SUNLETS TECHNOLOGY is a company that specializes in the development and production of a comprehensive selection of molds for the technical and standard ceramic industries.
For nearly two decades, we have been manufacturing molds.
In the past two decades, SUNLETS has produced an unprecedented quantity of single and multi-cavity pressure casting molds to manufacture the complete line of solid and drain cast products for technical ceramics, tableware, and sanitaryware.

SUNLETS has devised an in-house acrylic resin that is used to create our molds. We possess a variety of polymers that we can employ to create the most suitable mold.
In addition to manufacturing the molds, SUNLETS offers a comprehensive array of modeling, blocking, and casing services.
Prior to shipment, all of our molds undergo a test casting at SUNLETS. The development of molds for novel products is conducted prior to the production of general molds.
Our comprehensive expertise in ceramic production, materials technology, and machine design and operation enables us to address the full spectrum of challenges that ceramic manufacturers may encounter during the casting or forming of their products.
In addition to manufacturing the molds, SUNLETS offers a comprehensive array of modeling, blocking, and casing services.

This is due to the recent introduction and upgrade of our 3D scanning, modeling, and CNC systems, which have enabled us to create and advance new and intricate mold designs.
The result has been a significant reduction in the lead time for mold design and production, as a result of the rapid prototyping and model development. It is now effortless to incorporate design enhancements and modifications into existing designs.
The structure of the mold material is integrated into a proprietary internal air distribution matrix in SUNLETS sanitaryware molds. This prevents the utilization of backplates. It is possible to accommodate a greater number of molds on a single machine by avoiding backplates, which results in a substantial increase in productivity.