The most popular resin, which, due to different manufacturers, is named differently. It provides a good quality/price ratio. Available colors: transparent, white, gray, black.
Stereolithography (SLA) / Digital Light Processing (DLP)
In resin technologies, SLA (stereolithography) / DLP (digital light processing), the processed material is a material in the form of a photosensitive resin. The polymerization process is carried out by the laser energy (SLA) or matrix (DLP).
Livestock technologies are used in a wide range of applications, e.g. automotive, biotechnology, medicine and jewellery. High precision of parts and a wide range of materials constitute additional advantages of these technologies. Advanced geometry requires support structures. In most cases, they must be removed mechanically. If support structures cause problems in your project, check out SLS.
What are the benefits of SLA / DLP?
High precision and smoothness of 3D printed parts
A wide range of materials
The possibility of producing parts with high transparency
Specialized materials intend
Standard resin - Product description
Resins imitating the properties of engineering material: ABS-like, PP-like - Product description
Resins similar in mechanical properties to ABS and PP.
Flexible resin - Product description
Resin similar in properties to rubber (Shore 80A hardness).
High-temperature resin - Product description
Resin for applications operating at high temperatures (HDT above 200 °C).
Super clear resin - Product description
Material designed for application where high transparency, e.g. flow simulations, is required.
Foundry resin - Product description
Material designed to leave minimal combustion products when removing the model from the mold. Used in the foundry. If you are looking for casting material for larger series and larger dimensions, check out SLS / Primecast
Costs and Lead Time
What influences resin costs and lead time
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Resin technologies design guidelines
For SLA/DLP technology, we recommend that you follow these recommendations:
Minimum hole diameter 2 mm
Minimum wall thickness from 0.6 mm depending on the geometry
The access to areas with a bottom bracket should be secured in order to remove it
Positioning pins should be at least 3 mm thick/medium
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