At a glance
| Booth | Q5937 |
| Country | TW |
| Website | www.fylin.com.tw |
Company profile
TAIWAN FYLIN INDUSTRIAL CO., LTD. combines air-cargo ULD manufacturing with precision sheet-metal production and lists 30+ years of experience, 15000㎡ of production facilities, 30000+ global deliveries, and a 99.9% qualification rate. Its in-house manufacturing scope extends from ULD production to high-precision sheet-metal fabrication for semiconductor equipment, with application support across aerospace, machine tools, medical equipment, and semiconductor industries. For semiconductor applications, the company positions precision sheet-metal solutions around accuracy and reliability requirements, while its precision-machinery work emphasizes durable and efficient components and its medical sheet-metal designs are described as adhering to medical standards. In aerospace, the company applies sheet-metal technology to lightweight and performance requirements and supplies certified ULDs, precision sheet metal, and custom protective tooling for precision instruments and high-value equipment during flight. Its design and R&D work for ULD containers runs from conceptual sketches to structural prototypes, while the manufacturing chain includes sheet-metal forming, bending, polishing, and coating. Quality assurance includes rigorous testing of strength and safety for global transportation, and the company also lists energy-efficient processes, recyclable materials, and durable design as elements of its development approach. For cargo nets, TAIWAN FYLIN INDUSTRIAL CO., LTD. uses high-grade polyester in a knotless design and builds an overdesign factor into the nets to account for natural material deterioration over time. NME nets are designed for PAG and PMC pallets, their height can be customized, and available options include airline-logo placards, Do Not Cut Tags, colored webbing, colored lashing lines, customized lashing-line length, and ODLN Tags. NLA nets are designed for PLA and FLA pallets with common heights of 64, 80, and 88 inches, and the associated fittings are manufactured according to ISO and SAE specifications with 100% inspection. A net for the PEB pallet is offered in commonly required heights of 96 inches and 118 inches, while the company states that its nets use coated carbon-steel hooks and can include permanently fixed warning Do Not Cut Tags. The NKC net is designed for the PKC pallet and is available in heights up to 2,032 mm, and the Operational Damage Limits Notice affixed to TFI nets supports quick operator checks of airworthy condition in accordance with IATA recommendations. For heavy-duty 16-foot pallets, NRA nets are generally supplied in heights of 2,438 mm or 2,997 mm, and every TFI net includes two handling placards as standard that can be designed with customer logos or net specifications for identification.
Exhibits
For precision electronic and industrial equipment, TAIWAN FYLIN INDUSTRIAL CO., LTD. supports customized frameworks, frames, and enclosures through precision metal fabrication and end-to-end manufacturing. Its service model extends from high-mix, low-volume collaborative prototyping to high-precision modular manufacturing and includes Design for Manufacturability optimization, precision metal fabrication, and surface finishing for customized equipment development. The company states that its precision sheet-metal and welding techniques have been developed through work serving aerospace and semiconductor customers and are applied to precision electronics and high-end industrial equipment. Core structural components are supplied for semiconductor inspection systems, optoelectronic flat-panel displays, electronic-component assembly equipment, robotic-arm peripherals, and high-speed transfer mechanisms. For these mechanisms, the company focuses on vibration resistance under high-frequency repetitive operation and controls linear-guide and drive-component mounting surfaces to micron-level geometric flatness so electronic sensors and precision optical elements can maintain alignment during long-term operation. Customized enclosures are engineered for precision electronic machinery, automated systems, and large-scale industrial equipment with airtightness, dust protection, moisture resistance, internal electronic-component cooling and airflow accommodation, cleanroom cleanliness benchmarks, and electrostatic-discharge mitigation. Precision equipment frames, racks, and structural bases use welding thermal-stress relief and deformation-control technologies intended to keep mounting surfaces free from stress-release distortion and preserve geometric stability through continuous operation, shipping, and installation. Customized control boxes and industrial power-distribution enclosures are available for semiconductor fabs, smart factories, and harsh environments including outdoor or high-temperature, high-humidity industrial sites. These distribution enclosures are engineered for IP55 or IP66 ingress protection and include electromagnetic-interference shielding, weather resistance, and anti-corrosion architecture to protect internal precision circuitry and servo-drive systems. The company also supports standalone precision sheet-metal processing, high-difficulty metal-welding contract manufacturing, and high-precision mechanical-component integration and modular assembly. For high-mix, low-volume rapid prototyping, its design-to-factory model includes early Design for Manufacturability evaluations, drawing modifications performed with customer engineers, and in-house prototyping. Welding work uses thermal-stress relief and deformation-control protocols to manage straightness and geometric tolerances in complex structural frames and chassis over long operation or cross-border transportation. Surface finishing includes rigorous surface preparation and cleanroom-grade powder coating, with the company describing resistance to oil stains, acid and alkali corrosion, and environmental weathering. Production management uses digital scheduling and strict material-traceability systems so delivered frameworks and sheet-metal components can be checked against design specifications. The overall one-stop scope covers sheet-metal fabrication, welding, and modular assembly for highly customized semiconductor and electronics assembly-line mechanisms as well as industrial equipment enclosures built to international specifications.
Capabilities and products
- precision sheet-metal fabrication for semiconductor equipment
- custom equipment frameworks, frames and enclosures
- precision equipment frames, racks and structural bases
- IP55/IP66 industrial power-distribution enclosures
- high-difficulty metal-welding contract manufacturing
- high-precision mechanical integration and modular assembly
- DFM evaluation and rapid prototyping
- cleanroom-grade powder coating
- air-cargo ULD manufacturing
- air-cargo pallet net manufacturing and customization