FAQ
Do the UnionTech SLA machines have CE certificate?
What technical documentation is delivered with the SLA machines?
Do you have a full list of Material Safety Data sheets on the materials you sell?
On other SLA platforms a material cart is removable to easily and quickly change material types. Does the UnionTech machine utilize a material cart to change materials?
Is the operating display in English?
Can UnionTech provide a list of countries you have supplied to outside of China.
Our equipment has been successfully exported to 33 countries around the world, list as followings:
North America(1): USA
South America(3): Brazil, Mexico,Peru
Middle-East(2): The United Arab Emirates, Iran
Oceania(1): Australia
Asia(10): Korea, Japan, Vietnam, Thailand, Sri Lanka, India, Malaysia, Indonesia, Pakistan, Japan
Europe(16): Germany, UK, Italy, Denmark, Ireland, Czech republic, Slovakia, Poland, Slovenia, Turkey, Russia, Netherland, Romania, Estonia, France, Switzerland
Is additional software required to prepare a build, for instance like Magics Materialise?
An understanding of the relationship between Somos and UnionTech would be a question?
What types of resins are used in UnionTech SLA 3D printers?
We are open design for free choice of material sourcing, you can create your own parameters to suit the resin as long as its 355 nm wave length. General we use DSM for resin supply as they have the best and most variety. We cooperate with DSM Somos since 2002. In addition, UnionTech also has self-developed resin for customers to choose.
What is the technical principle of UnionTech SLA 3D printing technology?
3D printing is known as rapid proto-typing technology (RP) or additive manufacturing technology (AM). Stereolithography Apparatus (SLA) takes photosensitive resin as the raw material and relies on photopolymerization to achieve solidification and formation, by spot-scanning liquid resin along the pre-defined layered section of the part with UV laser. The thin layer of resin starts photopolymerization under the scanning effect and form a thin layer section of the part.
Low laser power or laser power fluctuation
Rscon problem
Size deviation
Packing and peeling at the bottom of parts
Level fluctuation
Part deformation
Make broken parts
Do not shape
No laser power detected
Poor surface quality
Do you have any other needs？
