We use only and exclusively certified materials
and traceable Stratasys® in order to provide our customers with
Of products with repeatable physical and mechanical qualities,
although printed at different times.
Lightweight, 35% carbon fiber reinforced, with the highest flexural strength of any FDM material.
Biocompatible and complying with the ISO 10993 standard and USP Class VI, it is sterilizable and ideal for the medical, pharmaceutical and food sectors.
High-performance resin with excellent mechanical strength and thermal stability. The 1010CG version is biocompatible and certified for ‘food.
Fire retardant, high-performance resin with FST (flame, smoke, toxicity) certification. Suitable for metal replacement, i.e., alternative to certain metal materials.
Featuring excellent physical and mechanical properties, robust and low outgassing, wear-resistant and heat-resistant. Suitable for parts that require durability and weight reduction.
High-performance static-dissipative (ESD) thermoplastic based on PEKK; has unprecedented strength and thermal and chemical resistance. Ideal for the aerospace industry.
Durable, biocompatible, sterilizable material suitable for use in medical devices.
Polycarbonate-ABS is one of the most widely used blends; it combines the mechanical properties of polycarbonate with the aesthetics and elasticity of ABS.
Resistant to heat, chemicals and sterilizable, PPSU is excellent for demanding applications exposed to the action of oils, gases and acids.
Enables advanced prototyping; ideal for all applications requiring a durable material such as snap fasteners and friction inserts.
It has excellent UV stability and the best aesthetic performance among thermoplastic filament materials.
Elastomer resistant to abrasion, chemicals, UV rays and low temperatures. Ideal for the automotive, footwear and textile industries.
* NOT a Stratasys material
Low melting point polyaryletherketone (LMPAEK) designed specifically for additive manufacturing.
Fiberglass-reinforced nylon material that is flame retardant and has excellent performance at high temperatures; for the rail and aerospace industries.
Polycarbonate material with flame retardant properties; particularly suitable for applications in rail and air transportation.
High-impact polystyrene with mechanical properties similar to those of ABS, but with very high impact resistance, providing greater durability.
Excellent mechanical properties, very smooth surfaces, high precision. Used for functional parts with design quality that can withstand high thermal or mechanical stress.
Designed for easy finishing, this material allows a high degree of detail. Ideal for the aerospace, automotive, medical and electronics industries.
General purpose TPU for prototyping; offers good flexibility and ease of use. Used for standard rubber items, guards, shock and vibration absorbers.
High-performance material for producing parts with high stiffness, dimensional accuracy and thermal stability.
Nylon 11 Formlabs
Suitable for ductile and strong parts, it is a high-performance nylon material of biological origin for parts that bend and resist impact.
Hardenable aluminum alloy with good corrosion resistance and electrical conductivity; applicable for thin-walled components and complex geometries.
Mainly used for tool and die making, it has high hardness combined with high ductility. Ideal for high-stress parts.
Stainless steel alloy used in the medical, automotive and aerospace industries; suitable for parts exposed to high stress due to its high wear resistance.
Biocompatible urethane photopolymer with high impact resistance; provides a high-quality surface and exceptional precision in fine details.
High-modulus resin, ideal for tooling and molds at low to moderate temperatures, provides precision, surface finish and durability.
High-strength polymer with an outstanding surface finish. Ideal for functional parts with Class A surface requirements.
Durable, rugged, and impact-resistant material for functional applications subjected to stress and high load conditions.
High-performance material: excellent bending and tensile physical properties, chemical resistance and outstanding flame resistance.
Impact-resistant photopolymer with a finish suitable for Class A surfaces and a low cost per kg. For functional applications where aesthetics and robustness are critical.
Transparent photopolymer with a smooth surface finish and good impact resistance. Ideal for mechanical guides and microfluidic devices.
Inexpensive and quick to print, it has a unique flexibility; it is more flexible than other resins but stiffer than elastomers, offering both adaptability and springback.
Single-component elastomer with high resilience and rebound (Shore A 75). Ideal for grid structures.
Biocompatible, durable and sterilizable medical grade resin. Strong, durable, with excellent elongation, impact and compression resistance.
Durable, high-precision material for medical applications. Rigid, robust, ideal for medical devices that require high impact resistance.
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