Daremotion manufactures custom metal stamped EMI shielding clips, spring contacts, grounding clips, and retention features for electronic housings and control assemblies. We support sourcing teams from drawing review through repeatable production.
Built for Reliable Shielding and Retention
EMI clips must balance spring force, electrical contact, material thickness, forming direction, and assembly access. Our custom metal stamping capability supports prototype and production programs for electronic housings, covers, grounding points, and cable interfaces.
Consistent contact pressure, clean forming, repeatable geometry, and stable assembly performance.
Share these RFQ details
- CAD model and stamped flat pattern
- Material, temper, thickness, and plating
- Contact force, deflection, and mating surface
- Annual volume, packaging, and destination
Common Electronics Applications
Grounding clips
Connect conductive covers, frames, or shields to a defined ground path while maintaining reliable contact through assembly variation.
EMI spring fingers
Spring fingers and formed contacts can provide controlled pressure around seams, access panels, and removable electronic covers.
Retention and contact clips
Stamped clips can combine retention, grounding, and locating functions where the assembly requires a compact custom feature.
DFM Review for Stamped Shielding Clips
- Confirm grain direction, bend radius, and minimum edge distance.
- Separate electrical contact surfaces from non-functional cosmetic areas.
- Review burr direction, carrier design, pilot holes, and progressive-die access.
- Define spring force, free-state geometry, and the required deflection range.
- Check plating, masking, deburring, and packaging requirements before tooling.
For assemblies that combine stamped contacts with molded housings, our custom injection molding team can review the interface and assembly sequence.
CAD and drawing review
Send the latest CAD revision, 2D drawing, GD&T, material callouts, plating specification, annual volume, and inspection requirements.
Materials, Tolerances, and Finishes
Spring-capable materials
Depending on conductivity, strength, corrosion resistance, and forming needs, engineers may consider copper alloys, stainless steel, or other specified strip materials.
Functional tolerances
Define critical contact height, opening width, hole location, and mating datums. Avoid applying tight tolerances to every feature when only the electrical interface is functional.
Surface treatment
Plating, passivation, deburring, and edge conditioning should be selected for conductivity, corrosion performance, handling, and the mating environment.
Lead Time, Quality, and Delivery
Timing depends on strip material availability, die complexity, trial requirements, finishing, inspection scope, and quantity. We can support small-batch evaluation and repeat production, perform pre-production checks and in-process inspection, prepare agreed quality records, and coordinate export packaging and international freight through logistics partners.
Frequently Asked Questions
Can you produce low-volume EMI clips for an initial build?
Yes. Share the prototype quantity and expected production volume so the tooling and process recommendation can match the program stage.
What should be specified for a shielding clip quote?
Provide the flat pattern or 3D model, material and thickness, contact force or deflection, plating, burr direction, quantity, inspection needs, and delivery destination.
Can you sign an NDA before reviewing electronics drawings?
Yes. An NDA can be arranged before confidential CAD, drawings, and assembly information are shared, subject to agreed commercial terms.
Request a Shielding Clip Review
Send your drawing, material, plating, contact requirements, quantity, and delivery destination. We will review manufacturability and return a focused quotation response.