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3D printing, as a digitized advanced manufacturing technology, offers unique advantages in design freedom and flexible manufacturing, making it particularly suitable for forming complex and irregular structures, conformal cooling channels, venting structures, lightweight structures, and more. Based on our application experience, Lamotek's 3D printing technology can provide an average return on investment of up to 500% for mold customers!

With the requirements for carbon neutrality and environmental protection, there has been a noticeable trend of upgrading cosmetic packaging materials, which imposes higher demands on mold temperature control, polishing performance, wear resistance, and other aspects. Leveraging a series of innovations in 3D printing technology, processes, and materials, LAMOTEK provides cosmetic packaging customers with mold solutions that fully meet their requirements. These solutions satisfy customers' strict requirements for high-gloss mirror finish, transparency, temperature uniformity, and more, earning wide trust from clients in the packaging industry.

Cosmetic bottle outer bottle cavity insert

Demand: shorten the injection molding cycle and increase daily shipments

Solution: LAMo=O-C260 material + LTQ ultra-dense printing process + waterway polishing

Benefits: The injection molding cycle is reduced from 58 seconds to 38 seconds, shortened by about 34%; the injection molded product is cooled evenly, and the surface quality of the product is greatly improved

Cosmetic bottle cap core

Demand: shorten the injection molding cycle and improve product qualification rate

Solution: LAMO-C270 Material + LTQ ultra-dense printing process

Benefits: The injection molding cycle is reduced from 35 seconds to 20 seconds, shortened by about 43%; the product qualification rate is increased from 85% to 99%