AEI Molds

Nash-Webber Molds has been in the business of plastic mold making and designing since1986 in California. The company is a member of the American Mold Builders Association, which serves the agricultural, automotive, business equipment, medical, packaging industries, and food and beverage. Additionally, Nash-Webber Molds provides a variety of precision-engineered molds.

Kipe Molds Inc, located in Placentia, California, is a dedicated tooling manufacturer specializing in liquid silicone rubber injection molding. With over 30 years of experience, they offer a range of innovative products and services, including micro deck modular systems, specialty nozzles, compact pneumatic stuffers, liquid silicone rubber tools, cold deck systems, and automation solutions. Their commitment to customer success is evident through their unmatched technical expertise, high level of communication, and pre-shipping evaluation of molds with customer-specific materials. Kipe Molds Inc takes immense pride in delivering value to their customers, considering factors such as downstream cost management, ease of maintenance, longevity, and ergonomics when designing their liquid silicone rubber tools. They are dedicated to staying at the forefront of silicone advancements and offer assistance through their chat button or silicone tooling help feature. With a focus on quality and customer satisfaction, Kipe Molds Inc is a trusted partner for all liquid silicone rubber injection molding needs.Generated from the website

Diemold Services, located in Corona, CA, has been serving the mold making, aerospace, and tool die industries for over 40 years, specializing in Wire EDM (Electrical Discharge Machining). Their advanced technology allows for the creation of precise components, maintaining extremely high tolerances while effectively machining difficult materials such as titanium alloys and hardened steels. The Wire EDM process utilizes a brass wire electrode and generates electrical sparks to erode conductive workpieces submerged in dielectric fluid. This method not only minimizes residual stresses but also enables the machining of intricate shapes and minute radii that may be challenging with traditional machining techniques. Generated from the website