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Overview
MAX-PAC offers specialized 5-axis Computer-Aided Manufacturing (CAM) software which enables manufacturers to produce high-quality turbomachinery components. While its initial implementation can take some time, its patented collision avoidance and optimized toolpaths allow it to machine complex parts.
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Starting Price
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MAX-PAC Specifications
Production Planning
Quality Control
Shop Floor Control
Real-Time Monitoring
What Is MAX-PAC?
MAX-PAC is a Computer-Aided Manufacturing (CAM) solution built specifically for the 5-axis milling of complex turbomachinery components. It addresses unique challenges like thin blades and difficult tool access.
The system is designed to reduce programming and machining time to lower the overall MAX-PAC cost of production by creating high-quality components that meet tight tolerances without manual reworking with its specialized tools and functionalities.
MAX-PAC Pricing
MAX-PAC Integrations
Who Is MAX-PAC For?
The software is ideal for a wide range of industries and sectors, including:
- Aerospace
- Consumer Goods
- Energy
- Refrigeration
- Manufacturing
Is MAX-PAC Right For You?
MAX-PAC is the ideal choice for manufacturers specializing in turbomachinery who cannot compromise on quality. Its unique safe zone collision avoidance delivers workable toolpaths for complex parts that baffle other systems. MAX-PAC software is ISO 9001:2015 and AS9100:2016 certified and committed to provide products and services that meet international quality standards.
Still unsure whether MAX-PAC software is the right fit for you? Connect with our customer support staff at (661) 384-7070 for further guidance.
MAX-PAC Features
MAX-PAC calculates a safe zone for the entire machining region and individual points. It generates the smoothest possible 5-axis toolpath through that zone to prevent costly tool or holder collisions. This patented approach enables machining difficult geometries that other CAM systems might find challenging.
This verification tool validates programs before they are sent to the machine. It provides a realistic visualization of machine motion and material removal, which allows programmers to eliminate guesswork, reduce on-machine testing, and avoid costly machine crashes or errors.
Flank Milling creates 5-axis toolpaths for ruled-surface blades by using the side of the cutter for efficient single-pass finishing. Its patented algorithm can generate toolpaths with a significant error reduction compared to other CAM systems, which ensures accuracy and component quality.
Designed for arbitrary (free-form) surfaces, this feature uses the tool tip to machine complex CFD-influenced blade shapes. It generates smooth instructions compatible with high-speed milling and can cut geometries that are impossible for general-purpose CAM software.
This specialized add-on provides solutions for the significant tool access problems found in integrally shrouded parts. The module uses an efficient strategy of box passes for roughing combined with simplified paths for finishing, which ensures complete and safe material removal in difficult-to-reach areas.
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