Printec manufactures custom human-machine interface components and integrated assemblies for OEM programs, combining membrane switches, graphic overlays, flexible circuits, touch technologies, backlighting, electronics, and molded parts into production-ready interface solutions.
Printec can support a single interface component or coordinate the complete HMI stack—graphics, switching or touch, circuitry, electronics, backlighting, displays, interconnects, and mechanical parts. This gives OEM teams a clearer path from design intent to a manufacturable, integrated assembly while reducing handoffs between multiple suppliers.
Printec brings interface, circuit, electronic, and mechanical technologies together around the requirements of your product, whether you need a single custom component or a higher-level HMI assembly.
Polyester membrane circuits, silver and carbon conductive inks, metal dome or polydome tactility, silicone rubber keypads, embossing, selective textures, display windows, LEDs, and screen or digitally printed graphics.
Single-sided, double-sided, multilayer and rigid-flex circuit support with automated SMT population, PCB/FPC integration, connectors, interconnects, component population, and value-added electronic assembly.
Resistive and capacitive touch integration, capacitive sensing, IMD/IML graphics, injection-molded bezels and enclosures, backlighting, and secondary operations for more complete HMI assemblies.
Printec can enter at the point your program needs support, from manufacturing released components to integrating multiple technologies into a tested production assembly.
Best for: OEMs sourcing custom switches, overlays, keypads, flexible circuits, touch components, or molded parts.
Design focus: Materials, geometry, circuitry, finishing, tolerances, and drawing requirements.
Best for: Programs combining interface layers with backlighting, FPC or PCB, displays, connectors, bezels, or mechanical hardware.
Design focus: Stack-up, bonding, alignment, connector routing, interconnects, and mechanical fit.
Best for: OEMs that want a more complete, production-ready HMI from one manufacturing partner.
Design focus: Assembly sequence, inspection, testing requirements, traceability, packaging, and repeatability.
HMI reliability depends on how the complete stack-up works together. Our engineering team reviews the interaction between graphics, switching or touch, circuitry, electronics, interconnects, mechanical parts, materials, and assembly before production.
Since 1992, Printec has supported human-interface programs through operational facilities in the United States, Taiwan, and China, with engineering, manufacturing, quality, and logistics support for OEM customers.
Engineering &
Global
Certified quality
Clean-room &Key information for teams evaluating custom HMI manufacturing, integration, and production support.
Printec supports membrane switches, graphic overlays, silicone rubber keypads, flexible printed circuits, resistive and capacitive touch interfaces, capacitive sensing, IMD/IML, molded plastic components, backlighting, PCB/FPC integration, and value-added HMI assemblies. The manufacturing path is configured around the interface architecture, environment, expected volumes, and required level of integration.
Yes. Printec can manufacture to released customer documentation or support earlier-stage programs with DFM, artwork, stack-up, circuit, interconnect, material, and integration review. Prototype builds can be used to evaluate fit, feel, function, integration, and manufacturability before the program transitions into production.
Manufacturing support includes printing, material conversion, cutting, assembly, testing, automated SMT population, and clean-room capabilities for applicable programs. Printec maintains quality systems including ISO 9001, ISO 13485, ISO 14001, and IATF 16949 to support industrial, medical, automotive, and other OEM requirements.
Helpful inputs include drawings or CAD data, artwork, interface dimensions, stack-up, circuit or schematic information, connector and tail requirements, preferred materials, operating environment, testing or validation requirements, prototype quantity, estimated annual usage, and the level of assembly you want Printec to provide.
Send your drawings or CAD data, expected annual volume, operating environment, interface requirements, and desired level of assembly. Our engineering team can review the most practical manufacturing and integration path for your program.
Build-to-print &
Multi-technology
Prototype through
