SLS Materials 

The Systems ProX SLS 6100 3D is a high productivity machine, ideal for the creation of aesthetic and functional prototypes and for series production. It produces components with complex lattice structures, homogeneous surface finishes, excellent resolution and definition of the edges.
With its range of high-performance materials creates robust and durable elements with uniform properties, to meet the needs of multiple production sectors. The printing volume is L 381 x W 330 x H 460 mm, it manufactures finished components and parts suitable for additional surface finishing treatments.

DuraForm ProX PA: White coloured PA 12 ideal for series production and prototyping, this versatile material is suitable for a wide range of aesthetical and functional applications. It has superior mechanical properties and excellent surface smoothness, long term dimensional end mechanical stability, high elongation and high impact strength along with chemical resistance. Food grade certified, meets the requirements of Biological evaluation for medical devices (ISO 10993-5/10).

DuraForm ProX EX BLK: PA11 with superior impact, fatigue, elongation and chemical resistance, perfect for applications in harsh environments. it produces complex parts with comparable resistance to ABS and injection-molded polypropylene.

DuraForm ProX AF+: Grey metallic appearance PA 12 filled with Aluminium, with high rigidity and high temperature resistance, excellent surface finish with repeatable mechanical properties. Ideal for applications where metallic appearance and rigidity are required, suitable for functional and aesthetic applications.

DuraForm ProX GF: PA 12 glass filled with outstanding stiffness, excellent surface finish, friction and temperature resistance.

DuraForm ProX HST: An engineering fiber-reinforced PA12 that produces rigid parts for applications where high temperatures resistance is required.

MJF Materials 

The HP 4200 Multi Jet Fusion 3D provides high productivity with reduced times, suitable for prototyping and series production. It uses the HP’s developed technology performing a selective dosage of melting and detail agents, the powder is then selectively melted with highly delineated geometries. With a printing area of ​​L 380 x W 284 x H 380 mm it produces pieces with ultra-thin layers, high quality and smooth surfaces. It is ideal for production of component with complex and robust structures, along with high isotropy.

HP 3DR PA 12: Versatile gray thermoplastic polyamide (PA)12 that produces robust prototype and final parts, with high density and low porosity. Excellent mechanical properties with chemical resistance to oils and fats.

HP 3DR PA 11: Polyamide (PA) 11 for the production of ductile components with excellent mechanical properties and chemical resistance, it stands out for its high impact resistance and elongation at break.

HP 3DR PA 12 GB: PA 12 that is 40% glass-filled to improve product stiffness and structural integrity. Versatile material to produce components with reduced warping during the printing process and over the product’s life, along with optimal mechanical properties, high rigidity and excellent surface quality.

FDM Materials 

The Stratasys Fortus 380mc FDM printer produces parts with superior mechanical properties and precision, which make it suitable for the manufacture of prototype and production tools. With a wide availability of high-performance thermoplastic materials, also used in traditional production processes, it allows the production of parts resistant to high stresses and production environments. It has a printing area of ​​L 355x D 305x H 305 mm and thickness of the variable layers, it creates monolithic pieces and parts that can be assembled and subjected to surface finishing treatments. It uses easily removable soluble support materials, even in parts with small cavities and complex geometries.

ASA: Production grade material that gives superb functional and aesthetic results with FDM technology. It has excellent mechanical properties as well as combining thermal and chemical resistance. The UV stability and resistance against saline mists, make it also suitable for durable outdoor application.

PC (polycarbonate): Engineering thermoplastic that offers accuracy, durability and long-term stability. It produces strong parts that withstands functional testing. It offers superior mechanical properties with excellent thermal resistance, high tensile and flexural strength.

PC ISO: Biocompatible and strong Polycarbonate with excellent mechanical properties, high tensile strength and thermal resistance. Can be sterilized with gamma rays and EtO and complies with the ISO 10993 and USP Class VI standards, used in the food and drugs packaging and medical device manufacturing.

FDM Nylon 12: Stable thermoplastic that combines high fatigue properties with strong friction and chemicals resistance. It is ideal to produce repetitive closures, snap-fit closures and vibration-resistant parts.

ABS-ESD7: Durable ABS with excellent static dissipative properties, for applications where the accumulation of static charge could cause explosions, impair performance or damage products. Ideal for prototypes and electronic products with circuit boards, other applications include industrial tools and parts in contact with fuels.

ABS-M30: Production thermoplastic that is 25-70% sturdier than standard ABS material for the production of durable components. The stronger layer bounding leads to the production of parts with smoother surfaces and finer details quality. Ideal applications include, concept modelling, end-use components, manufacturing tool and realistic functional testes.

ABS-M30i: This material offers the same features of ABS-M30 in terms of durability, high strength and high-quality details. Furthermore, the ABS-M30i is biocompatible, can be sterilized and complies with the ISO 10993 standards. It is ideal for application in food and drug packaging and the medical devices industry.

PC-ABS: Technical thermoplastic that combines the flexibility of ABS with the strength and thermal resistance of polycarbonate, additionally presents an excellent surface definition. To create conceptual models, prototypes, tools and production parts, commonly used for automotive, electronics and telecommunication applications.