
Formed spring components designed to provide retention, positioning, grounding, or controlled holding force within an assembly.

Stamped clips used to secure components, wires, connectors, covers, or subassemblies during product operation.

Spring-loaded clips designed to retain batteries while maintaining consistent electrical and mechanical engagement.

Precision spring clips used to establish grounding paths, electrical continuity, and EMI control within assemblies.

Stamped clips used to secure EMI/RFI shields while maintaining reliable grounding and enclosure performance.

Structural stamped brackets designed to support, position, or secure components within larger assemblies.

Precision brackets used to locate and maintain proper alignment of sensors, switches, and monitoring devices.

Stamped clips used to secure printed circuit boards and electronic assemblies without additional fasteners.

Formed clips used to route, organize, and retain wires, harnesses, and cables within equipment and assemblies.

Precision stamped components designed to maintain preload, retention force, or controlled movement within mechanical assemblies.

Spring clips, grounding clips, and brackets secure covers, internal assemblies, and shielding components while supporting reliable product assembly.

Retention clips and mounting brackets secure circuit boards, connectors, batteries, and electronic modules within the finished product.

Stamped brackets and spring clips support control boards, sensors, relays, wiring assemblies, and enclosure components.

Precision brackets position sensors within required tolerances while clips provide retention and resistance to vibration and movement.

Battery clips, retainers, and mounting brackets secure cells, modules, and electrical components while maintaining alignment and serviceability.

Spring clips and brackets retain batteries, displays, sensors, fluid-management components, and internal assemblies used in portable and stationary medical devices.

Retention clips, shielding clips, and mounting brackets secure electronic modules, communication equipment, and ruggedized assemblies exposed to vibration and harsh environments.

Spring clips and stamped inserts provide retention, positioning, grounding, and mechanical support within connector housings and molded assemblies.
Programs requiring consistent dimensional performance, repeatability, and reliable fit within mating assemblies.
Components requiring controlled retention force, preload, deflection, or repeatable spring performance.
Parts requiring multiple bends, formed features, and tight geometric control.
Experience working with stainless steel, spring steel, copper alloys, beryllium copper, brass, and other engineered materials.
Programs where edge condition and burr orientation directly affect assembly performance, retention, or safety.
Applications requiring reliable strength, rigidity, vibration resistance, and long-term durability.
Production-volume programs where repeatability, throughput, and tooling stability are critical.
To comply with ITAR, DFARS, and applicable U.S. export control regulations, Gromax does not display actual customer parts, drawings, specifications, or technical data in public-facing materials.
Images shown are illustrative only and are used to represent Gromax’s design and manufacturing capabilities. They do not contain proprietary, controlled, or export-restricted information.