Each cutting system is diligently designed to meet the individual requirements of our customers. There is not one cutting system, which is valid for all requirements. The aim of the project management of RG Technologies is to find the best solution for the customer.
The planning of a cutting system depends on many factors:
When planning new cutting systems RG Technologies is able to fall back upon longtime, well-founded experiences of many successfully implemented projects. The future requirements of a company are always considered in the configuration of a cutting system. The aim is to reach a high flexibility in the production, in order to react quickly to new marginal conditions. This applies particularly during the subsequent ongoing operation.
Due to the modular design of hardware and software, a possible future increase in production can be included in the planning of a cutting system. Production increases do not necessarily require the purchase of further cutting tables. Often it is sufficient to integrate additional nesting stations into the existing system. Contact us, if you would like to start the planning of your cutting system.
Spatial conditions are one of the main characteristics that need to be considered when deciding about the configuration of the cutting table. The priority objective is to optimally integrate the cutting system in the production process. The intention of RG Technologies is, to keep the production process short and direct. This should ideally be implemented without major modifications in the production area.
The type of material is another essential component when compiling a table. Often a combination of the following requirements of the material is needed. RG Technologies offers bullmer cutting tables. It is a great advance that tools and knives can be exchanged very fast and without too much effort for the various material configurations.
The material size is the decisive factor for the cutting table size. The necessary size of the cutting area is basically construed according to the maximal used material size. It is given to the principle as large as necessary but as small as possible.
The material geometry and properties are decisive factors for the design of the cutting system and the integrated nesting system.
Generally all nesting methods can be combined within a cutting system. This increases flexibility and efficiency in production.
Due to the variety of cutting materials it is important to focus particularly on the different tools. In the processing of the materials we apply special importance on the requirements of accuracy and precise cutting edges. When planning a cutting system it is important to consider the characteristics of the used materials. Before installing a cutting system RG Technologies performs cutting tests with the customers’ materials. So we can ensure that each important cutting tool is included when installing the cutting table. During these extensive cutting tests we determine the optimal tools for the materials, the appropriate knife for the geometries and the corresponding cutting setting. When installing a cutting system, we fit the tools and settings optimally to the needs of our users.
The type of production is one of the most important features for the configuration of the cutting system. Thus, in a pure prototype production, it is often not necessary to separate the nesting from the cutting table.
The higher the output of a cutting system, the more factors must be examined. Consideration must always be done in conjunction with the points described above. A basic principle is: The table has to be in use all the time, because it is the most expensive element of the production chain. This should be the aim of any planning. There are several solutions which result in an optimal setting of components within the cutting system:
The aim of RG Technologies is, to customize the cutting system that meets the requirements of your company. The cutting system will take your production a large step forward in terms of productivity, speed, efficiency and flexibility. This is demonstrated by our numerous reference projects.