At a glance
| Booth | Q5352 |
| Country | TW |
| Website | www.usync.com.tw |
Company profile
USYNC INC. states that its FRB face drivers can be used for part-mounting fixtures across diameters from 5 to 300 mm and can be configured with operating systems ranging from conventional spring types to advanced hydraulic systems. The company says it has devoted more than fifty years to manufacturing advanced face drivers and identifies FRB technology with a fully mechanical balancing and holding system as the core of that product approach. USYNC INC. also describes its development path as starting from a self-made CNC controller, giving CNC control technology a stated place in the company's technical background. Its current technology statements add ultra-precision positioning and grinding optimization, and identify GT-S as a modular system specifically designed for grinding and thinning machines. The product portfolio shown by USYNC INC. spans Renishaw on-machine measurement for machine tools, Mitsubishi Electric CNC controllers, robot arms, Balance Systems grinding-machine peripheral systems and intelligent spindle monitoring, smart-machinery software-development solutions, FRB live centers and face-drive centers, and PHI DRIVE ultra-precision positioning micro-electromechanical actuators. The same portfolio includes AI-enabled smart-manufacturing application integration, positioning software, automation, measurement, motion, machine-tool peripherals, and intelligent monitoring as parts of the company's supplied smart-manufacturing environment.
Exhibits
For grinding and thinning applications, USYNC INC. states that it has ultra-precision positioning and grinding-optimization capabilities and identifies GT-S as a modular system designed for grinding and thinning machines. Its machine-tool measurement offering includes Renishaw on-machine measurement, while its control offering includes Mitsubishi Electric CNC controllers and its automation offering includes machine robots, giving the portfolio distinct measurement, control, and robotic categories. For grinding-machine support, the listed Balance Systems category combines grinding-machine peripheral systems with intelligent spindle monitoring, connecting peripheral equipment with spindle-condition observation in the same product area. The smart-machinery software category is presented as a software-development solution, while the AI-enabled category is described as smart-manufacturing application integration, separating software development from broader application-level integration. USYNC INC. says this AI-enabled integration uses current AI large-language-model and image-recognition technologies to strengthen core smart-manufacturing processes. The stated AI application points include intelligent human-machine interfaces, defect inspection, automation integration, and equipment-health prediction, which the company connects with digital transformation, higher production efficiency, and improved consistency of product quality. In workholding and turning-related products, the FRB category includes live centers and face-drive centers, while the more detailed FRB description gives a supported diameter range of 5 to 300 mm and operating options from spring systems to hydraulic systems. The FRB face-driver design is described as using a fully mechanical balancing and holding system, a technical feature that USYNC INC. identifies as the core of its advanced face-driver products. For positioning components, PHI DRIVE is listed for ultra-precision positioning through micro-electromechanical actuators, complementing the separate company statement that names ultra-precision positioning as a capability. USYNC INC.'s supplied scope covers grinding and thinning optimization, modular grinding-machine systems, on-machine measurement, CNC control, robotics, grinding peripherals and spindle monitoring, smart-machinery software, AI-based manufacturing integration, FRB workholding products, and ultra-precision positioning actuators.
Capabilities and products
- ultra-precision positioning
- grinding optimization
- modular system for grinding and thinning machines
- on-machine measurement system supply (Renishaw)
- CNC controller supply (Mitsubishi Electric)
- robot-arm supply
- grinding peripherals and intelligent spindle monitoring system supply
- smart-machinery software development
- AI-enabled smart-manufacturing application integration
- FRB face-driver manufacturing
- ultra-precision micro-electromechanical actuator supply (PHI DRIVE)