Design Simplification

Increased product functionality usually comes at the cost of increased complexity, more components, and higher manufacturing costs. Adding new features into a product typically drive costs up for consumers as the assembly process increases in intricacy with additional Bill of Material (BOM) components.

Boyd’s engineering team takes a wholistic approach in new designs, which is why Original Equipment Manufacturers (OEMs) seek our assistance to integrate multiple components and functions into a simpler, streamlined design. By integrating multifunctional components into a single deliverable that’s ready to implement in assembly processes, we help customers reduce assembly time, vendor lists, and supply chain complexity. Design Simplification also reduces costs and increases viability of customers’ products with our in-depth material knowledge, process expertise, and customer-focused approach.

Instead of looking to integrate a singular component within a product assembly, Boyd’s field application engineers and sales executives evaluate the surrounding design infrastructure looking for nearby components that feature complementary functionality and/or materials. We may identify 8 to 10 individual components in a design that are likely candidates to be manufactured holistically. We then challenge ourselves to create manufacturing methodologies that integrate the full performance functionality of these 8 – 10 individual components in one deliverable.

An example includes LED display bonding technologies where we design the lens bonding adhesive used to secure the lens of a phone display to the phone’s chassis. Complementary components near this display bonding adhesive may be an integrated speaker gasket, microphone gasket, EMI shielding layer, vibration absorbing foam cushions and other light enhancement films for the LED module. Our integration specialists then create innovative manufacturing processes to deliver these 6 different components into one streamlined product, ready with registration control for automated assembly processes with ultra-tight tolerances.

Learn more about Boyd’s design simplification integration process and the technologies that can help drive cost savings and reduce product complexity:

Advanced Assembly

The increasing complexity of products push OEMs to search for partners that can innovate processes that create more advanced assemblies. Challenges like tolerance stack up, dissimilar materials, and foreign object debris (FOD) management make these complex products difficult to fabricate.

From adhesives, to hook and loop fabrics, metal joining and more, Boyd produces complex assemblies that make final production simpler. As a precision converter, Boyd constantly innovates new processes to hold tighter tolerances and assemble more layers than ever before. With exceptional registration control, our customers can assemble our components in their production lines seamlessly for high quality production. Boyd’s extensive clean room capacity ensures optical clarity and the elimination of contaminants during production.

Learn more about how Boyd’s Advanced Assembly services and techniques can drive efficiency in assembly operations:

Complete Solutions

Boyd’s wholistic approach to solving our customers challenges have driven us to incorporate Sealing, Thermal, and Protection capabilities into complete solutions that make installation and setup faster and easier. Our engineering team can address issues from the device and board level up to full system solutions. Examples of complete, ready-to-install solutions include:

• Chassis & Enclosures that incorporate thermal management systems, environmental protection from particulates, shock & NVH, and EMI/RFI shielding


• Complete Liquid cooling loops and systems that include chillers, heat exchangers, liquid cold plates, hoses, connectors, and full system controls.


• Heat spreaders with heat shielding, electrical isolation, EMC, and adhesives making it ready for installation

Learn more about how Boyd partners with our customers to define, design, prototype, manufacture, and test complete solutions that are ready for implementation: