At a glance
| Booth | T9201 |
| Country | CN |
| Product categories | PV: Stand-Alone Systems · PV-Building-Integrated Solutions · Solar Architecture · Base Loader Systems · Cleaning; Washing Equipment for Assembly & Packaging · Deflashing; Degating Tools · Lead Frame Taping Systems · Polarizer Sticking Equipment · Scribe Tools; Saw or Dicing Blades and Accessories · Electron tube & Ion Beam Apparatus & Sources · Exposure; Illumination Sources - Laser; Lamp; X-ray & other · Measurement and Control Technology · HVAC; Temperature; Humidity Systems and Control |
| Website | www.wintime.net.cn |
Company profile
Founded in 2020, Nantong Weiteng Semiconductor is a high-tech enterprise integrating the R&D, production and sales of high-precision dicing blades for wafer-level processing. The company delivers full-process precision dicing solutions to clients, enabling improved dicing quality and reduced production costs. It has become an accredited supplier of high-precision dicing blades, dicing tapes and customized dicing solutions for numerous leading enterprises at home and abroad. In 2023, Nantong Weiteng launched its special semiconductor materials project with a total investment of nearly tens of millions of RMB. The project covers newly-built workshops and auxiliary buildings spanning 34,000 square meters, boasting an annual output capacity of over one million dicing blades, ranking among the top in China. The firm holds 31 patented technologies and has won multiple awards at national, provincial and municipal scientific and technological competitions as well as entrepreneurship contests. Its completed R&D project for ultra-thin wafer dicing blades achieves an ultra-thin blade thickness below 9 micrometers via proprietary craftsmanship, with product performance reaching world-leading standards.
Capabilities and products
- customized dicing solutions
- dicing tapes for wafer dicing
- full-process precision dicing solutions
- high-precision dicing blades for wafer-level processing
- ultra-thin wafer dicing blades below 9 micrometers