Shibaura Machine Launched Precision Machining Center
The new VM-450A(5) center offers five-axis capabilities designed to enhance manufacturing efficiency.
Updated on Oct. 9, 2026 in Robotics
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Shibaura Machine has introduced the VM-450A(5), a precision machining center capable of simultaneous five-axis operations. The system is designed to accelerate production while reducing the need for manual intervention.
Why it matters
By integrating advanced software and multi-axis performance, the machine aims to boost productivity in precision parts and die manufacturing. It minimizes the reliance on operator skill to help factories achieve labor savings.
The VM-450A(5) features a maximum bearing spindle speed of 40,000 rpm and utilizes the HSK-E40 tool holder standard. It relies on a combination of linear motors for axes and direct-drive motors for its two-axis rotary table.
The players
Shibaura Machine
Shibaura Machine is a global manufacturer that produces industrial machinery and precision equipment for various sectors.
The details
The machine incorporates specialized UVM series technology to perform complex, simultaneous five-axis machining without requiring multiple setups. It includes the FormEye, VectPath, and ShapeEye software systems, which support programs previously developed for the UVM series.
Timeline
The machine will make its public debut at JIMTOF2026, scheduled for October 26-31, 2026.
The Tech Race
This launch reflects the ongoing trend of incorporating high-level automation into traditional precision machining to bridge the gap between complex engineering and labor-efficient manufacturing. The system directly competes with existing high-speed five-axis centers by migrating specialized UVM series technologies into a more versatile production framework.
Manufacturers can expect streamlined workflows, as the machine allows for the completion of complex parts without stopping to change setups. The reduced reliance on operator expertise could lower training requirements and improve consistency for high-precision components.
The takeaway
The move toward automated five-axis systems highlights a broader shift toward removing human bottlenecks from high-precision manufacturing. Companies looking to modernize should focus on how integrated software ecosystems like ShapeEye can reduce setup times and human error in their own production lines.
Further reading
For more developments in industrial automation, explore our Robotics coverage.
Source note: This article includes information reported by Themachinemaker.
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