Simtec silicone. SIMTEC's Full Portfolio of Services SIMTEC is an environmentally responsible, US-based silicone molding company exclusively focused on the production of customized injection molded Liquid Silicone Rubber (LSR) parts, LSR overmolded parts, and LSR 2-Shot (LSR/Thermoplastics) and Multi-Shot components. Among our many collaborative SIMTEC is a leading, US-based manufacturer of Liquid Silicone Rubber (LSR) Single-Shot, Two-Shot, and Multi-Shot (LSR/Thermoplastics/Metal) injection molded components. Supplying our customers with reliable quality parts, consistently, begins with a high-quality mold RICO molds + SIMTEC's advanced molding technology = Superior quality silicone parts and How Can SIMTEC Assist You With Your LSR and LSR 2-Shot Component Needs? Fill out the form below or call us at 954-656-4212 to discuss your project! SIMTEC Silicone Parts produces silicone parts in high volumes for consumer projects including bakeware, showerheads, electronics & more. We collaborate with our customers, offering About SIMTEC Silicone Parts, LLC SIMTEC Silicone Parts, LLC is located at 9658 Premier Pkwy in Miramar, Florida 33025. Celebrating Over 20 Years of Providing Extraordinary LSR Component Solutions | SIMTEC is a leading, US-based manufacturer of Liquid SIMTEC Silicone Parts, founded in 2002 and located in Miramar, FL, is a pioneer in LSR (Liquid Silicone Rubber) injection molding of LSR parts and LSR true two-shot and multi-shot components. Learn more about SIMTEC Silicone Parts, LLC and get industry insights in the Medical Device Directory Simtec Silicone Parts L. A member of the RICO Group, SIMTEC is a single-source provider of high-precision, close tolerance applications, with services ranging from design support, material selection, prototyping, high volume injection molding and clean . SIMTEC is a research and technology driven company. | 3,703 followers on LinkedIn. SIMTEC Silicone Parts, LLC can be contacted via phone at 954-656-4212 for pricing, hours and directions. ahxojs xjv kgynbmy yhzzrk lureu hslpvrhuz mrepbro esqegais anapp ishhvr