Range of services and production
With our modern machinery, we cover a wide range of manufacturing techniques - from classic machining to innovative additive manufacturing and complex assembly services. We place particular emphasis on precision, flexibility and sustainability in order to optimally meet your individual requirements. We see ourselves as a one-stop store and want to offer our customers the best possible service. You can rely on our expertise and commitment to successfully realize your projects.
Turning technology
Turning technology is a key manufacturing process in machining technology in which a workpiece is set in a rotating motion and machined using a stationary cutting tool. Cylindrical or rotationally symmetrical parts are predominantly manufactured here. The lathe is the main machine in this process and enables precise machining using various methods such as longitudinal turning, facing, thread turning and profile turning. Typical areas of application for turning technology include the manufacture of axles, shafts, bushes and screws in industries such as mechanical engineering, the automotive industry and precision mechanics. By using CNC (Computerized Numerical Control) lathes, turning technology can be carried out with high precision and automation, which increases the efficiency and repeatability of production.
Our possibilities
CNC hard lathes
- approx. 3.00 - 50.00mm
- Batch size: 1 - 200 pcs.
CNC turn-mill centers
- Turning from the bar approx. 4.00mm - 80.00mm
- Turning in chuck approx. 4.00mm - 300.00mm
- Driven tools
- Batch size: 1 - 10,000 pcs.
- Turning from the bar approx. 4.00mm - 32.00mm
- Batch size: 1 - 10,000 pcs.
CNC multi-spindle lathes
Conventional lathes
- approx. 4.00 - 20.00mm
- Batch size: 10,000 - 100,000 pieces
- approx. 2.00 - 100.00mm
- Batch size: 1 - 200 pcs.
Milling technology
Milling technology is a manufacturing technology used for machining materials such as metal, plastic or wood. In milling, a multi-bladed tool, the milling cutter, rotates at high speed around its own axis while the workpiece is clamped in a defined position on the machining table. The movement of the tool in several axes/dimensions makes it possible to realize complex geometric shapes and precise surface finishes. Milling technology is used both in the production of individual parts and in series production and is used in numerous branches of industry such as mechanical engineering, the automotive industry, aerospace and mold making. Modern CNC (Computerized Numerical Control) milling machines offer a high level of accuracy and repeatability by being computer-controlled and can therefore carry out complex milling operations automatically and precisely. The further development of milling technology and the use of innovative materials and technologies continuously improve the efficiency and quality of the manufactured components.
Our possibilities
CNC machining centers
- Max. component dimensions: 620 x 410 x 400mm
- 3 and 5 CNC axes
Conventional milling machines
- Max. component dimensions: 400 x 400 x 400mm
Grinding technology
Grinding technology is a manufacturing technology used for the precise machining of workpieces. It comprises various processes in which abrasive tools such as grinding wheels are used to remove material from a workpiece and achieve the desired surface quality and dimensional accuracy. Grinding allows workpieces to be machined to very fine tolerances, which is crucial for applications in the aerospace, automotive, medical and other industries. Grinding technology can be used both for the production of new workpieces and for the reworking of already manufactured parts. It requires expertise and precise machines to achieve optimal results. Overall, grinding technology enables the production of high-quality components with precise dimensions and surfaces.
Our possibilities
Internal grinding
- approx. 0.80-160.00mm
External grinding
Between centers/in the chuck
Centerless grinding
- Max. approx. 150.00mm
- Batch size: 1-100,000 pieces
- Max. approx. 350.00mm
- Batch size: 1-10,000 pieces
Surface grinding/ profile grinding
Vibratory grinding/ honing/ lapping
- Max. 1,000.00 x 300.00 x 300.00mm
CNC grinding
- approx. 0.80-160.00mm
EDM technology
EDM technology is a manufacturing process that is frequently used in precision manufacturing. It is based on the principle of sparkover between an electrode tool and the workpiece to be machined. In this process, material is removed by the electrical energy output of the electrode tool without there being direct contact between the tool and the workpiece. This process enables the machining of electrically conductive materials, including metals, hard metals and certain ceramics. EDM technology is used in the production of high-precision workpieces, particularly those with complex geometries or tight tolerances. It is used in various industries such as tool and mold making, aerospace and the automotive industry to produce parts with high accuracy and surface quality. With the ongoing development of EDM machines and technologies, EDM technology is continuously improving and remains an important method in modern manufacturing.
Our possibilities
CNC wire eroding
- Max. Component dimensions: 450 x 550 x 400mm (LxWxH)
Sheet metal processing
Sheet metal working is a manufacturing technology that focuses on the processing of sheet metal to produce specific components or products. This process involves a variety of techniques such as cutting, bending/edging, punching, laser cutting and welding to shape the sheet metal into the desired form. First, the raw material is provided in the form of flat sheets (also known as plates) or sheets that are cut into smaller pieces depending on the requirements. This is usually followed by edging, in which the sheet metal is shaped into the desired form using pressure. Punching makes it possible to cut precise holes and contours in the material and also to carry out smaller forming operations. Laser cutting uses a high-energy laser beam to cut the sheet metal with high precision. Finally, the processed sheet metal parts can be joined together by welding to form more complex structures.
Our possibilities
Bending
- Depending on the application, up to 8-axis CNC-controlled
- Max. 2,500mm length
Cutting
- Guillotine shears up to 3,000mm
Punching
- Max. 1,500 x 3,000mm
- Free-forming processes (rolls)
- Embossing/engraving
- Thread cutting
- Punching of tabs, hooks, ventilation slots etc. (special tools)
Assembly
- Assemblies/components (also provided)
Construction
- We design according to your specifications and requirements
Joining processes
- Welding (stainless steel / steel / aluminum)
- riveting
- gluing
Metrology
Sheet metal working is a manufacturing technology that focuses on the processing of sheet metal to produce specific components or products. This process involves a variety of techniques such as cutting, bending/edging, punching, laser cutting and welding to shape the sheet metal into the desired form. First, the raw material is provided in the form of flat sheets (also known as plates) or sheets that are cut into smaller pieces depending on the requirements. This is usually followed by edging, in which the sheet metal is shaped into the desired form using pressure. Punching makes it possible to cut precise holes and contours in the material and also to carry out smaller forming operations. Laser cutting uses a high-energy laser beam to cut the sheet metal with high precision. Finally, the processed sheet metal parts can be joined together by welding to form more complex structures.
Our possibilities
CNC measurement technology
- Multisensor measurement technology
- Optical metrology
- Tactile measurement technology
- Scanning metrology
Measurement automation
- Pallet and bulk goods processing
- AI-supported measurement sensors
- Sorting according to usability
- Measurement documentation
Conventional measuring technology
- Outside micrometers
- Calipers
- Hardness testing
Services
In order to deliver a finished product as a one-stop store, it often takes more than just the machining process. We therefore also offer you a range of accompanying applications to refine the product.
It does not always make sense to map all processes "in-house". We therefore rely on a network of long-standing partners for selected processes. We will be happy to explain to you which applications this specifically concerns. Both internal and external processes are strictly monitored and regularly audited by our quality management.
Our possibilities
Hardening | Tempering
- All common processes
Coating
- Anodizing
- Cadmium plating
- Chromating | Chromiting
- TiN coating
- Various high-performance coatings
- Corrosion protection oil (impregnation)
- Powder coating
Painting
- Automated drum painting
- Various materials
- Suitable for small parts
Labeling | Marking
Blasting (glass beads, sand)
Cleaning
- Engraving (graver)
- Laser marking (steel, aluminum)
- Stamping (special ink)
- With automated processing
- Degreasing
- Preservation
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