Industrial OEM & ODM Touchscreen & POS Solutions
Tailored hardware development, engineering precision, and robust manufacturing for global B2B self-service terminals, interactive kiosks, and smart POS systems.
Comprehensive ODM & OEM Capabilities
We bridge the gap between design concepts and rugged hardware. From custom motherboard layouts to specialized outdoor enclosure designs, we deliver industry-grade touch solutions.
Custom POS Terminals
Tailored point-of-sale hardware incorporating specific peripherals such as thermal printers, barcode scanners, MSR/IC readers, and customer-facing secondary displays.
Self-Service Kiosks
Indoor and outdoor kiosks engineered for high-traffic environments. Modular internal layouts for easy component servicing, thermal management, and vandal-proof structures.
Industrial Touchscreens
High-durability displays featuring resistive, capacitive, or infrared touch technologies. Engineered with optical bonding, anti-glare coatings, and high-brightness options.
Flexible Levels of Customization
Whether you need simple branding modifications or a ground-up hardware redesign, our engineering team supports your project at every tier of complexity.
Silk-screen logo printing, custom chassis color schemes, tailored product packaging, and customized BIOS boot screens to match your brand identity.
Integration of third-party modules such as RFID readers, biometric fingerprint scanners, industrial cameras, thermal printers, and payment terminals.
Custom tooling for metal/plastic enclosures, custom PCB motherboard layout design (Intel/ARM), thermal dissipation architecture, and unique display dimension configurations.
Customization Parameters
- Display Brightness: 300 nits to 2500+ nits (Sunlight Readable)
- Touch Panels: PCAP Multi-touch, Resistive, IK10 Vandal-Proof
- OS Compatibility: Windows 10/11 IoT, Linux (Ubuntu/Debian), Android
- Processor Architectures: Intel Core i3/i5/i7, Rockchip RK3288/RK3568/RK3588
- Enclosure Protection: IP65 Waterproof Front Panel / Full IP67 Sealed
- Material Options: Aluminum Alloy, SGCC Galvanized Steel, Stainless Steel
Engineering & R&D Excellence
Our engineering team comprises structural designers, hardware engineers, and software developers focused on optimizing long-term performance and reliability.
Industrial Design
3D CAD modeling, ergonomic analysis, thermal simulation, and structural optimization for harsh environments.
PCB Layout Design
Schematic design, component selection, signal integrity analysis, and custom IO expansion board development.
Firmware & OS
Custom BIOS configurations, specialized driver integration, OS hardening, and custom API development for peripheral controls.
Compliance Testing
Pre-compliance testing for EMC/EMI, thermal stress chambers, vibration testing, and touch lifecycle validation.
Our Step-by-Step Development Process
From initial requirement gathering to mass production, we maintain strict control over milestones to ensure speed-to-market and high product quality.
Requirements & Specification Definition
Collaboration with your product managers to define mechanical dimensions, display parameters, peripheral integration, environmental conditions, and target budget.
Industrial Design & 3D Engineering
Development of 3D CAD models, component layout diagrams, and thermal simulation reports. We provide detailed mechanical drawings for customer approval before prototyping.
Prototyping & Functional Testing (EVT/DVT)
Fabrication of initial working prototypes using rapid tooling. Execution of rigorous hardware, software, thermal, and mechanical stress tests to identify design improvements.
Tooling & Pilot Production (PVT)
Creation of formal steel molds and production line setup. A limited pilot run is produced to validate assembly fixtures, QC testing procedures, and overall yield rates.
Mass Production & Quality Assurance
Full-scale manufacturing under ISO9001 standards. Every unit undergoes functional testing, screen calibration, and a mandatory 24-to-48 hour burn-in aging test.
Advanced Manufacturing Facility & Quality Control
Our state-of-the-art production facility is equipped with automated SMT assembly lines, cleanrooms for dust-free optical display bonding, and dedicated testing labs.
To guarantee high field reliability, we implement a comprehensive quality management system covering incoming material inspection (IQC), in-process quality control (IPQC), and final outbound quality audit (OQA).
Standard Testing Protocols
Proven Deployments & Real Cases
Explore how we help global system integrators and software vendors deliver reliable hardware solutions for their commercial applications.
Commercial Terms & Supply Chain Stability
We support global B2B buyers with structured commercial terms, guaranteed component longevity, and transparent lead times.
| Parameter | Policy & Commitment |
|---|---|
| Minimum Order Quantity (MOQ) | Flexible options starting from 50 to 100 units for custom OEM designs. Evaluation samples available upon request before contract signing. |
| Production Lead Time | Prototyping: 4 to 6 weeks. Pilot run: 3 to 4 weeks. Mass production: 6 to 8 weeks depending on component sourcing. |
| Long-term Component Supply | Guaranteed 5 to 7 years lifecycle support. We design using industrial-grade chipsets to prevent sudden component EOL (End-of-Life) issues. |
| Quality Certifications | ISO9001:2015 certified production lines. Finished products comply with CE, FCC, RoHS, and UL standards based on regional requirements. |
| Warranty & Support | Standard 12 to 36-month warranty options. Dedicated technical team for remote diagnostic support and spare parts provisioning. |
Discuss Your Custom Project With Our Engineers
Ready to bring your hardware concept to reality? Contact our technical sales team for a detailed engineering consultation and preliminary quote. We provide design review and feasibility analysis within 48 hours.