Technology Partner

Added value coupled with efficient use and maximum productivity

Experts‘ Know-how Creating Optimization Potentials and Synergies

With increasing competition, continually growing cost pressure as well as invariably changing quality requirements, including appropriate verifi cations, companies are forced to analyze and optimize their processes. UTTec GmbH & Co. KG, with decades of experience in machining processes working with the automobile industry, suppliers and aerospace industry, machine construction and mechanical engineering, medical technology as well as in areas of contract manufacturing and tools and mold-and-die production, is the technology partner that with a team of experienced technologists analyzes production and machining processes and offers solutions for their optimization.

Tool-Monitoring

This monitoring system is used above all in metal processing but also has applications in other industrial areas.

NC-Technology

Process optimizations signifi cantly reduce processing times and increase effi ciency as well as the safety of technological processes. We analyze tool specifi cation, cutting-data, non-productive times, setup times etc. and derive optimization potentials from that information.

E-Technology

We are also your reliable partner for PLC programming and electrical engineering and design of your machines and facilities. From prototype to retrofit.

Automation

UniversalRobots is among global market leaders of collaborative lightweight robots.
The Static Load System is magnificently suitable for subsequent automation of vertical and horizontal lathe machines, press machines, grinding machines, milling machines, etc.

Possibilities for Cost Reduction

Using the control mechanisms of the productionprocess as depicted in the image below, it is possible to increase profi tability as well as productivity, decrease cycle times and generate a competitive edge using state-of-the-art technology, and that enables you to set up the ideal conditions to start a successful development.

If you aim for a higher process capability and a quantifiable productivity, you should work your way up the levels from the bottom up
This would mean that production pursues a consistency strategy and does not evaluate the how-fast or the how-many
The in-process controlling deals with process induced deviations, tool-wear and temperature fl uctuations and gives you via process monitoring intelligent feedback during the machining

Already when setting up the process, predictable causes of deviation, such as the position of components, the size of tools and offsets of the machine tools can be taken into account. These sources can cause deviations on the fi rst workpiece
The process parameters are very important if you want to achieve a predictable level of production. Deviations have to be traced, and their causes need to be isolated and sorted out one by one, because not before eliminating the basic causes of deviations will you be able to have a more straightforward controlling over process results.

If you aim for a higher process capability

as well as a quantifiable productivity, you should work your way up the levels. It’s not always about the how-fast, the how-far or the how-many; it’s more about consistency in production!

In-Process Controlling

This deals with process induced sources of deviation – tool-wear and temperature fluctuations – and gives you via process monitoring intelligent feedback during the machining

Process setup

deals with predictable causes of deviation, such as the position of components, the size of tools and offsets of the machine tools. These sources could otherwise cause deviations on the first workpiece

Process parameters

To achieve a predictable level of production, the sources of deviations have to be traced, and their causes need to be isolated and taken care of one by one. When the basic causes of deviations are directly eliminated, the controlling over process results becomes easier.