Founded in 1990, Mac-Mold Base is celebrating 25 years of excellence.
Our competitive advantage is that we specialize in the most difficult custom mold bases that can be manufactured for overmolding, rotational, shuttle, closure, stack, compression, thermoset, unscrewing, plastic injection...
Abrasive waterjet cutting from Mac Mold Base expands our capacity for mold base production and opens the door to a variety of service work from aerospace, jig and fixture, defense, advertising and more!
Mac-Mold Base is best known for custom mold bases. However, we also offer contract gundrilling in standard and metric. Drilling capacity of up to 2” diameter, with maximum depth from one edge of 84”, and a total depth of 168”.
MMB will 3D machine and surface contour as a service to the mold and die cast industry. We use either a vertical or horizontal mill that can handle the largest molds. When a customer receives a completed base that has the cavity and core roughed and stress relieved, it gives a jump...
Mac-Mold Base is your specialist in the manufacture of small to large custom and complex mold bases. Our expertise allows us to work closely with our customers, from design to the finished product. We pride ourselves with on-time deliveries anywhere in the U.S.
Our water jet cutting service is an economical way to cut 2D shapes in a very wide range of materials with no tooling costs. Abrasive waterjet can cut virtually anything! Steel, tool steel, stainless steel, aluminum, fiberglass, plexiglass, rubber, tile, stone and more!
Our Tarus 4-Axis CNC Deep Hole Gundrilling Machine is built to handle the heaviest of injection molds allowing precise drilling of coolant lines, ejector pin holes, manifolds, hot runner components, etc. It includes an auxiliary spindle for tapping, chamfering and CNC milling.
3D machining and surface contouring capabilities allow Mac-Mold Base to build complete mold bases that have surfaced cavity and cores. These molds demand surface milling before the finishing procedures due to stress relieving and material warping.