At a glance
| Booth | P5118 |
| Country | TW |
| Website | en.bison-protech.com/data-355154 |
Company profile
Bison Advanced Technology was founded in 2006 with OEM manufacturing services for special-purpose cables and electronic connectors, and it now provides precision connectivity solutions for mid-to-high-end industrial customers. Its end-to-end service scope covers design drawings, raw-material procurement, production manufacturing, and maintenance support, with each stage organized as part of an integrated connection solution. The company focuses on high-precision equipment, industrial automation, onboard modules, medical devices, and AI applications. Its quality-management certifications include ISO 9001, ISO 13485, and IATF 16949. Bison Advanced Technology uses a proprietary product-management system to document every production stage, and each shipped product is assigned a unique serial number for controlled production records and traceability. In 2022, the company launched proprietary product lines and integrated Surface Mount Technology (SMT) processes to expand its one-stop vertically integrated service capability. The organization grew from an initial two-person team to more than 200 professionals and supports customers through highly customized design and service work. Special-purpose wire manufacturing and electronic connector manufacturing remain core areas of the business. The company's early development began as a trading business serving specialty connectors, electronic components, and automotive parts and accessories. In 2007, Bison Advanced Technology developed specialty wire-harness manufacturing for solar-energy equipment. In 2008, it expanded into RF cable-harness assembly, and in 2009 it developed full-system wire-harness manufacturing for flat-panel-display equipment. In 2011, it developed wire-harness manufacturing for semiconductor equipment. The company subsequently deepened specialized manufacturing for high-precision equipment wire harnesses and expanded into gaming machines, amusement terminals, and machine tools. Bison Advanced Technology purchased and established the Bade and Yongfeng plants, implemented digitalized and systematic management, and expanded into automotive onboard and medical-device markets. Its milestone record includes ISO 9001:2015, IATF 16949:2016, and ISO 13485:2016, and AMAT technical and quality-system work. The company later purchased and established the Zhongli and Tainan plants, achieved AS9100 certification, created dedicated production lines, implemented RBA Online compliance monitoring, focused on the industrial-control market, and developed proprietary product lines. The Zhongli plant was formally opened, a new SMT business unit was launched, Scope 1 and Scope 2 greenhouse-gas accounting was initiated, and comprehensive digital and smart-management workflows were implemented. Additional management-system milestones include ISO 14001, ISO 45001, and ISO 27001, together with an ASML technical and quality system. The Tainan plant was formally opened, vertical integration with Contract Manufacturing (CM) and Electronic Manufacturing Services (EMS) partners was achieved, and ISO 14064 greenhouse-gas verification standards were implemented. The company's milestones also include a TEL technical and quality system and planning for an Initial Public Offering (IPO). Its global-expansion milestones include planning overseas branch offices and facilities, publishing its first Corporate Sustainability Report, completing full EMS vertical integration, launching an IPO, positioning operations across global markets, and taking proprietary brands into international markets.
Exhibits
For high-precision equipment in semiconductor, display-panel, and solar-energy fields, Bison Advanced Technology supplies interconnecting wire-harness solutions where transmission stability is treated as a direct contributor to equipment reliability. Its core BTP (Build-to-Print) workflow covers blueprint review, material procurement, prototyping, and mass production so manufacturing follows the original equipment manufacturer's design. Bison Advanced Technology also assists customers with engineering design debugging and proposes material and process recommendations intended to reduce risks from design omissions, supply-chain changes, and extreme operating environments. In the company's semiconductor example, the production chain extends through wafer fabrication, slicing and grinding, epitaxial growth, etching, diffusion and ion implantation, testing, dicing, and packaging, with each stage able to contain additional full-process cycles. For this type of high-precision manufacturing, OEM blueprints and Bills of Materials define the design authority, and Bison Advanced Technology applies BTP together with Copy Exact principles to materials, assembly methods, data numbering, operating workflows, and supply-chain management. During blueprint review, the engineering team checks drawings and lists, evaluates design manufacturability and assembly-flow efficiency, and discusses ambiguities with the customer before the project advances. During material procurement, shortages, price changes, or lead-time delays can trigger alternative sourcing proposals, after which the customer determines whether to substitute material or retain the original design. Discussions and outcomes from blueprint review and procurement are documented in writing, and any subsequent engineering design changes remain under customer control. At the prototyping stage, the company produces a First Article to validate manufacturability and product performance, while approved drawings and lists are entered into the manufacturing execution system and any required adjustment is recorded with its reason, location, and method. After First Article approval, the project moves to mass production; engineering work then focuses on manufacturing-flow optimization for yield and delivery, and production-process changes are logged for traceability in the internal Manufacturing Execution System. Even when Bison Advanced Technology proposes an adjustment based on field experience, the customer must authorize it and update the design drawings and Bill of Materials because the company's manufacturing responsibility remains build-to-print execution. For wafer-handling articulated robotic arms, the company emphasizes high flex-life wire-harness materials because repeated twisting and bending can fracture copper strands, create intermittent contact or abnormal impedance, and lead sensors to misinterpret conditions. The same requirement for stable signal transmission is relevant beyond semiconductor equipment, because errors or delayed commands can also create serious consequences in medical and automotive applications. For OLED manufacturing equipment operating in a 450°C vacuum chamber, Bison Advanced Technology identifies high-temperature-resistant materials such as Teflon in place of standard copper wiring or PVC plastics, and it avoids conventional soldering because solder melts at 200°C. The company develops experience for unfamiliar applications through on-site environment inspection, technical discussions with customers, consultation with upstream and downstream suppliers and specialized laboratories, and incorporation of the results into its technical database for future applications such as low Earth orbit satellites and unmanned aerial vehicles. Bison Advanced Technology developed its proprietary Product Lifecycle Management (PLM) system in 2018 to record manufacturing routes, workstation drawings, check-in and check-out times, operators, tools, completion progress, and, at selected stations, complete video records. The PLM records act as a production history for each product, supporting build-to-print control, internal workforce management, and root-cause analysis when an issue is found after delivery. Its proprietary wire-harness products include Ethernet cables for high-speed signal transmission and sensor/actuator control cables for feedback reception and motion-command delivery. These proprietary wire-harness products have received testing approval and qualification from high-precision equipment customers and have been incorporated into design blueprints for their next-generation products. The company's broader one-stop offering also covers PCB construction together with BTP, OEM, ODM, and OBM services for industrial-control, high-precision-equipment, medical, and automotive-module applications. Additional examples in this broader offering include industrial LAN cables, servo cables, D-sub cables, electronic parts, reverse engineering, custom design, and off-the-shelf products.
Capabilities and products
- special-purpose wire manufacturing
- electronic connector manufacturing
- semiconductor-equipment wire-harness manufacturing
- RF wire-harness assembly
- BTP build-to-print wire-harness manufacturing
- engineering design debugging and material/process recommendations
- Ethernet cables for high-speed signal transmission
- sensor/actuator control cables