Rebecca Friedrich
Production Manager, Metallbau Friedrich GmbH
„The switch to the new CNC milling line reduced our cycle time by 22%. The integration of IoT sensors for predictive maintenance was a crucial step for equipment availability.“
PrecisionChoose the right package for your industrial requirements – from initial consultation to series support.
Includes a detailed condition analysis of your production systems, the creation of a technical specification sheet, and an initial profitability assessment. Ideal for starting a new project.
ProfessionalIncludes the adjustment of control parameters, the implementation of IoT sensors for data collection, and training for your operating personnel. For companies looking to make their existing line more efficient.
EnterpriseFrom planning new production cells, through delivery and commissioning, to ongoing maintenance and optimization. Includes regular quality audits and remote maintenance. For demanding series manufacturers.
IndividualDo you have a special request or a clear budget? We create a tailored offer with fixed milestones and transparent conditions. Contact us for a no-obligation discussion.
Practical results from industrial collaboration
Production Manager, Metallbau Friedrich GmbH
„The switch to the new CNC milling line reduced our cycle time by 22%. The integration of IoT sensors for predictive maintenance was a crucial step for equipment availability.“
PrecisionHead of Toolmaking, Penz Technik AG
„Through additive manufacturing of cooling channels in injection molds, we were able to reduce cycle time by 18%. The collaboration on process optimization was extremely effective.“
InnovationQuality Manager, Schiller Automotive
„The AI-based optical inspection increased our defect detection rate to 98.5%. The integration into the existing production line was seamless and the scrap rate dropped by 40%.“
QualityFrom design to maintenance – we deliver consistent technology modules for mechanical engineering and production technology.
5-axis milling and mill-turn centers for parts made of steel, aluminum, and plastic. Repeatability under 8 µm for batch sizes from 1 piece.
Advantage: Reduction of rework by 35%Laser powder bed fusion for complex geometries and functional integration. Ideal for cooling channels, lightweight structures, and spare parts.
Advantage: Tooling costs completely eliminatedOptical 3D scanners and coordinate measuring machines with AI-supported evaluation. Real-time inspection reports directly to production control.
Advantage: Scrap rate reduced by up to 50%Sensors, edge computers, and MES integration for continuous data acquisition. Machine status, OEE, and energy consumption on one platform.
Advantage: Downtime reduced by 20%Robot systems for MIG/MAG, TIG, and laser welding. Process monitoring including seam tracking and parameter documentation.
Advantage: Consistent seam quality for every batchModernization of older machines through new controls, drives, and safety technology. Extension of service life by at least 8 years.
Advantage: Investment costs 60% below new machineTogether with you, we capture the technical requirements, quantities, and quality goals. On-site or via data sheet – we define the framework for optimal machine and process design.
Our engineers outline the production layout, select components, and create a detailed schedule. We consider interfaces to existing systems and future ease of maintenance.
Using CAD models and digital twins, we check collisions, loads, and cycle times. Only when the simulation confirms the required tolerances do we release the production.
The manufactured assemblies are assembled and wired in our workshop. Each axis and sensor is tested according to factory standards – including a 24-hour continuous run to ensure functionality.
On-site, we install the system, conduct trial runs with your material, and train your operators. The handover protocol documents all achieved performance parameters.
After handover, we support you with regular maintenance intervals and process optimizations. When production requirements change, we adjust control parameters or mechanical components.