-site technical support arranged within 48 hours if necessary
One-Stop Service
Establish a closed-loop problem-solving mechanism with full-process tracking and management
Ensure stable and reliable production operation
FAQ
Broken finger at a fixed / consistent position
Check the screen at the corresponding position to see if the laser failed to penetrate or if there is foreign material blockage.
Broken finger across the entire printing area
Check the following: Paste viscosity (too thick / too thin); Replace with a new squeegee; Check whether the screen line width is trending toward the lower spec limit; Check for any abnormalities in the laser engraving effect / line width quality
Efficiency Anomaly Caused by Screen Factors
1、Low efficiency due to low current: Check whether the screen grid line width is too large.
2、Low efficiency due to low FF: If silver paste consumption is low, verify whether mesh thickness, emulsion thickness and line width are insufficient. If no abnormality is found in the above parameters, inspect the laser processing quality of the PI film, as poor laser performance may result in inferior printability and low FF.
