Manufactured to strict European CE conformity directives, our switches offer custom tactile feedback, multi-zone LED backlighting, chemical resistance, and 100% electrical continuity testing for critical applications in Miskolc's industrial hubs.
Featuring embossed tactile metal domes, scratch-resistant Autotex PET film, and customized pinouts engineered for industrial machine panels.
Integrated Light Guide Film (LGF) ensures ultra-thin, low-power uniform surface illumination across low-ambient operating environments.
Perimeter-sealed with IP67 ingress protection and medical-grade chemical resistance against aggressive hospital disinfection protocols.
Rapid prototyping layout supporting embedded surface-mount micro-LEDs, flexible polyimide tails, and customized graphic dead-fronting.
High-volume polyester PET overlay panels engineered with 3M 467MP adhesive backing and precision-aligned clear display windows.
Combining compression-molded silicone elastomer keymats with segregated optical light-walls for zero optical crosstalk across zones.
Flexible screen-printed conductive silver traces with anti-migration carbon overcoating, providing over 1,000,000 actuation cycles.
Industrial grade front-panel interface with tactile nickel-plated domes, integrated ESD shielding foil, and AMP or Nicomatic connectors.
Silicone elastomer keypads are the backbone of modern mechatronic control surfaces. Utilizing cross-linked organopolysiloxane polymers (Dow Corning and Shin-Etsu raw materials), our keypads undergo precision high-pressure vacuum compression molding. For system designers in Miskolc's advanced machinery sectors, achieving the exact force-displacement curve is critical for operator feedback, ergonomics, and operational safety.
By adjusting web geometry, switch travel (typically 0.8 mm to 2.2 mm), and Shore A hardness (40° to 70°), we calibrate the tactile snap ratio between 40% and 65%. Contact options include compression-molded conductive carbon pills (<100 Ω resistance), low-resistance gold or nickel pills (<10 Ω), and actuator legs acting directly on tactile stainless-steel metal domes mounted to underlying rigid FR4 PCBs or flexible circuits.
| Performance Parameter | Standard Silicone Keypad | Hybrid Silicone-Over-Membrane | PET Tactile Membrane Switch | Capacitive Touch ITO Panel |
|---|---|---|---|---|
| Tactile Travel & Feedback | Long travel (1.0 - 2.5 mm), soft stroke | Snap-action metal dome + rubber key | Crisp tactile snap (0.3 - 0.6 mm) | Zero travel (acoustic/haptic required) |
| Actuation Force (Nominal) | 80g to 350g (±20g tolerance) | 150g to 450g custom dome dependent | 180g to 500g based on dome size | Touch proximity (<5g contact) |
| Environmental Sealing | IP65 with compression flange | IP67 with integrated perimeter gasket | IP65 standard; IP67 with full border | IP68 continuous flat glass/PET |
| Operating Temperature | -40°C to +180°C continuous | -30°C to +85°C | -25°C to +70°C | -20°C to +70°C |
| Abrasion & Chemical Defense | Excellent (UV-cured PU/Epoxy clear) | Superior (silicone resists aggressive oils) | High (Autotex scratch-resistant PET) | Maximum (Chemically strengthened glass) |
| Backlighting Methods | Translucent laser-etched, dual color | SMD LED through light pipes or LGF | Embedded SMD LED, LGF or EL foil | Reverse-printed optical LED diffusion |
From the Miskolc Mechatronics Industrial Park to Tier-1 automotive manufacturing plants along the M30 motorway corridor, our CE-certified keymats solve critical environmental and mechanical interface challenges.
Engineered for automotive sub-assemblies, steering wheel modules, power-seat adjusters, and EV battery testing rigs in the Miskolc automotive supply corridor. Backlit laser-etched icons provide high daytime contrast and nighttime legibility conforming to ECE regulations.
IATF 16949 Compliant InputMiskolc is globally known for professional power tool assembly. Our silicone keypads feature high-tear strength polymers, thick silicone web walls, and polyurethane protective coatings to withstand grease, heavy vibrational shock, and repeated gloved-hand actuation.
Shock & Oil ProofServing Borsod-Abaúj-Zemplén's chemical manufacturing and plastics cluster. Silicone keypads provide natural chemical inertness against hydrocarbons, mild acids, and airborne solvents, paired with intrinsically safe, explosion-proof low-voltage contact pills.
Chemical InertnessIntegrated into hospital laboratory analyzers, infusion pump controls, and clinical diagnostic consoles. Formulated with FDA-compliant raw silicone rubber, offering continuous IP67 wipe-down cleanability against alcohol-based and chlorine disinfectants.
ISO 13485 & CE MDR ReadyHow automation investments, German-Hungarian supply chain integration, and electric mobility expansions are redefining human-machine interface requirements.
With massive electric vehicle and lithium battery supply chain investments across Miskolc, Debrecen, and Nyíregyháza, industrial interface components face elevated electromagnetic interference (EMI) and harsh thermal profiles. Procurement teams are discarding unshielded generic membranes in favor of CE-compliant silicone elastomer switches built with embedded aluminum/copper EMI shielding and UL94-V0 flame-retardant silicone materials.
Modern Industry 4.0 automation systems in Miskolc's Mechatronics Parks are moving away from purely touch-only capacitive glass surfaces in rugged workshops. Operators handling greasy, heavy, or insulated gloves require positive mechanical click feedback. The industry has converged on hybrid silicone-over-metal-dome architecture, pairing the ergonomic feel of 3D rubber buttons with the crisp tactile snap of sealed stainless-steel domes.
Hungarian manufacturers exporting finished mechatronic equipment across Germany, Austria, and Western Europe face rigorous European chemical safety checks. Keypad assemblies must meet full RoHS Directive (EU) 2015/863, REACH SVHC declarations, and CE marking. ZIRA provides complete technical documentation dossiers, material declarations, and third-party laboratory test reports with every lot shipped to Miskolc.
Founded in 1996, Zhejiang ZIRA Membrane Switch Co., Ltd. combines 29+ years of dedicated HMI engineering with an Intertek onsite-verified manufacturing complex.

