Takahashi Machinery Co., Ltd. List of Products and Services

The "MICROSTAR WT50" is a precision 2-axis CNC turning center equipped with an auto loader. It comes standard with a rotating tool capable of a maximum speed of 10,000 m-1, allowing for machining with small-diameter tools. Additionally, with the Y-axis, it can accommodate multi-axis rotating tool units and double-bite holders, enabling multiple cutting tools to be mounted at one station. 【Features】 ■ Process consolidation ■ High precision ■ High productivity ■ Compact and space-saving ■ Expandability *For more details, please download the PDF or feel free to contact us.

【Parallel 2-Axis Lathe 'MICROSTAR WT50'】 A 2-axis turning center ideal for "process integration" of lathe and machining operations has arrived!! 〈Features〉 ■ Utilizing the know-how of small lathes, it achieves a 30% reduction in space compared to conventional machines and a 25% reduction in weight, expanding the possibilities for machine installation in limited floor spaces or upper floors. ■ Equipped with a standard rotating tool with a maximum speed of 10,000 min-1. Additionally, with the Y-axis, a variety of tools such as multi-axis rotating tool units and double-bite holders are available. ■ The spindle uses a built-in motor. By integrating the motor inside the spindle housing and driving the spindle directly, it enables high-precision and high-speed cutting compared to belt-driven systems. It is also equipped with a cooling system to effectively manage heat generation. ■ Standard equipped with a unique thermal deformation compensation device, achieving a displacement of less than 5μm during cold starts. ■ Adopts the latest FANUC NC device. Improved visibility with a 10.4-inch display. *For more details, please download the PDF or feel free to contact us.

The "MICROSTAR WT50" is a precision 2-axis CNC turning center equipped with an auto loader. The "WT50" is a process-integrated machine that consolidates 60 years of our technology, featuring four key points: high precision, high productivity, compact space-saving design, and expandability. It achieves a 10% reduction in processing time compared to conventional machines and a 30% reduction in installation floor space, with enhanced functionality that allows for process integration through turning and milling. It is a high-end model of a twin-spindle lathe. 【Features】 ■ High Precision: Roundness of 0.3Φm, surface roughness of 0.8s or less ■ High Productivity: 10% reduction in processing time and 20% reduction in workpiece loading/unloading time compared to conventional machines ■ Compact Space-Saving Design: 30% reduction in installation space and 25% reduction in machine weight compared to conventional machines ■ Expandability: Various loader variations and peripheral devices allow for diverse line configurations *For more details, please download the PDF or feel free to contact us.

Takahashi Kikai Co., Ltd. will exhibit at the 32nd Japan International Machine Tool Fair "JIMTOF 2024" held at Tokyo Big Sight. This time, we plan to demonstrate four models with the concept of "pursuing precision machining, promoting automation, and enhancing added value through composite processing." [Highlights of the exhibited machines (excerpt)] ■ WT50 Model - Parallel dual spindle, dual turret (8 tools), Y-axis equipped composite machining center - Solves chip issues with oscillating cutting, easy tool replacement with quick change holder ■ L30 Model - Equipped with a newly developed Y-axis two-axis unit for external diameter on the best-selling Kushi blade machine, enabling composite processing - Even easier to use with energy-saving devices and quick change holders ■ L60FB-2NCL Model - Opposing dual spindle / 4-axis controlled machining center capable of simultaneous processing of workpieces on both sides - Suitable for mass production of high-precision small parts ■ LD1 Model - 4-axis controlled precision small NC turning center equipped with a 12-station turret with high-speed rotating tools - High-precision indexing with a minimum indexing angle of 0.001° achieved through Cs-axis contour control *For more details, please download the PDF or feel free to contact us.