Design for manufacture
Review component selection, PCB layout and manufacturing requirements before production.
Mechanical and electronic manufacturing with in-house engineering and program-management support.

Mechanical parts and electronic systems, coordinated through engineering, quality controls and supply-chain support.
The engineering and integration that bring it together.

Systems, electrical, mechanical, industrial and embedded design support.
PCB assembly with design-for-manufacturability, production coordination and testing.
Standard, custom and over-molded cables and wire harnesses, with prototyping assistance.
Custom inductors, transformers, sensors, chokes and air coils.
PCB design, parts procurement and electronic assembly through testing and final packaging.
Custom packaging and shipment to your company or your end customer.
The tooling, materials and processes behind your parts.

Design, engineering and rapid prototyping for tooling and mold-making.
Custom plastic parts with material and molding-process selection support.
Complex metal components for structural, magnetic and electrical applications.
Tooling and die development for punching, bending, forming, blanking and piercing.
High-pressure die casting for aluminum, zinc and copper alloy parts.
Milling and turning for metal and plastic components.
“They have been very responsive to our ever-changing needs and lead times.”
Your dedicated program manager coordinates the work from the first request for quotation through shipment.
How program management works
Review your requirements, quotation and program schedule with a dedicated point of contact.

Coordinate design support, manufacturability, prototyping and materials procurement.

Bring the manufacturing work together with prototype and production testing.

Coordinate final assembly, packaging, fulfillment and shipment.
Quality management certification
From design review to functional testing, the details matter at every stage.
Our approach to qualityReview component selection, PCB layout and manufacturing requirements before production.
BGA X-ray reporting and in-circuit testing help assess the assembled board.
Functional testing, yield tracking and revision control support production consistency.
Five priorities guide our manufacturing support, from early design decisions to the finished product.
Engineering input connects your product design with practical materials, processes and manufacturing methods.
Controls for materials, manufacturing, tooling and packaging help keep the work aligned with your requirements.
A dedicated program manager keeps communication moving as requirements, questions and schedules change.
Coordinate procurement, production, testing and shipment around the agreed program schedule.
Consider materials, design and process choices together to identify opportunities to reduce overall manufacturing cost.
One approach, carried through your entire program.
Discuss your manufacturing prioritiesRegional expertise connects engineering, manufacturing, sales and program management across our global network.
Explore facilities and equipmentEMS Technologies serves a diverse group of customers in multiple business sectors including:
Explore industriesThe people behind our partnerships, our operations, and every manufacturing program.
Developing a product, moving production or preparing to scale? Tell us what you are working on.
Your inquiry starts a conversation with our sales team about the right manufacturing support for your project.
Share what you have. Complete documentation is not required to start the conversation.
EMS Technologies uses cookies for analytics to improve this site. See our privacy policy.