Material:

• All-rounder for functional prototype parts
• High mechanical properties, can be made watertight
• Large design freedom, no support structures required
• Good post-processing possibilities
• Robust, durable, lightweight

Applications

• Automotive: Prototypes, housings, seals, brackets
• Medical technology: Prosthetics, models (not suitable for permanent contact)
• Consumer goods: Toys, device housings
• Aerospace: Lightweight components
• Industry: Tools, hinges, mechanical parts

Printing Requirements

• Layer thickness: 0.1 – 0.12 mm
• Wall thickness: from 0.6 mm
• Maximum part size: up to 660 × 340 × 580 mm
• Dimensional tolerance: ± 0.3% (min. ± 0.3 mm)

Material:

• High corrosion resistance
• Toughness, ductility, and acid resistance
• Heat treatment possible

Applications:

• Aerospace
• Automotive
• Medical technology
• Shipbuilding
• Suitable for many other industries as well

Printing Requirements:

• Layer thickness: 0.04 mm
• Wall thickness: from 0.6 mm
• Maximum part size: up to 250 × 250 × 325 mm
• Tolerances: ±0.2%

Material:

High-performance gray photopolymer resin

Applications:

• Functional and fit-prototypes
• Master patterns for vacuum casting

Key Benefits:

• Exceptional fine-detail resolution and smooth surface finish
• Excellent post-processing potential; limited UV resistance
• Impact-resistant, dimensionally stable, and retains structural accuracy

Printing Specifications:

• Recommended wall thickness: 0.4–0.5 mm
• Dimensional tolerance: ± 0.3 mm
• Support structures: Required for overhangs or intricate geometries
• Maximum build volume: Up to 550 × 650 × 750 mm

Material:
Copper-Nickel-Silicon-Chromium alloy (metal powder)

Applications:

• Heat sinks
• Electrical components

Properties:

• High thermal and electrical conductivity
• Excellent corrosion resistance

Printing Requirements:

• Supported wall thickness: min. 0.4 mm
• Unsupported wall thickness: min. 0.6 mm
• Recommended wall thickness: 1.0 mm for optimal stabilityDimensional tolerance: ± 0.2 mm for small parts (larger parts may vary)

Material:
High-transparency photopolymer resin

Applications:

• Optical prototypes
• Transparent housings
• Light guides
• Lighting components

Properties:

• High clarity, polishable
• Low water absorption and good dimensional stability

Printing Requirements:

• Recommended wall thickness: 0.4–0.5 mm
• Dimensional tolerance: ± 0.3 mm
• Support structures required for overhangs or complex geometries

Material:
Heat-resistant, functional resin

Applications:

• Automotive and aerospace: Production of heat-resistant prototypes and components such as engine parts
• Electronics: Housings and components for devices with high heat generation
• Injection molding: Molds and inserts for plastic parts or vulcanized rubber
• Testing and climate simulations: Fixtures for testing under extreme conditions

Properties:

• Heat deflection temperature (HDT): 238 °C at 0.45 MPa – the highest heat resistance among all Formlabs resins
• Print resolution: Supports layer thicknesses of 25 µm, 50 µm, and 100 µm for precise and detailed results
• Mechanical stability: High strength and dimensional stability under extreme temperature conditions

Key Benefits:

• Suitable for applications with temperatures up to 289 °C without deformation
• Seamless integration into the Formlabs ecosystem for easy handling and reliable precision
• Formlabs High Temp Resin is the ideal choice for engineering applications requiring extreme heat resistance and accuracy

Printing Requirements:

• Compatible printers: Formlabs SLA printers (Form 2, Form 3/3+, Form 3B/3B+)
• Post-curing required:
  • Standard: 120 minutes at 80 °C for maximum thermal performance
  • Advanced: 3 hours at 160 °C for highest heat deflection temperature

Material:

• Tough, optically neutral white photopolymer resin
• Viscosity: 290 cps
• Density: 1.12 g/cm³
• Exposure energy (Ec): 10.6 mJ/cm²
• Penetration depth (Dp): 6.6 mils

Thermal Properties:

• Heat deflection temperature (at 66 psi): 54 °C (ASTM D648)
• Heat deflection temperature (at 264 psi): 50 °C (ASTM D648)

Applications:

• General-purpose applications
• Detail-critical components
• Dimensionally demanding designs
• Industrial applications requiring high precision

Key Benefits:

• Tough, ABS-like properties
• Dimensional stability
• Low viscosity for fast build times
• Excellent recoating properties
• Increased productivity through rapid processing

Printing Requirements:

• Recommended wall thickness: 0.4–0.5 mm
• Dimensional tolerance: ± 0.3 mm
• Support structures required for overhangs or complex geometries

We understand how important it is for you to receive your products at short notice. We guarantee fast production and delivery. In many cases, you can receive your order within just 5 days.

The delivery time is determined by the production time plus the shipping time. The production time indicates the maximum period required for manufacturing. Shipping time depends on your location. Depending on the scope of production (e.g., finishing), the manufacturing time may increase accordingly.

The exact delivery time can be found in your individual quotation. Our experts will be happy to advise you.

Shipping within Germany is carried out with Go! Express.

Prices are calculated based on the configuration of your order using various algorithms to achieve the most favorable conditions. Depending on the printing process, we take into account different factors such as surface, bounding box, and volume.

Our minimum order value is €30

SLA: Accura Extreme (VisiJet SL Tough)
SLS: Nylon PA 12 (white)
MLS: 1.4404 (316L stainless steel)
SAF: Nylon PA 12 (gray)

Additional materials available upon request

All RAL colors are generally available for painting. We provide individual consultation to define the exact shade, surface quality, and coloring method best suited to your needs.

Our post-processing options include priming, sanding, painting, infiltration, dyeing, and dipping – ensuring the desired surface finish and functionality for your parts.

Selective Laser Sintering (SLS): 660 × 340 × 580 mm

Stereolithography (SLA): 550 × 650 × 750 mm

Metal Laser Sintering (MLS): 250 × 250 × 325 mm

Selective Absorption Fusion (SAF): 315 × 208 × 293 mm

We place the highest priority on precision. Depending on the machine used, our manufacturing tolerances are ± 0.3%.
Please note: Due to process limitations, only geometric features larger than 0.6 mm can be reproduced.

We support all common CAD and 3D file formats, including:

• CATIA
• IGES
• Inventor
• NX
• OBJ
• Parasolid
• STEP
• STL
• 3DS

For business customers, we offer payment by invoice or prepayment.
Private customers can conveniently pay by prepayment.