Precision DLP 3D Printing Service
DLP is a method of vat polymerization that stands for Digital Light Processing. Vat polymerization 3D printing technologies use a (liquid) photopolymer resin that cures (solidifies) when exposed to light.
How to get started with DLP 3D Printing
DLP is used to make photopolymer parts quickly. The DLP machine cures the entire layer at once with a projected light source. Layer by layer, the portion takes shape. The part is formed layer by layer. DLP printers are well-known for their high print speed and their ability to generate intricately designed products and parts rapidly and accurately.
Popular Applications of DLP 3D printing
Many industries use DLP printing to print highly detailed resin designs such as toys, jewelry molds, dentistry molds, figurines, and other finely detailed products.
Our Services
With Synaptic Vanguard DLP 3D Printing Service, you can innovate, create, and mold your imagination. We offer a diverse range of materials for DLP 3D Printing in order to satisfy the project goals and deadlines of our clients. Simply upload your parts to our website, and we’ll get to work.
Our Standards
Requirements | Specifications |
Maximum build size | 190 × 120 × 200 mm |
Standard lead time | 1-2 business days |
Dimensional accuracy | ± 0.8% with a lower limit of ± 0.2 mm |
Layer height | 0.01mm – 0.05mm |
Infill | 25um-100um |
FAQ
Both are photopolymer 3D printing technologies, although DLP uses a more traditional light source, such as an arc lamp, rather than UV light, as SLA does. DLP cures one entire layer at once, whereas SLA printers use a laser to draw a path and then cure along that path.
DLP employs a shallow vat of resin for each printing and uses everything within the vat. As a result, expenses will be cheaper and waste will be reduced.
DLP printers are larger than other 3D printers because they contain a projector that projects an image to be produced.
DLP printers usually print with photopolymers, although some businesses offer DLP printers that can print with alternative materials including rubber and thermoplastics.
DLP printing is not suited for really large goods since the size of the object printed is dependent on the size of the projector and the resolution of the image it projected.
Â
