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FormLabs Engineering Resins are a set of resins developed to solve the most complex engineering challenges thanks to the wide variety of functional materials. In addition, these materials help reduce costs and make prototypes and quality final parts in a very fast way.
The Engineering Resins offered by FormLabs for your Form 2 are:
-Grey Pro Resin (Versatile prototypes)
-Rigid Resin (Rigidity and precision)
-Durable Resin (Low friction and wear)
-Tough Resin (Resistant prototypes)
-Flexible Resin (Ergonomic pieces)
-Elastic Resin (Soft pieces)
-High Temp Resin (Heat resistance)
Resin Gray Pro is ideal for versatile prototypes, maintaining good mechanical properties, but without compromising precision and surface finish. It should be noted the moderate elongation and low deformation it offers, being an ideal material for modeling, prototypes of injection molded products, masters of molds for plastics or silicones and templates and accessories for manufacturing.
In particular, Resin Gray Pro is the most recommended resin for the manufacture of functional prototypes that will be used repetitively.
Requires Resin Tank LT.
The Rigid Resin is a resin highly reinforced with glass, giving it a high rigidity and a completely smooth or polished finish. Thanks to the resistance of the glass this material is the one that has a higher impact resistance module of the range of Engineering Resins. It's also resistant to temporary deformation and allows to print thin-walled parts, but at the same time resistant.
The Rigid Resin is ideal for printing turbines or fan blades, templates, accessories or tools, air passage collectors and housings to house electrical elements.
Requires Resin Tank LT.
Durable Resin is the ideal material for applications that require minimal friction between surfaces.
Its large elongation, its high impact resistance (the largest of all engineering materials) and a really striking, smooth and shiny finish, allows parts to be made for a wide variety of applications such as consumables, bushings and bearings, parts with adjustments under pressure or flexible elements.
The high-strength resin called Tough Resin is perfect for creating resistant parts. This resin offers a balance between resistance and compliance. Thanks to the high resistance to stresses and deformations during short time intervals, this material is ideal for parts that need to return to their original shape after applying a high voltage on them.
With the Tough Resin you can print all kinds of prototypes, from the simplest, to those that are made up of many pieces or that need a high mechanical resistance.
The Flexible Resin is used to print flexible parts, with the need to be bent or compressed for the correct operation of the model. It has a Shore hardness of 80A, which gives a soft and pleasant touch to the pieces.
This hardness and finish are very similar to those of the soles of shoes or tires. Thanks to its low traction module and high elongation, this material is suitable for printing shock absorbers, packaging, flexible or ergonomic parts.
Elastic Resin is a soft material with a Shore 50A ideal for replacing prototypes and parts that are normally produced with silicone. With the use of this resin parts are obtained that will bend, stretch and support long operating cycles without tearing.
The Elastic Resin is the softest of the resins that Formlabs has available, mechanically complemented with a high percentage of elongation (160%) and a tear strength of 19.1 kN/m. These properties, together with the translucent finish, make this resin a suitable material for prototypes of fashion accessories and consumer goods, models and medical devices, compatible parts with robotic and special accessories.
High Temp Resin (High temperature resistance) has the highest resistance to bending under temperature (HDT) of all resins, 289ºC to 0.45MPa.
With its low thermal expansion and high tensile modulus, it can be used to print models for environmental tests, molds and masters for casting and thermoforming, in a much faster, cheaper and even more accurate way than with conventional methods.