Sheet Metal CAD CAM Software
Metamation Sheet Metal CAD CAM Software is an internally designed and developed programming software which features core modules such as CAD, 5-Axis, Bend, Punch, Laser, Combination, Nesting and Smart optimal solutions which are designed to give our customers software that can grow and adapt as the business needs may change whilst ensuring you have up to date innovative software solutions that support a large range of machine manufacturers and technologies.
Praxis Sheet Metal CAD CAM Programming Software, utilises our FLUX engine for CAD, BEND, LASER and NESTING operations along with compatability with MetaCAM and is designed to simplify the progamming process with a highly visual workflow driven system giving performance and results to reduce the time and effort required to process parts to the shop floor.
Our latest next generation nesting algorithm is designed to deliver high performance results in a time that is acceptable to the fast pace of manufacturing enviroments.
Flux nest works for both Cut and Punch technology.
27% Quicker and 5.2% higher yield in this one small example.
What could that mean to your business?
Offline Bending is not a new industry process, but taking all our years of experience and knowledge Metamation designed it’s next generation Offline Bending Software (Flux Bend) from the ground up, with a highly intuitive interface and extremely powerful bending algorithms Flux Bend helps bring more cost savings than conventional 1st generation Offline Bending Software’s.
Features include Import, Validation, Optimal Tooling, Optimal Setups, Clarity Interface, Advanced Configurations, Press Brake Nesting.
Metamation Lasnek Customer Feedback
Sheet Metal CAD CAM provided to Lasnek UK, starting from punch based systems through to laser and then automation.
Machine Management and Nesting Savings
Combining nesting capability with proper machine management—scheduling, determining proper sheet size, etc.—adds efficiency to the overall production process.
CAD CAM NESTING
The business cost for profile cutting on machines has been and still is primarily driven by Front End Time, Material Utilisation, Sequence Optimisation and Customers