VoluMill

VoluMill toiteallikaks on ModuleWorks

ModuleWorksis pakume täiustatud tarkvara tööriistateede genereerimiseks, simulatsiooniks ja optimeerimiseks, et parandada tootmise efektiivsust. Meie intelligentsed tööriistateed vähendavad tsükli aegu ja parandavad pinna kvaliteeti, samas kui reaalajas simulatsioon hoiab ära vigu ja kokkupõrked. Füüsikal põhinev optimeerimine tagab masina- ja lõikeriistade ohutu ja tõhusa töö. Need lahendused aitavad tootjatel parandada töötlemisstrateegiaid, suurendada tootlikkust, vähendada kulusid ja parandada toote kvaliteeti.

Avasta ModuleWorks

Miks High efficiency machining?

VoluMill is a high-performance toolpath engine designed to optimize rough milling operations in CNC machining. It serves manufacturers in aerospace, automotive, medical, and general machining who need to reduce cycle times, extend tool life, and improve cutting efficiency. Traditional roughing methods cause inconsistent loads, excessive heat, and premature tool wear. VoluMill solves this by generating physics-based toolpaths that maintain a constant material removal rate, enabling faster feedrates, smoother motion, and safer cutting conditions. The value is clear: up to 80% cycle time reduction, 500% increase in tool life, and 50% less programming time. VoluMill empowers shops to machine faster, run longer unattended, and get predictable, repeatable results.

3D CAD model with tool path visualization

Eelised

VoluMill delivers faster cycle times and dramatically longer tool life by generating optimized, science-based rough milling toolpaths. Users benefit from reduced machining costs and improved reliability, especially in high-value or hard-to-machine materials.
VoluMill also simplifies programming by automating optimal toolpath strategies, reducing setup time and minimizing the need for manual adjustments - making it easier for shops to achieve consistent, high-quality results across all materials.

Soovitatavad Võimalused

3D technical diagram with colorful flow lines

Science-Based Toolpath

VoluMill’s patented toolpaths use science-based algorithms to maintain consistent chip thickness and tool load. This enables faster roughing, longer tool life, smoother motion, and better heat evacuation - reducing cycle time, tool wear, and part distortion.

3D CAD software showing machining simulation

ACTC

ACTC in VoluMill gives users precise control over chip thickness, ensuring consistent cutting conditions and eliminating load spikes. This enables more aggressive milling strategies, significantly reducing cycle times and improving tool performance and reliability.

Operation Templates

VoluMill’s patented toolpaths use science-based algorithms to maintain consistent chip formation and tool load. This enables faster roughing, longer tool life, smoother motion, and better heat evacuation - reducing cycle time, tool wear, and part distortion.

Case Study

Supply Chain

Aerospace suppliers overcame vacuum fixturing issues using VoluMill. Consistent force prevented part movement and consistent chip formation evacuated heat evenly - eliminating warpage.

Reaalse Maailma Rakendused

Spartan Aerospace

Spartan Aerospace cut roughing cycle times from 2+ hours to 38 minutes on titanium parts using VoluMill. Tool life tripled, programming time dropped 40%, and even small machines delivered big performance - helping them win more work and exceed customer demands.

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