Fair Oaks launches multi-suspension press for large-format stamping

Fair Oaks Precision Machinery is pitching its FMT Series as a fix for precision loss in oversized stamping jobs, with models built for bigger dies, motor laminations and structural parts. The Taiwan maker says the platform keeps slide parallelism and dimensional consistency as bolster size grows.

Why it matters: - Large-format stamping can lose precision as bolster area increases, even when press tonnage is sufficient. - Fair Oaks says the FMT Series is designed to preserve slide parallelism, reduce edge-area variation and support higher-quality output on oversized parts. - The platform targets applications where flatness, concentricity and stack-height precision must stay consistent across a wide working area.

What happened: - FAIR OAKS PRECISION MACHINERY (F) CO., LTD introduced the FMT Series multi-suspension press platform in Taiwan. - The company says the platform addresses a structural limitation in large-format stamping caused by slide tilt and uneven load distribution in conventional single-point presses. - The FMT Series uses a multi-suspension architecture built around an octahedron-configuration needle roller bearing set. - The company exports high-speed precision presses to more than 17 countries.

The details: - The FMT-350 has three support points, a nominal press capacity of 3,500 kN, a bolster area of 2,700 × 1,000 mm and operating speeds of 100 to 400 SPM. - The FMT-450 has four support points, a nominal press capacity of 4,500 kN, a bolster area of 3,700 × 1,200 mm and operating speeds of 100 to 300 SPM. - Both models use 75 kW main motors. - Both models are manufactured to the JIS Special accuracy standard. - The FMT-350 weighs 78 tons. - The FMT-450 weighs 100 tons. - The platform is aimed at ultra-high-precision molds with large bolster areas. - Target uses include larger stator and rotor laminations for EV traction motors and industrial motors, plus wide structural components in automotive and home appliance manufacturing. - Fair Oaks says the design supports multi-cavity dies that produce several components per stroke without the tolerance drift seen near the edges of large working areas. - The company says the architecture also helps reduce cumulative wear during long production runs by spreading structural load across multiple points. - Fair Oaks says the approach can affect maintenance intervals and total cost of ownership in high-volume operations. - The FMT Series uses stress-relieved high-tensile cast iron frames. - The company says the frames are optimized with computerized finite element analysis and tightened by tie-rods under hydraulic preload. - Fair Oaks was founded in 1995 in Taichung. - The company moved in 2012 to a purpose-built facility in Shengang District of about 6,000 ping, or roughly 213,540 square feet. - Fair Oaks designs and manufactures presses, feeders, levelers and uncoilers in-house.

Between the lines: - The pitch frames large-format precision as a geometry problem, not just a power problem. - Multi-point support is meant to keep the slide stable as die size expands, which is the core challenge for very wide stamping jobs. - The in-house line integration message suggests Fair Oaks wants to sell complete stamping systems, not just standalone presses.

What's next: - Fair Oaks is likely to position the FMT Series for manufacturers scaling up EV motor components and other wide-format parts. - The company says the platform is already part of its broader press lineup, which also includes the GH Series crank-type high-speed presses, GF Series feeders, GS Series levelers, GU Series double-head uncoilers and the FST/FSV Series servo leveler and uncoiler system. - More information is available at the company's announcement.