OPTISURFACE™

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OptiSurface™ CNC Surface Optimization Software

Achieve the exact surface finish you want with precision-controlled machining parameters.

OptiSurface™ is a powerful PC-based CNC software designed to calculate and optimize cutting conditions to achieve a specific surface roughness (Ra). Instead of relying on trial and error, it provides accurate feed rate recommendations based on tool geometry, material, and machining conditions—giving you consistent, high-quality finishes every time.

Built for real workshop environments, it also supports macro output for all major CNC controls, allowing you to directly apply optimized parameters into your CNC programs using intelligent macro logic.

With integrated Spindle Speed Variation (SSV), OptiSurface™ helps reduce vibration and chatter by dynamically adjusting spindle speed during cutting. This improves surface finish, extends tool life, and stabilizes machining—especially in demanding materials and operations.

Make adjustments directly at machine level without reposting CAM programs. Optimize performance, improve accuracy, and gain full control over your machining process with a system designed for real production.

Key Benefits

• Calculate optimal feed rates for target surface roughness (Ra)
• Eliminate trial-and-error machining
• Improve surface finish consistency and accuracy
• Generate macro output for all major CNC controls
• Integrate Spindle Speed Variation (SSV) to reduce chatter
• Extend tool life and improve cutting stability
• Apply adjustments directly at machine level
• Reduce reliance on CAM reposting
• Designed for real workshop and production environments

What You Get

• Full OptiSurface™ software
• Surface finish optimization engine
• Macro-ready output for CNC integration
• SSV-enabled machining control
• Ongoing improvements and updates

Built for Machinists

Developed from real machining experience, OptiSurface™ gives you the tools to control surface quality, reduce vibration, and optimize cutting performance—bringing precision and consistency to every operation.