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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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Practical Automation with Multi-Tasking Machines Designed for Automation

Practical Automation with Multi-Tasking Machines Designed for Automation

Automation of 5-axis machining centers and lathe-based multi-tasking machines can be confidently entrusted to Hasegawa. While automation of multi-tasking machines often leads to high costs, Hasegawa’s compact machines—designed from the outset for automation—enable cost-effective solutions. The PM Series features a structure that minimizes maintenance space on both sides, allowing automation solutions typically handled by system integrators to be implemented in-house. The CW Series offers the same high compatibility with automation, providing flexible options such as gantry loaders or collaborative robot configurations to match on-site requirements.

Maximizing Productivity Within Limited Floor Space

Maximizing Productivity Within Limited Floor Space

When selecting equipment, productivity relative to installation space is a critical factor. Maximizing production capacity per square meter within a limited factory layout directly leads to stronger competitiveness in manufacturing. Hasegawa has thoroughly pursued this concept by offering compact multi-tasking machines that generate high added value even in limited space. By enabling multi-process machining, process integration, and automation within a small footprint, efficient production layouts can be achieved. This approach is especially effective in space-restricted environments such as urban factories or second-floor installations.

Stable Automated Handling with a High-Rigidity Gantry Structure

Stable Automated Handling with a High-Rigidity Gantry Structure

Hasegawa loaders use FANUC NC control and a gantry structure directly mounted to the machine’s cast-iron frame, ensuring high rigidity and stable operation. Models support workpieces from 500 g up to 3 kg, allowing selection according to production scale and application. On twin-spindle machines, front and back machining or simultaneous operations can be performed, contributing to shorter cycle times and process integration. Combined with the loader, unmanned operation and long-term automated running become easy, supporting night shifts and labor savings. Flexible customization such as dedicated grippers, part flipping units, stockers, and in-line measurement systems is also available for mass production.