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For hole drilling processing in Shizuoka Prefecture, trust Nakahara Co., Ltd.: We specialize in gundrilling and deep hole processing.
We are among the first in the industry to introduce CNC multi-tasking lathes, enabling lathe and machining operations with one chucking, consolidating processes, and striving for high precision and improved productivity.
Essential for the production of ultra-precision molds! A bestseller equipped with cutting-edge control technology.
We would like to introduce our ultra-precision shape engraving discharge machining machines, 'AP1L/AP3L,' which we own. These best-selling machines feature a screw-less drive and advanced control technology. Our expertise in ultra-precision molds at the micron level supports Japan's manufacturing in areas such as motor cores, ultra-fine pitch connectors, and semiconductors. Please feel free to contact us when you need assistance. 【Equipment Owned (Partial)】 ■ Jig Borer ■ Linear Motor Driven High-Speed Milling Center ■ Ultra-Precision Form Surface Grinding Machine ■ Profile Grinding Machine ■ Three-Dimensional Coordinate Measuring Machine *For more details, please refer to the PDF materials or feel free to contact us.
A bestselling machine equipped with cutting-edge control technology! Supplying high-quality molds that support Japanese industry.
We would like to introduce our ultra-precision shape engraving discharge machine, the 'AG40L,' which we own. This best-selling machine features a screw-less drive and advanced control technology. Our company focuses on molds for the ecology, telecommunications, automotive, medical, and semiconductor fields, always keeping the customer's perspective in mind and responding to their needs. Please feel free to contact us when you need assistance. 【Equipment Owned (Partial List)】 ■ Jig Borer ■ High-Precision Molding Grinding Machine ■ Linear Motor Driven Micro Hole Processing Machine ■ Profile Grinding Machine ■ Three-Dimensional Coordinate Measuring Machine *For more details, please refer to the PDF document or feel free to contact us.
3-axis high speed! Compact floor space, equipped with linear motors on the XYZ axes!
The "A5030L/A6040L" is a high-speed three-axis linear motor-driven electric discharge machining (EDM) machine with an all-in-one design that reduces the footprint by 10%. It employs linear motors on the X, Y, and Z axes with a high-rigidity column movable structure, achieving high-speed, backlash-free, and high-precision machining. Additionally, the adoption of SAC enables optimal discharge conditions from rough machining to finishing. Furthermore, the use of linear motors and an air balance system achieves high machining speed and responsiveness. 【Features】 ○ Compact floor space ○ Linear motors adopted for X, Y, and Z axes ○ New generation power circuit SAC adopted → Compared to conventional power supplies, it achieves up to 2 times the discharge efficiency for the processed metal and reduces wire wear by 15%, lowering running costs. ○ Air balance system → Particularly high quality is achieved in small diameter deep hole and rib machining. ○ Focus on operability → User-friendly interactive window adopted. For more details, please contact us or download the catalog.
Reduces electrode wear with iGAP technology! Provides high-speed processing and a mirror finish surface with Ra 0.1 µm.
GF Machining Solutions has innovatively evolved die-sinking electrical discharge machining by increasing machining speed and reducing electrode wear through technologies such as iGAP. We offer a wide range of products, including the "FORM E 350" with a work size of 800×500×265, the "FORM E 600" with a size of 1000×700×400, and the "FORM P 350" with a size of 700×460×275. All GF die-sinking electrical discharge machines provide high-speed machining and a mirror finish surface with Ra 0.1 µm. 【Features】 ■ Increased machining speed through technologies such as iGAP ■ Reduced electrode wear ■ Innovative evolution of die-sinking electrical discharge machining ■ High-speed machining and a mirror finish surface with Ra 0.1 µm *For more details, please refer to the PDF document or feel free to contact us.
