Suzhou Misontech Technology Co., Ltd.

With the latest laser technology, Misontech uses stereolithography to create high quality prototypes and limited production runs for a wide variety of industries and crafts.Our SL prototypes are 10 times more accurate than older manufacturing techniques, and you benefit from a much faster turnaround time than ever before possible.Rapid Prototyping & 3D PrintingFor highly accurate industrial uses, Misontech creates parts (from your .STL files) out of liquid plastic (light-sensitive liquid polymer) solidified in precise patterns by a computer controlled UV laser beam. SLA parts are solid epoxy exact 3D clones of your original CAD model.When you need short production runs or consumer-level products, let our 3D Printing technology create strikingly accurate prototypes at very affordable prices.Metal Parts (from Investment Casting) Misontech has a cost-effective solution for any type of metal prototype you need: QuickCast (or Polyjet Wax) Patterns A cost effective solution for making complex metal prototypes in 1-2 weeks when only a few parts are require Aluminum Epoxy Wax Tooling For quick turnaround on limited production runs of 5-100 units, your shrink-adjusted SLA patterns are transformed into molds that produce wax patterns used for investment casts to make ferrous and non-ferrous metal parts. Epoxy Tool Wax PatternsMetal Parts (CNC machining)Misontech has multiple Computerized Numerically Controlled machining centers that accept all industry standard software to mill prototypes of metal or plastic, as well as aluminum or steel molds. This same process is used for plastic injection molded parts. Our EDM units use minute high voltage electric scalpels to accurately craft even the smallest, most complicated designs.RTV Tooling/Polyurethane CastingNeed only a few plastic parts? Room Temperature Vulcanized (RTV) rubber tooling is the perfect solution. Misontech makes rubber molds from SLA master patterns. These polyurethane duplicates are inexpensive, can be painted and textured to simulate injection molded parts, and are perfect for prototypes, trade shows, or small production runs.