We offer 3D printing solutions that can process materials using SLA (Stereolithography) and LSPc® (Lubricant Sublayer Photo-curing) technology.
SLA technology is a 3D printing process in which liquid, photosensitive resin is poured into a container and UV light interacts with this resin to selectively polymerize (ie. solidify) it. The UV light hardens the resin layer by layer until the final object is complete.
LSPc® technology converts resin into structural plastic using UV light. Advanced membrane technology combined with scalable 4K LCD image masking provides users with a highly productive manufacturing system, allowing them to quickly iterate on product concepts and then immediately move to production.
With these technologies we provide you with a large selection of resins. These materials cover a wide range of requirements, such as heat resistance, electrical resistance, waterproofness, flexibility, toughness, transparency and smoothness.
We can offer you many different materials, which you will find listed below.
ABS-Like Resin is a unique photopolymer resin specially developed for DLP/LCD 3D printers that can create strong, durable objects with ABS-like properties. This material is unique in that it prevents volume shrinkage during the curing process, ensuring exceptional precision. Due to the exceptional flowability of the resin, printing times are drastically reduced and excellent print quality is guaranteed by the excellent stability and good toughness!
In addition to high hardness, strength, accuracy and a high modulus, high-temperature resins also combine excellent mechanical properties and very high weather and temperature resistance in one. In medical, dental, automotive, consumer electronics and other models that require temperature resistance or strength, high temperature resin is an excellent choice.
Transparent resin is clear and allows light to pass through, making it ideal for creating transparent or translucent objects. It can have good tensile strength and impact resistance, depending on their composition. Some resins are engineered to be exceptionally strong and durable.It can vary in hardness, with some being relatively soft and flexible, while others are rigid and hard. The hardness can be adjusted based on the specific formulation of the resin. Transparent resins often have resistance to chemicals, making them suitable for applications where they might come into contact with various substances.
A light-curable 3D printing resin called flexible resin has properties similar to rubber. It is characterized by flexible and at the same time solid parts. The shore hardness of the resin after curing determines how stiff or flexible the parts are. Most flexible 3D printed resins have a shore hardness of around 80A, which is comparable to the heel of a rubber-soled shoe. Since flexible resins are typically transparent, you can add paint or pigments to color them any way you like. Alternatively, you can also increase the tensile strength of your normal resins by adding flexible resin.
This resin offers an innovative and cost-effective solution for manufacturing high-resolution, static-dissipative parts needed in a variety of electronics applications and for handling critical electronics components in production. It is a rigid plastic with a stable carbon nanotube dispersion that offers optimal static dissipation and isotropic mechanical properties required by the electronics industry.
PVC-like resin is ideal for objects with a high level of detail and excellent surface quality that are virtually indistinguishable from comparable injection molded parts. The fully cured material combines excellent impact strength with high elongation at break and exhibits long-lasting thermo-mechanical performance.
Specialised resins are utilized in tooling applications to make molds, prototypes, and tooling fixtures for a variety of industries. These resins, also known as tooling resins or mold-making resins, are designed to withstand pressure, extreme temperatures, and frequent use. They frequently display outstanding dimensional stability, ensuring that the molds keep their form and precision over time. Intricate molds for complex parts and components can be made using tooling resins, which are renowned for their superb surface polish and precise detail replication. In order to survive the heat produced during procedures like injection molding and composite curing, these resins frequently feature high heat deflection temperatures. Furthermore, they show little shrinkage after curing, guaranteeing that the molds keep their precise dimensions.
This is not a problem! We are open to your wishes. We would be happy to check for you whether your desired material can be reliably processed on our printers. Simply contact us via our contact form. We are looking forward to it!
