“Great job, our part looked and worked very well, die-tech’s contribution to this project was flawless.”
Kevin Piper, Lead Engineer, TransTech
History of die-tech, inc.
Founded in 1974
We are a second generation, privately held corporation established in 1974, specializing in precision metal stamped components for medical devices, automotive, telecommunication, nuclear, military and aerospace industries. We are located midway between Harrisburg and York in York Haven, Pennsylvania.
Being a family owned business allows us to be nimble and responsive to the needs of our customers, the demands of the industries we serve, and to bring our family values to play in the business.
Richard K. Dennis, our founder, is a visionary who has applied futuristic thinking to proven industrial practices during his more than 60 years in manufacturing. Richard W. Dennis, RK’s son, joined the corporation in 1996 and is now the President and CEO. RK’s daughter, PK Dennis, started with the company as part of the sales team in 1992 and is now die-tech’s marketing manager.
We Started with a Hybrid Edge Clip
die-tech’s initial products were bifercated and trifercated hybrid edge clip connectors (also known as leadframe) for the budding ceramic based, printed resister and capacitor industry in the early 1970s. And then we made them better with a continuous-wrap design that contained solder in the contact area which provided remarkable reliability when reflowed. While this clip-style technology was a strong performer for the company, die-tech’s services have evolved serve a multitude of industries in a global market.
We Stamp Ideas into Reality
We work metal; we do it every day. It is our area of expertise — your strength is probably in other areas of manufacturing and so it makes sense that you would look for metalworkers to ensure your custom stamped metal components are optimized to save time, money, and effort for the life of your program.
Our business philosophy has endured since our formation in 1974. It is a simple three-pronged approach:
Quality from the Very Beginning
Our quality standards gained us recognition from the very beginning — including Malcolm Baldrige awards for quality and accolades from Delphi and Motorola. In 1998 die-tech’s quality system was ISO certified, and then upgraded to QS 9000 when we began stamping for the automotive industry. By 2004 we were applying LEAN manufacturing principles in all die maintenance procedures, sales procedures, information systems, engineering processes and general management. Our LEAN journey continues as we ensure we are a world-class manufacturer.
Continually Updating Our Technology
The first Wire EDM machine was purchased in 2002. Tooling costs and cycle time were immediately and significantly reduced . The newest computer driven machine tools reduce to 8 hours what it used to take a tool & die maker 24 hours to complete. We also use 3-D CAD design software — so that electronic models, not drawings or blueprints, are sent to production. Products and Services
Metal Micro-Stampings are the focus of our business, including connectors, terminals, heat sinks, compliant pins, sockets, lids, specialty filters, leadframes, and metal substrates. We say, “If it is made of a light-gauge metal and fits certain dimensions, we probably can stamp whatever you have in mind.”
Progressive Dies are used to manufacture metal stampings; we build and maintain progressive dies in-house to ensure the highest quality standards, control costs, and reduce time to market.
Engineering Services for the design (and revision) of precision metal stampings to improve assembly and reduce manufacturing costs. We also specialize in miniaturization of stamped product.
Precision in metal stamping manufacturing does make the difference in the quality, consistency, and ability of your organization to meet your customers’ expectations. Poorly designed metal stampings do not take advantage of the ability to integrate miniaturizing, fixturing, handling, locating, or orienting features in the metal stamping that help control or reduce the total cost of manufacturing.