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Custom Silicone Rubber Control Panel

Custom Silicone Rubber Control Panels

Engineered for precision, built for durability. From prototype to production, we deliver custom silicone control panels that meet the most demanding industrial requirements.

Silicone rubber control panel with backlit LED buttons on factory workbench

Core Manufacturing Capabilities

Full-spectrum in-house processes for silicone rubber control panels

Compression Molding

Precision molds with tight tolerances for consistent button feel and actuation across high volumes.

LED Backlighting

Even light diffusion with RGB or single-color LEDs integrated into silicone membrane layers.

Conductive Pads

Carbon-filled or gold-plated conductive pills for reliable switching and EMI shielding performance.

Surface Finishing

Silkscreen, laser etching, spraying, and epoxy coating for durable legends and graphic overlays.

Overmolding

Multi-material molding combining rigid and flexible substrates for complex control panel assemblies.

Quality Assurance

100% functional testing, life-cycle validation, and IP-rated sealing verification before shipment.

Industries We Serve

Medical device with silicone keypad control panel in clinical laboratory Medical Devices
Factory automation HMI with silicone rubber industrial control panel Industrial Automation
Premium car interior dashboard with custom silicone button control panel Automotive
Modern kitchen appliance featuring silicone rubber control panel keypad Consumer Electronics
15+ Years Experience
ISO 9001 Certified
2000+ Projects Delivered
15 Product Models
15 results
ViewShowcase

Why Partner With Fromrubber

ISO 9001:2015 Certified

Quality management system audited annually. Every batch ships with inspection reports.

In-House Tooling

Mold design, CNC machining, and EDM all done under one roof. Faster iteration, tighter control.

Global Supply Chain

Serving OEMs across 30+ countries. DDP shipping available to US, EU, and Asia-Pacific.

IP Protection

NDA-standard confidentiality. Your designs and tooling remain exclusively yours.

From Design to Delivery

  1. 1

    Design Review

    Our engineers evaluate your 2D/3D files or physical sample for manufacturability.

  2. 2

    Prototyping

    Functional samples in 5-7 days. Test actuation force, backlighting, and fit before tooling.

  3. 3

    Tooling & T1

    Precision molds with T1 samples for approval. Typical tooling lead: 15-20 days.

  4. 4

    Production & QC

    Mass production with inline QC, 100% functional testing, and AQL-based final inspection.

Technical Specifications at a Glance

Parameter Standard Premium
MaterialGeneral-purpose siliconeOptical-grade / Medical-grade
Hardness (Shore A)30 - 80Custom within 20 - 90
Actuation Force150 - 400gCustom ±10g tolerance
Life Cycles1 million5 million+
LED BacklightingSingle-colorRGB with light guide film
IP RatingIP65IP67 / IP68
CertificationRoHS, REACHISO 9001, UL (optional)
Prototype Lead Time7 days3-5 days (expedited)

Frequently Asked Questions

What silicone materials are used for control panels?
Premium silicone rubber compounds, Shore A 30-80. Options include translucent grades for backlighting, conductive carbon-filled for EMI shielding, and medical-grade silicone. All RoHS and REACH compliant.
What is the minimum order quantity?
Standard MOQ is 2,000 units per design. Quick Proofing supports as low as 100 units for prototyping. Volume pricing available above 10,000 units.
Can metal domes and LED backlighting be integrated?
Full assembly including stainless steel domes, LED backlighting with light guide films, and flexible printed circuits. Customizable actuation force from 150g to 400g.
How is tactile consistency maintained across production?
Each mold cavity is validated with force-displacement curve testing. Production lots sampled hourly with actuation force gauges. ±15g tolerance maintained.
Do you provide samples before production?
T1 mold samples for approval before mass production. Functional prototypes available within 5-7 business days through rapid prototyping.

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