High-Speed Railway Locomotive Control
TAVO engineered and delivered high-durability tactile control panels for high-speed locomotive cabs, providing exceptional vibration immunity, tactile feedback certainty, and EMI/ESD suppression.
TAVO Electronic Information Technology Co., Ltd. was established in 1990, specializing in the research, custom engineering, and precision fabrication of high-reliability membrane switches, custom membrane keypads, and polycarbonate/PET graphic overlays.
Over three continuous decades of industrial expansion, flexible copper FPC membrane switches, LED backlit panels, and membrane switches with rigid aluminum/stainless liners have evolved into our flagship offerings. Our HMI systems operate reliably across industrial automation, laboratory apparatus, household appliances, smart energy, and heavy control equipment.
Guided by our foundational principles of customer-centricity, uncompromised integrity, high quality, prompt engineering turnaround, and cost optimization, TAVO operates strictly under an ISO 9001 quality management system with 100% verified electrical testing before shipment.
With nearly ten years of close technological cooperation with German and American partners, our precision membrane assemblies meet international standards for mission-critical operating environments.
TAVO engineered and delivered high-durability tactile control panels for high-speed locomotive cabs, providing exceptional vibration immunity, tactile feedback certainty, and EMI/ESD suppression.
Supplied specialized sealed membrane interfaces and overlay monitoring panels to state-run control facilities operating under severe environmental humidity, temperature cycles, and continuous operation.
Manufactured precision multilayer FPC circuits and shielded membrane keypads with stringent contact resistance requirements, extreme operating temperatures (-40°C to +85°C), and chemical-resistant surfaces.
Nearly a decade of deep bilateral technical collaboration, equipment sharing, and engineer exchange with German membrane switch manufacturers, ensuring European-grade tolerance and longevity standards.
Exporting approximately 1,000,000 switch units annually to demanding equipment OEMs in the United States, Germany, Italy, France, Switzerland, Canada, and Australia.
Proven track record supplying human-machine switch modules for systems connected with prominent industry leaders including Siemens, ABB, and Haier.
Every phase — from CAD drawing analysis, precision film output, screen printing, and embossing to cleanroom lamination and laser cutting — is maintained strictly inside our facility.
37 automated and semi-automatic screen printing lines for silver, carbon, dielectric inks, and graphic overlays.
Dust-controlled environment for tactile metal dome arrays, optical window laminations, and adhesive bonding.
18 high-precision laser cutting units and CNC mold-making machines for tight registration without burrs.
High-magnification optical inspection checking trace alignment, font sharpness, and overlay window clarity.
4 Mimaki digital UV flatbed systems + 8 specialized curing ovens for gradient color consistency and adhesion.
Lamination of aluminum, stainless steel, and FR4 rigid backers for heavy-duty industrial enclosure integration.
17 R&D engineers converting DXF, DWG, STEP, and AI drawings into optimized production-ready schematics.
Dedicated CAM software workflows generating precision film masks, vent spacer layouts, and embossing molds.
Reliability is proven in our laboratory before delivery. We subject prototypes and production batches to extreme electrical, mechanical, and climatic stresses to guarantee zero defect delivery.
Our 15 dedicated QA/QC inspectors execute comprehensive test protocols across incoming raw materials, in-process lamination, and 100% finished switch functional inspection. We simulate years of field deployment to ensure switches survive severe industrial conditions.
Send your CAD drawing or technical specifications to our engineering team for a professional DFM review and quotation within 24 hours.