Efficiency
The systems from Vintech RCAM family are used to solve technological and organizational tasks in machine-building factories:
- Economy of production resources,
- Increasing the equipment load,
- Working with optimal number of people,
- Production with better quality in shorter terms.
Increases the reliability of operating technology
The low reliability of the technology leads to increasing of the number and consequences of technological errors in production. This can be a serious reason for loss of money and prestige of a company.
The technological errors depend directly on production volume and lead to:
- bad processing quality and scrapping of parts,
- failure the deadlines,
- damage to the machines and the equipment.
Saves the design time
A single nesting layout along with the technological and organizational information for it, should be created and verified in time shorter then the time for its single processing.
Otherwise the machine will stay waiting for the NC program “to come”.
Saving the processing time
The usage of common cuts wherever it is possible leads to 12% reduction of machine time.
The functions for collision avoidance, allow to reduce the time for rapid moves in a single nesting layout with up to 30%.
The improved work with bridges and usable remnants can save up to 10% of the single processing time, by allowing quick removal of the parts and the scrap from the machine table.
Direct savings of metal
For a company, that programs and cuts 200t metal per month, each 1% increase in the coefficient of material usage leads to economy of at least 1500Euro/month.
Changes the business process for production with true shape nesting
Using Vintech RCAM is possible to move the process of preparation of the production maximally close to the moment of the production and in the best case - it can be split in two parts:
- preliminary nesting for planing of materials resources;
- nesting and technology with grouping of parts from different orders, on the currently available plate metal blanks, as close as possible to the moment of the production.
