Eliminate core misalignment during robot handling! "FCD Series"

Ultra-compact with an outer diameter of φ32mm! The top plate slides smoothly, preventing issues caused by misalignment.

One of the errors that occur during pick-and-place operations with robotic hands is operational errors caused by misalignment. The Fine Control Device (hereafter referred to as FCD) utilizes the characteristic of the top plate sliding smoothly to support pick and release operations. It can be used both upwards and downwards, and the top plate can be locked using air supply. 【Achieving Remarkable Miniaturization!】 Outer diameter: φ32mm Height: 28mm (excluding the inlay) Weight: 60g It can be used in environments troubled by misalignment during robot work chucking or work insertion. By aligning with a taper during chucking and releasing, troubles can be resolved. 【Features】 ○ The top plate returns to its original position and locks due to air supply The center lock mechanism of the top plate allows for stable operation even during transport ○ Even when the center lock due to air supply is not engaged, the internal magnets pull together, returning the top plate to the center ○ The return to the original position by magnets stabilizes the top plate position during repeated operations *For more details, please contact us or download the catalog.

basic information

【Specifications】 ○ Model: FCD-05RC-1T/FCD-05RN-1T ○ Recommended Load: Tension: 9.8N (1kgf) Compression: 29.4N (3kgf) ○ Usage Direction: Usable in both vertical directions ○ Horizontal Stroke: ±1mm ○ Top Plate Return Mechanism: Magnet/Air Supply ○ Top Plate Rotation: Center: ±7.2°; at 1mm Stroke: ±0° ○ Top Plate Lock Holding Force: FCD-05RC-1T: 117.6N (12kgf) FCD-05RN-1T: 30.4N (3.1kgf) (X,Y) (at air pressure of 0.4MPa) ○ Operating Pressure Range: 0.2 to 0.7MPa ○ Repeatability: Magnet: ±0.1mm ○ Top Plate Lock Mechanism: Center Lock/Arbitrary Lock (locks after forced return to origin position) ○ Operating Temperature Range: 0 to 60℃ ○ Weight: 60g ● For more details, please contact us.