Our

Process

Your partner for plastic parts

cirp GmbH supports its customers from the initial prototype design through to the start of series production. We work in the fields of development and design to create your CAD models, using the latest CAD/CAM systems and 3D scanning technologies. With our pool of state-of-the-art machines we also offer a variety of different generative and machining procedures in the fields of additive manufacturing, model making and mould construction as well as rapid tooling for creating your plastic pieces and tools that can be applied to your models and prototypes as required:

Selective Laser Sintering (SLS)

Our selective laser sintering (SLS) process quickly delivers test-ready models, prototypes, and small series directly from CAD data.

Powder Bed Fusion (MJF/SAF/HSS)

In order to further expand our material portfolio in selective laser sintering (SLS), we can also offer selected materials in other powder bed-based processes...

Stereolithography (SLA)

Stereolithography (SLA) quickly delivers mechanically resilient prototypes and master models for subsequent processes such as vacuum casting directly from CAD data. The process is suitable for materials with high strength and low weight, such as polyimide and polyimide-based composites. The process is also suitable for materials with high strength and low weight, such as polyimide and polyimide-based composites.

PolyJet (PJM) -EN

Our 3D printing provides you with high-precision, extremely detailed models and prototypes quickly and directly from CAD data. Our 3D printing services are available for all common 3D printing materials.

CAD, manufacturing-oriented building component design & reverse engineering

With over 30 years of experience in plastics processing, we are happy to assist you with component optimization for various processes...

Measurement technology

We not only manufacture components, but also measure them for you in our own measuring laboratory in accordance with VDA template levels, for example. Do you have components and need support with measurement technology? We are happy to help...

Metal casting

Precision/metal casting shows its advantages for quantities between 10 and 100. This process also allows fine structures to be reproduced.

Selective laser melting (SLM)

The SLM process is used for metal components in small quantities or with highly complex component geometries. Here, machining post-processing according to drawings is also standard practice today.

RapidTooling (RT)

From milled aluminum tool inserts to injection-molded, near-series plastic prototypes to pre-series and small series in the original material.

CNC Machining

When tight tolerances or high material properties are required, machining processes are indispensable. Hybrid components that are first manufactured using additive manufacturing and then machined are also standard practice for us.

Model making (MB)

Our model making enables you to achieve a clean finish with very fast processing of all types of prototypes.

Vacuum casting (VAC)

Vacuum casting combines cost-efficient production with balanced material properties for quantities between 10 and 100 pieces...

Fused Deposition Molding (FDM/FFF)

Fused deposition modeling (FDM/FFF) printing processes offer by far the widest range of materials. From chemically resistant PET(G) to high-temperature materials such as ULTEM or PEEK...