IQC verification of incoming Dow Corning silicone and Autotex PET.

Circuit routing, mold shrinkage, and stroke force validation.

High-precision steel mold CNC milling and precision mesh tensioning.

Multi-color graphic registration and conductive silver layer laydown.

Oven curing for solid ink crosslinking and conductivity stability.

Optical guide-hole punching to guarantee sub-millimeter stackup.

High-tonnage silicone compression molding and tactile embossing.

Precision female housing crimping and ZIF flexible tail plating.

Class 1,000 cleanroom bubble-free 3M adhesive stack lamination.

Loop resistance, insulation, actuation force, and visual inspection.
Practical answers covering international freight into Hungary, European CE compliance documentation, custom tooling, and low-volume sampling.
Every commercial delivery sent to Miskolc is accompanied by a formal EU Declaration of Conformity (DoC), full material composition declarations, RoHS 3 (Directive 2015/863/EU) certificates, and REACH 235+ SVHC screening reports. We also supply third-party test reports (Intertek/SGS) certifying electrical safety and flammability compliance (UL94-V0/HB).
We routinely support DDP (Delivered Duty Paid), DAP, and CIP Incoterms for Hungarian manufacturers. Shipments can arrive via express courier (DHL, FedEx, UPS, 4-6 business days) directly to your factory dock in Borsod-Abaúj-Zemplén, or via consolidated air/rail freight (China-Europe Railway Express) into Budapest HUB with pre-cleared Hungarian VAT and customs duties handled smoothly.
Rapid prototyping for silicone compression molds and custom membrane switches typically takes 10 to 14 business days from 3D CAD/drawing sign-off. We provide 5 to 10 functional samples for verification on your mechanical chassis. Full volume production tooling takes approximately 18 to 22 business days.
Yes. While mass production orders typically range from 500 to 50,000 units, we understand the development and pilot validation cycles of mechatronics engineers. Initial pilot builds and low-volume specialized industrial orders are supported starting from 100 units (and engineering prototype samples from 1 piece).
Our raw silicone materials feature an intrinsic service temperature rating from -40°C up to +180°C. Unlike vinyl or standard thermoplastic elastomers which become brittle and crack during winter operations in outdoor agricultural or industrial equipment, cross-linked silicone maintains its elastic recovery, force-stroke curve, and seal integrity without hardening.
Yes. We use advanced CNC optical fiber laser-etching equipment capable of producing crisp legends in any typography, including Hungarian accents (á, é, í, ó, ö, ő, ú, ü, ű) and complex ISO safety icons. By co-molding translucent white or translucent silicone beneath an opaque black or metallic spray coat, the laser cleanly vaporizes the top coat to enable razor-sharp LED backlighting.
Connect directly with our senior HMI application engineers. Submit your CAD files (STP, IGS), Adobe Illustrator vector artwork, or circuit schematics for a comprehensive DFM audit, stackup recommendation, and rapid prototype quotation within 24 hours.