Speedpart GmbH
About us
Speedpart - 3D Printing, Rapid Tooling and Injection Molding
For over 30 years, Speedpart has been one of the leading service providers in the areas of 3D printing, rapid prototyping and small batch production in Germany. With the latest manufacturing technologies, we offer innovative and cost-effective solutions - whether using additive or conventional processes. Our range of services extends from industrial 3D printing to injection molding and toolmaking, always with the highest precision and quality.
NEW: Multi Jet Fusion (MJF)
With the Multi Jet Fusion (MJF) process, Speedpart relies on a high-performance technology that is particularly suitable for functional prototypes and small series close to series production. Our MJF-manufactured components impress with:
• High dimensional accuracy and attention to detail
• Excellent surface quality without complex post-processing
• Outstanding mechanical properties and resilience
• Efficient production for economical small series
Thanks to the fast production times and optimal use of materials, MJF offers a cost-effective alternative to conventional 3D printing processes or injection molding - ideal for your small series or your prototypes!
Small Batch Production
Speedpart offers individual solutions for small series - from additive processes to vacuum casting to injection molding. Whether first product samples, pre-series or small series of up to 100,000 pieces - we manufacture precise components with optimal mechanical properties and high attention to detail.
Additive manufacturing opens up maximum design freedom and enables the rapid production of complex geometries, functional prototypes and near-series components without tool costs. We use a wide range of 3D printing technologies and materials - from plastics to high-performance polymers and metals.
For small series with a wide variety of materials, vacuum casting offers a cost-effective solution for producing detailed components in castable plastics that have properties close to those of series production.
Speedpart produces your individual injection-molded component from just one piece. The injection mold is manufactured using CNC or metal laser sintering processes. Speedpart can produce not only the tools, but also the end products themselves using its own injection molding machines in-house. This ensures quality and precision. You receive the mold, the prototype or the final series from a single source. This means quantities of up to 100,000 are possible - from the CAD drawing to certified production.
By combining these processes, we guarantee economical and technically optimal solutions for every application.
Certified environmental management system
Our production processes meet the highest quality and environmental standards. In addition to certification according to DIN EN ISO 9001:2015 for quality assurance, we are also certified according to ISO 14001:2015 for sustainable environmental management. This international standard specifies requirements for an environmental management system that a company like Speedpart can use to improve its environmental performance, meet legal and other obligations and achieve environmental goals. Speedpart has a great responsibility in this regard, whether towards its customers, suppliers or employees. Environmental protection and the responsible use of resources are important to Speedpart and the next certification in 2026 is therefore already eagerly awaited.
Enquire about your project at Speedpart now! The qualified engineers, technical product designers, model makers, toolmakers and numerous other specialists at Speedpart are your professional partner for 3D printing, toolmaking and injection molding.
Products & services
Larger and more precise: Stereolithography redefines 3D printing - Microfine with a detail resolution of up to 20 µm or extra large one-piece print up to 1000 mm
Our stereolithography (SLA) 3D printing sets new standards: Highest detail resolution up to 20 µm for microfine structures or extra large components up to 1000 mm printed in one piece - without compromising on precision and surface quality. We therefore offer solutions for demanding prototypes, functional components and design models in a wide range of industries. Why SLA 3D printing with us? ✔ Microfine details & smooth surfaces - ideal for high-precision components, optical components or the finest structures ✔ XXL SLA printing for large components - no gluing necessary, everything manufactured in one print for maximum stability ✔ High dimensional accuracy & low tolerances - perfect for complex technical applications ✔ Diverse material options - from transparent to opaque With our combination of size & precision, we open up completely new possibilities in 3D printing - be it for medical technology, mechanical engineering, the automotive industry or design applications. Visit us at the fair and learn more about the future of SLA 3D printing!
Laser Sintering (SLS)
With SLS 3D printing, we manufacture resilient plastic components with a high level of detail and excellent mechanical properties. Our additive manufacturing solutions enable the fast and economical production of functional prototypes and small series for a wide range of industries. Technical advantages: • Complex geometries without support structures - ideal for delicate components, internal structures and moving components. • High mechanical resilience - components with high strength and good impact resistance, suitable for functional tests and end applications. • Variety of materials for different requirements - PA 12, PA 605-Al, PA 11 CF Black, PP and TPU 70 for specific mechanical, thermal and chemical properties. • Heat resistance and chemical resistance - depending on the material, high temperature resistance and resistance to aggressive substances. • Material efficiency through recycling - reduced waste quantities by reusing the non-sintered powder. • Precision up to 0.1 mm layer thickness - high dimensional accuracy and fine surfaces for functional prototypes and series production. Our SLS 3D printing process is used in numerous industries: • Automotive & aviation: functional prototypes and lightweight components • Mechanical engineering & electronics: precise components with high mechanical strength • Medical technology: hygienic and stable components for medical applications • Consumer goods & sports: lightweight, tailor-made products with high resilience Speedpart – your partner for SLS 3D printing With our modern ProX sintering station, we manufacture detailed components with wall thicknesses from 0.6 mm and high surface quality. Thanks to several production facilities, we offer fast delivery times – even for larger quantities.
Multi Jet Fusion (MJF)
With HP Multi Jet Fusion technology, we manufacture high-precision plastic components with excellent detail accuracy, high resilience and short production times. MJF technology offers an economical alternative to conventional manufacturing processes and is ideal for functional prototypes and small series in demanding applications. Advantages of Multi Jet Fusion technology: • High-quality, dimensionally stable components - Thin layer thicknesses (80 µm) enable fine details and smooth surfaces. • High strength and durability - Mechanical properties comparable to injection-molded parts, ideal for functional prototypes and end products. • Fast production times - Shorter production cycles enable accelerated product development and economical small series production. • Economic efficiency - Optimized material use and efficient processes reduce costs, especially for complex geometries. • Sustainability - High material yield through recycling of unsintered powder reduces waste. • Excellent mechanical and thermal properties - High wear resistance, good chemical resistance and temperature stability. Material options – PA12 for versatile applications We rely on the tried and tested material PA12, which is characterized by its excellent balance of strength, flexibility and temperature resistance. Thanks to its high density and mechanical resilience, it is suitable for numerous industrial applications. Areas of application for MJF-manufactured components: • Automotive industry – functional components, brackets, prototypes • Mechanical engineering – robust housings, technical components, spare parts • Medical technology – custom-made prostheses, special designs • Electronics & household appliances – functional prototypes, small series
PolyJet Single- and Multi-component 3D Printing (PJP)
PolyJet enables the combination of different material properties in a single printing process: hard and soft areas, transparent and colored elements – all in a single part. This enables the production of functional prototypes and realistic models that would otherwise require complex assembly. In addition to this material versatility, the process impresses with its exceptional level of detail and a smooth surface that requires minimal post-processing. Ideal for sophisticated designs, prototypes, and presentation models.
Accura Xtreme BLACK
Innovation in Black: Accura Xtreme Black. With Accura Xtreme Black, we can set new standards in SLA prototyping. The material combines robust mechanical properties, exceptional detail resolution, and a deep black finish that closely resembles real production parts. Whether for durable housings or components in the electronics industry, Accura Xtreme Black is ideal for functional prototypes and realistic product development testing. Key Benefits at a glance: - Deep black appearance - Robust mechanical properties - Exceptional accuracy and detail resolution - Exceptional surface quality - Realistic aesthetics for simulating production parts