History
1986
Brand Establishment and Technical Foundation
- PARA MILL Machinery Co., Ltd. was officially established.
- In its early years, the company focused on the foundation industry, specializing in the production of milling heads, heavy-duty horizontal milling machines, and deep hole drilling machines.
1993
Product Line Expansion
- Successfully developed and mass-produced conventional duplex milling machines to meet the industry's demand for high-efficiency machining.
1995
Capacity Expansion and Capital Increase
- To meet growing order demands, the company completed a capital increase and expanded its factory facilities while optimizing production workflows.
1996
Entering the Era of Automation and Digital Control
- Officially began the development and production of the first generation of CNC duplex milling machines, leading products toward high precision and digital control technology.
2003
Breakthrough in Precision Machining Technology
- Officially launched a new generation of professional CNC duplex milling machines, significantly improving machining stability and surface finishing quality.
2006
Operational Expansion and Diversified R&D
- Expanded factory facilities for the second time and continued developing related supporting products to strengthen its "one-stop machine tool solution" capabilities.
- Technical Breakthrough Period: Fully introduced the NT60 (ISO 60) spindle specification, expanding face milling cutter applications up to the 525 mm level.
2010-2020
Deepening Customization and Global Services
- Focused on the development of customized special-purpose machine tools to help customers achieve high-difficulty machining for specialized workpieces.
- Established global sales achievements, with products exported to more than 10 countries including Germany, Canada, Turkey, and Japan.
- Efficiency Innovation Period: Introduced NC vertical milling machines equipped with A/B dual worktables (magnetic chuck / vacuum table), greatly improving mass production efficiency.
- Implemented ESG sustainability management concepts by optimizing machine energy consumption and achieving a balance between environmental responsibility and operational efficiency.