From concept to qualified part

Your certified partner for industrial 3D printing services

Reduce your time-to-market without compromising on quality. From complex designs to series production parts – supported by engineers who understand your requirements.

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Our certifications:

85+: AM experts
160+: industrial 3D printers
4M+: parts delivered annually
200+: available materials
98%: On-time delivery
1-4 days: production

Order in minutes. No back and forth, no guesswork – upload your CAD file, get instant pricing, and place your order with confidence.

Best for

Repeat orders
Known material specifications
Standard geometries

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Expert support. Work with our specialists to optimize your design, select the right process, and ensure a smooth project launch.

Best for

Complex geometries
Material uncertainty
High-performance requirements

The process

Expert guidance

A structured workflow to production-ready components

Five validated phases that reduce technical risk, optimize process selection, and verify manufacturability before series production.

1–2 days

Application validation. We assess requirements, verify feasibility, and identify suitable additive manufacturing technologies.

30–90 days

Application development. We define KPIs, select the right process and material, and build the production concept.

7–14 days

Application verification. Benchmark parts and capability studies confirm performance, process stability, and cost efficiency.

30–60 days

Pilot production. The initial production run proves manufacturability and prepares the part for scale-up.

30–180 days

Supply chain integration. We transfer the application into a robust supply model—via external production or in-house implementation.

Our expertise

A higher standard for industrial part production

Haben Sie Fragen? Wir helfen gerne weiter!

3D print with

Stratasys® FDM®

Choose Stratasys FDM when you need dependable thermoplastic performance for functional prototypes, production aids, and end-use parts. It is particularly attractive for customers who need robust geometries, stable engineering materials, and the confidence of an industrial process used widely in manufacturing environments.

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Stratasys® SLA

Choose Stratasys SLA when you want large-format resin parts with crisp detail, smooth sidewalls, and excellent finishing efficiency. It is especially strong for appearance models, tooling, master patterns, and applications where dimensional stability and a premium surface finish are more important than multi-material capability.

3D print with

Stratasys® SAF™

Choose Stratasys SAF when your priority is dependable output across larger quantities of functional parts. This process is particularly attractive for serial production, repeatable dimensional performance, and applications where part-to-part consistency matters as much as geometry freedom.

3D print with

Stratasys® PolyJet™ Industrial

Choose PolyJet when you want the most realistic prototype possible before tooling. It is the best option for visual models, ergonomic validation, color prototypes, and parts that need different material characteristics in one build, but it is generally less suited than engineering-grade SLA or P3 for mechanically demanding end-use parts.

3D print with

Stratasys® PolyJet™ Healthcare

Choose PolyJet when you need the most realistic anatomical or dental models before clinical validation or treatment planning. It excels at lifelike visual models, surgical and orthodontic planning, training parts, and, with the TrueDent material, the production of realistic end-use dentures, while SLA or P3 are preferable for highly load‑bearing implants.

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Stratasys® P3™ DLP

Choose Stratasys DLP/P3 when your parts need to do more than just look good. This process is particularly attractive for functional prototypes, connectors, seals, jigs, fixtures, molding tools, and low-volume end-use parts where repeatability, mechanical performance, and surface quality all matter at once.

3D print with

Nexa3D SLS

Choose Nexa3D SLS when you need robust nylon parts with a strong balance of speed, flexibility, and economics. It is especially useful for functional prototypes and batch production where multiple parts can be nested together efficiently and where powder utilization matters.

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Nexa3D LSPc

Choose Nexa3D LSPc when turnaround time is critical and resin is still the right material family for the application. It is a strong fit for fast production of detailed polymer parts, especially where speed, consistency, and scalable photopolymer output matter more than the ultra-large format advantages of SLA or the simulation strengths of PolyJet.

3D print with

Raise3D SLS

Choose Raise3D SLS when you want strong, functional polymer parts for engineering use, fit testing, and short-run production. It is a strong middle ground for customers who need more design freedom and better all-round durability than resin typically offers, while keeping the focus on polymer rather than metal.

3D print with

Raise3D FFF

Choose Raise3D FFF when you want cost-effective functional parts and quick iteration in thermoplastics. It is a great option for brackets, covers, factory aids, prototypes, and custom components where function matters more than a cosmetic resin-like finish.