Hillary Machinery supplies FUJI Machine America automated CNC turning centers for manufacturers that need repeatable machining, integrated part handling and high production output. FUJI machines combine CNC turning with built-in robotic loading and transfer systems designed around the complete production cycle.
FUJI automated turning centers are designed for applications where machine loading, unloading and part transfer are integrated directly into the machining process. Single-spindle, twin-spindle and other production configurations allow manufacturers to select a system around the workpiece, machining sequence and required output.
Explore FUJI Automated Turning Centers
FUJI twin-spindle turning systems can support front-and-back machining, part transfer and other multi-operation production strategies. Depending on the application, this can reduce manual handling and allow more of the finished component to be produced within one automated machining cell.
FUJI machines use model-specific robotic loading systems to coordinate raw-part loading, workpiece transfer and finished-part unloading with the machining cycle. This integrated approach can reduce operator intervention while improving consistency in repetitive production applications.
Hillary Machinery helps manufacturers evaluate the complete FUJI application, including part geometry, blank condition, workholding, machining sequence, cycle-time requirements, robotic handling, material flow and target production rate. Our team provides applications assistance, installation, service and parts support for automated manufacturing systems.
FUJI automated CNC lathes are particularly well suited for recurring part families where machining and material handling can be engineered as one repeatable production process.
FUJI offers automated turning configurations with different spindle arrangements to match the production process. Single-spindle machines can be applied to dedicated automated turning operations, while twin-spindle systems can divide machining between stations or support front-and-back processing.
The correct configuration depends on the workpiece, required operations, cycle-time balance and how the part must be handled between machining stages.
Selecting an automated turning center involves more than spindle size and machine travels. The entire manufacturing sequence should be reviewed, including:
A built-in robot is only one part of an unattended or lightly attended manufacturing process. Reliable automatic production also depends on material supply, tool life, chip evacuation, coolant management, workholding, finished-part storage and a plan for detecting interruptions.
Hillary Machinery can help evaluate these requirements as part of the overall machining and automation process.
FUJI Machine America supplies automated CNC turning systems designed around integrated machining and robotic part handling for production manufacturing.
Yes. FUJI offers twin-spindle automated turning configurations that can support front-and-back machining, part transfer and other high-production turning strategies.
Automation is a major part of the FUJI product line. Many FUJI machines incorporate built-in robotic loading or gantry-style part handling as part of the machine configuration.
Yes. Depending on the model and application, FUJI twin-spindle configurations can transfer and reposition parts so machining can be completed on multiple sides or ends of the workpiece.
Start with the part drawing, material, blank dimensions, required machining operations, target cycle time and annual production volume. Workholding, robotic handling and finished-part flow can then be evaluated around those requirements.
Send Hillary Machinery your part drawing, material, blank dimensions, required operations and target production rate and we can help evaluate the appropriate FUJI machine and automation configuration.
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