Applications:

• Mounting brackets
• Small enclosures
• Various mechanical

Advantages:

• Shock resistant
• Low temperatures resistant
• Can be machined and sanded after printing
• Warping temperature over 97 °C

Printing Parameters:

• Extruder: 250 – 290 °C
• Heating bed: 80 – 100 °C
• Printing speed: 30 – 60 mm / s

Applications:

• Fast prototyping

Advantages:

• Very easy to print
• Printing speed up to 120 mm / s
• No shrinkage in printing
• Non toxic and odorless
• Biodegradable

Printing Parameters:

• Extruder: 170 – 210 °C
• Heating bed: 0 – 50 °C
• Printing bed: 40 – 120 mm / s

Hardness

• Soft: Shore A 21
• Medium: Shore A 90
• Hard: Shore D 55

Applications:

• Gaskets
• Flexible joints 
• Cushioning systems

Advantages:

• Certified raw material
• Wear resistant
• Tear resistant
• Oil, fat, acid, alkali resistant
• High temperature resistant
• Excellent chemical adhesion to ABS, PBT, PC, PC/ABS, TPU, EVA, metal (raw and painted)
• Excellent layer adhesion

Printing Parameters:

• Extruder: 190 – 210 °C
• Heating bed: 0 – 50 °C
• Printing speed: 10 – 30 mm / s

Hardness

• Shore D 27

Applications:

• Soft artefacts for medical use

Advantages:

• Medical certification USP XXXIII:2009 Class VI and ISO 10993-4/5/10
• Highly elastic (traction elongation up to 800%)

Printing parameters:

• Extruder: 210 – 230 °C
• Heating Bed: 0 – 70 °C
• Printing Speed: 40 – 60 mm / s

Applications:

• Mounting brackets
• Small enclosures
• Various mechanicals

Advantages:

• Shock resistant
• Low temperatures resistant
• Can be machined and sanded after printing
  

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Printing Parameters:

• Extruder: 240 – 260 °C
• Heating bed: 70 – 90 °C
• Printing speed: 30 – 60 mm / s

Applications:

• Outdoor and nautical 

Advantage:

• Easy to print
• Excellent finishing
• UV and hydrolysis resistant, even in salt water
• Can be machined and sanded after printing
• If heat-treated after printing gets a higher melting temperature and becomes harder

Printing parameters:

• Extruder: 190 – 210 °C
• Heating bed: 0 – 70 °C
• Printing speed: 40 – 120 mm / s

Applications:

• Complex prototyping

Advantages:

• Easy to print
• Excellent finishing
• High thermal conductivity
• Non toxic and odorless
• Graphene+ addicted
• Excellent mechanical strength

Printing parameters:

• Extruder: 170 – 210 °C
• Heating bed: 0 – 50 °C
• Printing speed: 40 – 120 mm / s

Applications:

• Mechanical parts for automation and robotics
• Replacement for mechanical parts subject to wear
• Mechanical parts for body shops

Advantages:

• Chemically inert
• Self-extinguishing
• Machinable after printing
• Metal Replacement

Printing parameters:

• Extruder: 310 – 350 °C
• Heating bed: 70 – 110 °C
• Printing speed: 20 – 60 mm / s

Applications:

• Support for Thermec Z3D printing

Printing parameters:

• Extruder: 240 – 260 °C
• Heating bed: 70 – 90 °C
• Printing speed: 40 – 75 mm / s

Applications:

• Aesthetic parts

Advantages:

• Easy to print
• Shiny and see-through finishing brillante e trasparente
• Shock resistant
• Machinable after printing

Printing parameters:

• Extruder: 210 – 230 °C
• Heating bed: 70 – 90 °C
• Printing speed: 70 – 90 mm / s

Applications:

• Electromechanical parts

Advantages:

• Easy to print
• Electro conductive
• Non toxic and odorless

Printing parameters:

• Extruder: 200 – 220 °C
• Heating bed: 0 – 50°C
• Printing speed: 20 – 40 mm / s

Applications:

• Mechanical parts for automation and robotics
• Mechanical parts subject to wear

Advantages:

• Excellent mechanical resistance
• Resistant to high temperatures
• Easy to print 
• Machinable after printing
• High rigidity

Printing Parameters:

• Extruder: 240 – 260 °C
• Heating bed: 0 – 80 °C
• Printing speed: 30 – 60 mm / s

Applications:

• Model making
• Parts subjected to frequent stresses

Advantages:

• Easy to print
• Odorless
• Shiny and see-through finishing
• Shock resistant

Printing parameters:

• Extruder: 230 – 250 °C
• Heating bed: 0 – 70 °C
• Printing speed: 40 – 60 mm / s

Applications:

• Light and mechanical parts subject to wear
• Automotive

Advantages:

• Shock resistant
• Resistant to wear
• Shiny finishing
• Suitable for chrome plating

Printing parameters:

• Extruder: 240 – 260 °C
• Heating bed: 80 – 110 °C
• Printing speed: 30 – 60 mm / s

Applications:

• Electrotechnical prototyping
• Parts to be used in dangerous environments

Advantages:

• Shock resistant
• Antistatic (10^8 Ohm)
• Machinable and buffable after printing

Printing parameters:

• Extruder: 240 – 260 °C
• Heating bed: 70 – 90 °C
• Printing speed: 40 – 60 mm / s

Applications:

• Parts to be used in dangerous environments

Advantages:

• Shock resistant
• Self extinguishing (UL94 V0)
• Buffable
• Resistant to low temperatures

Printing parameters:

• Extruder: 240 – 260 °C
• Heating bed: 80 – 110 °C
• Printing speed: 30 – 60 mm / s

Applications:

• Parts to be used outdoor
• Automotive

Advantages:

• Shock resistant
• UV resistant
• Weatherproof
• Low shrinking

Printing parameters:

• Extruder: 240 – 260 °C
• Heating bed: 70 – 90 °C
• Printing speed: 30 – 60 mm / s

Applications:

• Mechanical parts subject to wear
• Gears

Advantages:

• Shock resistant
• Resistant to chemical agents
• Excellent mechanical properties
• Self-lubricating

Printing parameters:

• Extruder: 210 – 240 °C
• heating bed: 60 – 80 °C
• Printing speed: 30 – 50 mm / s

Applications:

• Mechanical parts for robotics and automation
• Mechanical parts subject to wear

Advantages:

• Shock resistant
• High performance
• Abrasion resistant
• Addicted with Carbon Fiber

Printing parameters:

• Extruder: 250 – 260 °C
• Heating bed: 60 – 70 °C
• Printing speed: 30 – 50 mm / s