liqcreate wax castableLiqcreate Wax Castable precision resin for high quality casting applications Liqcreate Wax Castable is a specially developed photopolymer resin for professional investment casting processes in jewelry, dental technology, and industry. With its high wax content and 100% ash free burnout properties, it enables smooth surfaces, clean casting results, and exact details without disturbing residues. Advantages at a glance 100% ash free burnout prevents

Liqcreate Wax Castable – precision resin for high-quality casting applications

Liqcreate Wax Castable is a specially developed photopolymer resin for professional investment casting processes in jewelry, dental technology, and industry. With its high wax content and 100% ash-free burnout properties, it enables smooth surfaces, clean casting results, and exact details – without disturbing residues.

Advantages at a glance

• 100% ash-free burnout – prevents casting defects and residues

• High wax content – for smooth surfaces and easy finishing

• Finest detail resolution – perfect for delicate structures

• Wide compatibility – suitable for open MSLA/LCD and DLP printers (385–420 nm)

• Versatile use – jewelry, dental, small series, and prototypes

For precise and clean results

Thanks to its optimized formulation, Liqcreate Wax Castable can be easily integrated into existing investment casting workflows. The clean burnout ensures that even the finest engravings, delicate structures, and smooth surfaces are perfectly transferred into metal.

Compatible and easy to process

The resin is tuned for a wide range of open MSLA, LCD, and DLP printers in the 385–420 nm wavelength range. It can be used without additional special hardware and delivers consistently precise print results.

Typical application areas

• Jewelry casting – rings, pendants, fine ornaments

• Dental technology – crowns, bridges, model casting

• Industrial parts – precise prototypes, small series

With Liqcreate Wax Castable, you get a reliable casting resin that meets the highest demands for precision, surface quality, and burnout – ideal for professional applications where every detail counts.