Smallest drawing parts with precision manufacturing
As part of our precision manufacturing, we produce drawing parts according to your individual specifications regarding shape, material and dimensions. No matter which part we machine: We machine it exactly to your specifications.
- We work precisely.
- We are flexible.
- We manufacture quickly.
- We operate sustainably.
With our first-class services, we support your process from the initial idea to final production. You can come to us even without a concrete idea - our experienced sales engineers are on hand with help and advice and will work with you to develop a suitable concept for your specific project.
What is precision manufacturing?
Precision manufacturing involves the high-precision production of various components according to specific, individual customer specifications. The customer specifies tighter tolerances than with conventional manufacturing processes, which we implement accordingly. This ensures consistent quality and functionality of the end product. The size of the components is irrelevant: both small and large parts can be manufactured.
What is meant by “drawing parts”?
In contrast to standard parts or catalog components, drawing parts fulfil individual functions depending on the intended use and are manufactured as special parts according to specific customer requirements. The design data, so-called CAD (Computer Aided Design) data directly from the customer, which is output as a technical drawing, serves as the basis. This defines the shape, material, dimensions with tolerance specifications and other properties of the component to be manufactured.
Our manufacturing processes at a glance
Based on your requirements and your technical drawing, we work with you to determine the right material and the best machining technology. We ensure stable and reliable quality in both areas. Our manufacturing processes focus on laser machining processes. These include:
Laser Cutting
This process enables the fast and effective production of precise fineblanked parts with complex shapes and contours.
Materials such as stainless steel and stainless steel foil (V2A and V4A), electrical sheets, non-ferrous and heavy metals (such as copper, bronze, tungsten, molybdenum), ferrous metals (such as Inconel® and Hastelloy) and light metals (such as aluminum and titanium) can be processed using laser cutting.
Hard-brittle materials such as aluminum oxide (AI2O3), aluminum nitride (AIN), silicon nitride (Si3N4) or silicon carbide ceramics (SiC) as well as mono- or polycrystalline silicon (Si) can also be processed.
Laser welding
This process enables the precise joining of metallic components.
A wide variety of stainless steels and copper alloys such as nickel silver, bronze and brass are frequently processed. Titanium and aluminum are also possible on request.
Laser structuring
These are various processes that allow the surfaces of all types of materials to be structured.
In particular, ceramics (such as aluminum oxide and LTCC), but also all other materials from technical glass, high-performance plastics and metals can be structured.
This process is often used for surface patterns, microstructures, texturing and to change the surface roughness.
Laser drilling
Through-holes (vias), micro-holes and blind holes can be produced using a range of different drilling processes.
Materials such as silicon, ceramics, glass, stainless steels, non-ferrous metals and plastics can be drilled.
Laser scribing
Here, fine scribe lines or notch trenches are introduced as defined material damage, creating predetermined breaking points for future separation. This type of depaneling has been tried and tested for many years, particularly with hard-brittle substrates and wafers that are processed as circuit carriers in multiple depaneling.
Among other things, oxide ceramics such as aluminum oxide (AI2O3), aluminum nitride (AIN), silicon carbide (SiC) and silicon nitride (Si3N4) are processed here.
Laser Marking
The laser can be used to mark materials quickly, contact-free and permanently by removing material or changing color.
A wide variety of materials are available for processing: Everything from metals, ceramics, plastics and organic materials to glass can be marked with the laser.
In addition to these services, we also offer in-house cleaning and deburring processes, classic mechanical processing and cooperation with service providers for coating or cleanroom-compatible packaging. Contact us now and receive our comprehensive support in the production process.
Above all, our service includes optimum all-round support for our customers, from the initial technical consultation to series production. For contract manufacturing of your drawing parts, we offer sampling and prototype production and finally transfer the process to series production. This allows us to respond flexibly to your wishes and requirements.
Product examples of manufactured precision parts and their use
A large number of precision components are produced in precision manufacturing.
- Circuit carriers and printed circuit boards (PCBs) in the electronics industry. Spacers, molded parts, housings and sensor bases are important components in assembly technology.
- Masks, stencils, sputter masks, nozzle plates, apertures as well as grid, screen and heating structures are used in surface technology.
- Shims, springs, gauges, tapes, rotors, stators, rotor packs and stator packs are indispensable parts in the motor industry, including DC motors, micromotors, servomotors, fan motors, blower motors, DC micromotors and servomotors.
- Spindle drives, heat spreaders, solder foils and preforms are other specialty products that are precision manufactured.
We guarantee the highest quality for each of these products through strict controls and proven processes in component production.