HARBEC is a continually growing and profitable leader in the manufacturing of prototypes, highly-toleranced tooling, machined components and quality injection-molded parts. We will provide superior customer service and satisfaction, with timely delivery of engineered solutions using ever-advancing technologies, proudly developed in an atmosphere of encouragement and respect for our customers, suppliers, employees and the environment.
HARBEC’s vision is to be a recognized leader in providing innovative, full-service and cost effective solutions to our customers.
We are ITAR, ISO 9001–2008, ISO 14001-2004 and ISO 50001 SEP Platinum certified.
NOVO helps our clients bring better products to market. Faster. Our medical device, biotech, and printer systems clients gain instant access to award-winning hardware and software engineers on a contract basis. Projects range from solutions to specific technical issues to turnkey product...
Vision Engraving & Routing Systems has been manufacturing affordable, quality made Engraving Machines and CNC Routers in the USA since 1983! The success of our engravers and CNC routers is a direct result of our reputation for building long-lasting, high-quality CNC Machines offered at a...
We deliver functionally correct, dimensionally accurate prototypes in 1-2 weeks. Unlike prototypes from other firms, HARBEC prototypes are production-intent (i.e., not just conceptual). Prototypes and models from HARBEC are working, engineered components that demonstrate all of your... Read more
QMS is the proprietary HARBEC method of supplying customers with high quality, short- to medium-run plastic parts of any material, and any design, in a reduced time frame. QMS offers our customers the ability to produce cost effective, low risk, rapid prototypes—ranging from simple to... Read more
Laser-sintering is well known as the technology of choice for ensuring the quickest route from product idea to market launch. Selective Laser Sintering (SLS) is an additive process where layers of powder are deposited, solidified and sintered with a computer-driven laser to form a 3D model.... Read more