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Hasegawa’s original CNC lathes and machining centers offer excellent automation capability and outstanding customization flexibility.
From high-precision process integration to manpower reduction, they strongly support improved productivity.
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Solution
Precision Chuck Solutions Supporting High-Accuracy Machining
Hasegawa has extensive experience in applying diaphragm chucks and precision air chucks, enabling us to propose the most suitable solution for each application. We support multi-layer tube structures, including double-piston types, through-spindle coolant compatibility, and chuck seating detection systems. By optimizing the tube layer configuration, oil-free designs can also be achieved, contributing to maintenance-free operation. In addition, installing a counterbalance inside the chuck enables higher machining accuracy and higher spindle speeds. Our diaphragm chucks have proven operation records up to 12,000 min⁻¹ and are highly evaluated in high-precision machining applications.
Reliable Machining Verification through Test Cutting
Please contact Hasegawa for test cutting requests. We offer a wide range of test machines and demo units to verify actual machining conditions. By sharing material and workpiece drawings, as well as current tooling, processes, chucking methods, programs, and coolant conditions, we can respond smoothly and accurately. We support both partial and full-process test cutting, and customer-supplied tools and coolant are also acceptable. Many customers confirm machining feasibility through test cutting before purchase, resulting in a high success rate and reliable decision-making. Cycle time verification based on drawings is also available with process information.
Plastic & Resin Machining Solutions by Hasegawa
For resin workpiece machining, rely on Hasegawa Machine Works. Plastic machining is one of our core strengths, covering chip control and dust collection for resin materials, chip breaking by vibration cutting, and machining of rubber components. We also have proven experience in automating resin seal ring production and can propose dedicated transfer systems that minimize surface damage. With bar feeder configurations, we support various process concepts, including pulling the workpiece with the tool post, pushing it from the rear by air, and full automation using bar feeders. We have test results for hobbing and other processes, and inquiries for semiconductor-related components have been increasing in recent years. Peripheral solutions such as dry-type chip buckets can also be proposed to match actual shop-floor needs.