富士精工 Product Lineup

The segment-type deburring holder maintains excellent rigidity by using a segment brush (such as nylon with abrasive particles) and controlling the brush's spread with a brush guide plate, resulting in high deburring performance. Furthermore, even as the brush wears, it allows for adjustment of the brush extension, enabling longer use of the brush, which contributes to "reduction in tool costs" and saves the hassle of brush replacement, thereby enhancing "productivity."

The tilt-type deburring holder achieves contour machining for complex workpieces by adopting a tilt mechanism. By absorbing dimensional variations and shape errors of the workpiece and guiding the process, it enables stable deburring operations and contributes to productivity improvement when using machining centers.

The spring-type deburring holder is equipped with a specially shaped cutting edge and a compression mechanism. It accommodates variations in the inner diameter dimensions of the workpiece and contributes to reducing cycle time by simultaneously removing burrs from multiple holes. Additionally, it has a guide pad that stabilizes the cutting performance during deburring.

The tilt-type deburring holder enables deburring of a wide variety of workpieces, including those with holes, inclined surfaces, and complex shapes. By adopting a tilt mechanism, it eliminates the need for complicated tool path programming even for complex shapes, allowing for stable deburring processing and contributing to increased productivity when using machining centers.

The floating deburring hand is a collaborative robot hand designed to grip deburring tools. It uses CFRP laminated components, offering a high strength-to-weight ratio, and allows for the creation of free shapes that are impossible to produce with conventional processing methods. It features a lightweight, high-strength body and a high-float mechanism that does not require a drive source. It can follow complex workpieces and stably remove burrs, significantly reducing the time required for teaching.

We handle not only burrs for surface machining but also complex shapes such as double-sided machining, tolerance holes, and contour machining. If you are troubled by burrs, please consult Fuji Seiko at least once!

We handle not only burrs for surface machining but also complex shapes such as double-sided machining, tolerance holes, and contour machining. If you are troubled by burrs, please consult Fuji Seiko at least once!

We handle not only burrs for surface machining but also complex shapes such as double-sided processing, tolerance holes, and contour machining. If you are troubled by burrs, please consult Fuji Seiko at least once!

The tilt-type deburring holder realizes contour machining for complex workpieces by adopting a tilt mechanism. By absorbing dimensional variations and shape errors of the workpiece and guiding the process, it enables stable deburring operations and contributes to productivity improvement when using machining centers.

The tilt-type deburring holder achieves contour machining for complex workpieces by adopting a tilt mechanism. By absorbing dimensional variations and shape errors of the workpiece, it enables stable deburring processing and contributes to productivity improvement when using a machining center.

The tilt-type deburring holder achieves contour machining of complex workpieces by adopting a tilt mechanism. By absorbing dimensional variations and shape errors of the workpiece and guiding the process, it enables stable deburring operations and contributes to productivity improvement when using a machining center.

The segment-type deburring holder maintains excellent rigidity by using segment brushes (such as nylon with abrasive particles) and suppressing the brush's spread with a brush guide plate, resulting in high deburring performance. Furthermore, even when the brush wears down, it allows for adjustment of the brush extension, enabling longer use of the brush, which contributes to "reduction in tool costs" and saves the hassle of brush replacement, thereby enhancing "productivity."

The segment-type deburring holder maintains excellent rigidity by using segment brushes (such as nylon with abrasive particles) and suppressing the brush expansion with a brush guide plate, resulting in high deburring performance. Furthermore, even when the brush wears down, it allows for adjustment of the brush protrusion, enabling longer use of the brush, which contributes to "reduction in tool costs," and reduces the hassle of brush replacement, leading to "increased productivity."

The segment-type deburring holder maintains excellent rigidity by using segment brushes (such as nylon with abrasive particles) and suppressing the brush expansion with a brush guide plate, resulting in high deburring performance. Furthermore, even as the brushes wear, the ability to adjust the brush protrusion allows for prolonged use of the brushes, contributing to "reduced tool costs," while minimizing the hassle of brush replacement leads to "increased productivity."

The segment-type deburring holder maintains excellent rigidity by using segment brushes (such as nylon with abrasive particles) and suppressing the brush's expansion with a brush guide plate, resulting in high deburring performance. Furthermore, even when the brush wears down, it allows for adjustment of the brush extension, enabling longer use of the brush, contributing to "reduction in tool costs," and reducing the hassle of brush replacement, thereby "improving productivity."

The segment-type deburring holder maintains excellent rigidity by using segment brushes (such as abrasive nylon) and suppressing the brush's spread with a brush guide plate, resulting in high deburring performance. Furthermore, even when the brush wears down, it allows for adjustment of the brush extension, enabling longer use of the brush, which contributes to "reduction in tool costs" and saves the hassle of brush replacement, thereby "improving productivity."

The tilt-type deburring holder enables deburring of a wide variety of workpieces, including those with holes, inclined surfaces, and complex shapes. By adopting a tilt mechanism, it eliminates the need for complicated tool path programming even for complex shapes, allowing for stable deburring processing and contributing to increased productivity when using machining centers.

The tilt-type deburring holder enables deburring of a wide variety of workpieces, including those with holes, inclined surfaces, and complex shapes. By adopting a tilt mechanism, it eliminates the need for complicated tool path programming even for complex shapes, allowing for stable deburring processing and contributing to increased productivity when using machining centers.

The spring-type deburring holder is equipped with a specially shaped cutting edge and a compression mechanism. It accommodates variations in the inner diameter dimensions of the workpiece and contributes to reducing cycle time by simultaneously removing burrs from multiple holes. Additionally, it has a guide pad that stabilizes the cutting performance during deburring.

The spring-type deburring holder is equipped with a specially shaped cutting edge and a compression mechanism. It accommodates variations in the inner diameter dimensions of the workpiece and contributes to reducing cycle time by simultaneously removing burrs from multiple holes. Additionally, it has a guide pad that stabilizes the cutting performance during deburring.

The spring-type deburring holder is equipped with a specially shaped cutting edge and a compression mechanism. It accommodates variations in the inner diameter dimensions of the workpiece and contributes to reducing cycle time by simultaneously removing burrs from multiple holes. Additionally, it has guide pads that stabilize the cutting performance during deburring.