Fully tailored tactile switches, capacitive touch controllers, and rugged silicone rubber front panels engineered to withstand harsh maritime, agricultural, and industrial duties.
From South Island dairy automation sheds to North Island precision marine navigation, our membrane switches meet the rigorous performance thresholds of kiwi engineering.
Milking sheds, automated sorting gates, and soil fertilization telemetry gear in Waikato and Canterbury demand IP66 to IP67 washdown ingress protection. We engineer complete hermetic perimeter seals with 3M 300LSE adhesive carriers that remain impervious to caustic wash chemicals, lactic acids, and high-pressure steam cleaning cycles.
Marine navigation consoles, commercial trawler winches, and aquaculture monitoring pods operating in the Hauraki Gulf or Cook Strait face extreme salt spray and corrosive humidity. Our solutions incorporate subsurface printing on hard-coated polyester films, preventing salt crystal abrasion and eliminating trace delamination caused by galvanic corrosion.
Supporting Auckland and Christchurch’s thriving biomedical innovation cluster, we fabricate cleanroom-assembled, flush antimicrobial overlays. These panels seamlessly accept hospital-grade sterilization agents (including quaternary ammonium and isopropyl alcohol formulations) without micro-cracking, haze accumulation, or graphic degradation.
Strategic product roadmaps are shifting toward intelligent, consolidated, and energy-neutral human-machine interfaces.
Shifting away from mechanical contacts, high-end appliance and automation builders leverage zero-wear capacitive switch arrays printed underneath 4mm toughened glass for completely monolithic, hygienic enclosures.
Eliminating bulky bulb footprints, ultra-thin LGF backlighting spreads side-firing micro-LED illumination evenly across graphic legends and dead-front icons, cutting power usage for battery-operated remote IoT units.
High-density smart instrumentation requires miniature pitch (0.5mm) connections. Flexible Printed Circuit (FPC) copper conductors prevent silver migration failures in high-humidity Northland environments.
With industrial sites adopting electrified machinery and variable frequency drives (VFD), integrated grounding planes reject radiated electromagnetic noise and protect control chips from static discharges up to 15kV.
An objective benchmark of electrical, mechanical, and climatic attributes to guide your Design for Manufacturability (DFM) assessment.
| Substrate / Architecture | Actuation Life Expectancy | Ingress Protection (IP) | UV & Chemical Robustness | Tactile Response | Primary OEM Application |
|---|---|---|---|---|---|
| Polyester (PET) Tactile Metal Dome | > 1,000,000 cycles | IP65 – IP67 (Perimeter Gasketed) | Excellent against solvents & flex fatigue | Crisp, snappy mechanical feedback | Agritech, Dairy Controls, Medical HMIs |
| Polycarbonate (PC) Overlay Panel | > 100,000 cycles (Non-tactile) | IP54 – IP65 | High impact strength; moderate UV | Flat, light tactile feel | Indoor Electronics, Kiosks, Appliance Fascias |
| Compression Silicone Keypad + Carbon Pill | > 2,000,000 cycles | IP65 – IP68 (Integral Bezel Flange) | Superior broad-temperature resilience | Ergonomic dampening cushion stroke | Forestry Handhelds, Rugged Remotes, Field Radios |
| Capacitive Touch on Acrylic / PMMA | Unlimited (Solid-State) | IP68 (Front-Face Hermetic Seal) | Exceptional optical transmission | Haptic or acoustic feedback integration | Smart Cleanrooms, Laboratory Instrumentation |
| Copper Flex Circuit (FPC) Multi-layer | > 5,000,000 cycles | IP67+ Rated Seal Design | Zero silver migration risk in damp heat | Compatible with 4-leg gold/nickel domes | Aviation, Critical Marine, Offshore Telemetry |
Full vertical integration across 10,000㎡ of specialized workshop space. Verified on-site by Intertek.
Every single line is measured for contact loop resistance, insulation impedance, LED polarities, and switch bounce.
Computerized dynamic analyzers plot snap ratios, actuation forces, and stroke travel to ensure batch tactile uniformity.
Programmable environmental chambers expose keypads to thermal shocks (-40°C to +85°C) and 95% RH humidity stress.
High-cycle mechanical probes actuate domes up to 5,000,000 strokes to guarantee fatigue longevity under harsh usage.
Intense ultraviolet weathering machines evaluate graphic ink permanence and overlay substrate stability for outdoor NZ sunlight.
Digital load cells quantify adhesive peel adhesion against aluminum, ABS, and powder-coated enclosure housings.
Fully audited by Intertek and compliant with ISO9001, RoHS, REACH, and CE manufacturing criteria.





Clear, actionable answers addressing logistics, tariffs, compliance, and material engineering for New Zealand OEM teams.
Consult directly with our senior application engineers. Submit your preliminary mechanical sketches or artwork files for a comprehensive Design for Manufacturability (DFM) review, material stack-up recommendation, and rapid quotation.
Send an Inquiry