Last Updated： Aggregation Period:Feb 11, 2026～Mar 10, 2026
This ranking is based on the number of page views on our site.
Last Updated： Aggregation Period:Feb 11, 2026～Mar 10, 2026
This ranking is based on the number of page views on our site.
Last Updated： Aggregation Period:Feb 11, 2026～Mar 10, 2026
This ranking is based on the number of page views on our site.
1～30 item / All 38 items
We deliver the world's highest quality industrial tools.
For deburring inner diameter threads, O-ring grooves, outer diameter key grooves, inner diameter key grooves, sheet metal, and plate components.
High grinding power and consistent grinding force without deformation, ceramic brushes. Achieving automation for inner diameter deburring and polishing.
An innovative brush that uses proprietary ceramic fiber as an abrasive material. With three features: high grinding power, consistent grinding power until the end, and a shape that does not deform, it enables the automation of deburring for inner diameters and intersecting holes generated after machining. It can be used not only for deburring but also for removing cutter marks and achieving a surface roughness of approximately Ra0.1μm. There are numerous applications in automotive parts such as engine and transmission cases and shafts. Since the brush tip has grinding power, it can also handle burrs in blind holes.
Achieving efficient deburring of flying holes, inclined surfaces, and complex-shaped workpieces.
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.
Leave any complex work of burr removal to Fuji Seiko!
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!
Leave any complex work on burr removal to Fuji Seiko!
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!
Leave any complex work of burr removal to Fuji Seiko!
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!
Push-to-Start Design Ensures Safe Operation: tool rotates only upon contact with the workpiece.
The “Burr Cutter BC-005” is a pneumatic deburring tool ideal for removing burrs from holes after machining. No need to move to a drill press—work can be performed as long as an air source is available. Its straight design makes it easy to align with the holes, and the push-start mechanism ensures the blade only rotates when in contact with the workpiece, providing a safe operation. [Features] Compact and lightweight Straight design for easy alignment to holes Safety design: blade rotates only when in contact with the workpiece Operates with just an air source For more details, please refer to the PDF document or feel free to contact us.
Freeze "Bali" using the cold heat of liquid nitrogen to weaken and remove it. Compared to the traditional manual cutting with scissors, it can be processed in large quantities and high quality in a short time!
This factory has been specializing in frozen burr removal processing for over 25 years!! (20 years at this location as well). We achieve quick turnaround times, with processing completed as fast as the same day, even for precision rubber and plastic parts that require high accuracy. 【Target Products】 ■ Rubber products ■ Resin molded products ■ Zinc die-cast molded products ★ If you would like to request test processing, please contact us through the inquiry form. * For more details, please refer to the PDF document or feel free to contact us.
Removal of machining burrs and press mold burrs.
Remove burrs created by cutting, machining, pressing, etc., and add an R (rounded) edge to the corners. For more details, please download the catalog or contact us.
A deburring tool developed by a specialist in cutting tools with over 125 years of experience in Germany. The patented cross-hole deburring tool 'EWR 500'.
The 'EWR 500' reliably removes burrs between the tool and hole wall that could not be completely eliminated by conventional reaming in a short time. It is a unique product with a patented tool shape by Gühring. The coolant pressure applied radially closes the gap between the reamer and the hole wall during processing. By utilizing coolant pressure, burrs at the intersection of holes can be reliably removed. By adopting the above processing method, damage to the hole wall can be almost eliminated. *For more details, please refer to the PDF document or feel free to contact us.
A deburring tool developed by a specialist in cutting tools with over 125 years of experience in Germany. Deburring for hole entrances/exits and intersecting holes, 'EW 100 G'.
The 'EW 100 G' allows for deburring of hole entrances/exits and intersecting holes with a single setup and short cycle time. It can be offered at a competitive price compared to custom-made products due to its standard product lineup. It is applicable to processing hole diameters with a tool call diameter variation of ±0.25mm. The deburring process can be automated with fewer setups and shorter cycle times. It can replace high-cost manual processes that require skilled operators. *For more details, please refer to the PDF materials or feel free to contact us.*
A deburring tool developed by a specialist in cutting tools with over 125 years of experience in Germany. 90° burr removal for hole entrances/exits 'EW 100 VR'.
The front/back deburring tool 'EW 100 VR' allows for 90° deburring of hole entrances/exits through an arc interpolation program. It features cutting edges at 90° on the front and back surfaces of the diamond-shaped tip. The deburring process follows the contour of the hole thanks to the arc interpolation program. Made from solid carbide with an alumina coating, it ensures stable processing and finishing. *For more details, please refer to the PDF document or feel free to contact us.*
We propose a chamfering machine for cost reduction that can only be achieved by Koshiyama.
Chamfering and deburring are tasks that do not generate revenue, but burrs inevitably occur in machining processes such as cutting and grinding, making chamfering essential for both the performance and safety of the workpiece. Production sites that have relied on a manpower strategy to keep costs down are now facing significant burdens from labor costs due to the current economic situation. The remaining option is likely to be thorough automation and cost reduction through increased efficiency. Koyama's chamfering and deburring machines offer excellent options in terms of both initial and running costs. They can accommodate various workpiece shapes, allowing for chamfering and deburring without the need to introduce new machining equipment for small-batch production or new products. Koyama, with its deep understanding of chamfering and deburring processes, can provide proposals for chamfering machines aimed at cost reduction. Please feel free to consult with us. *For more details, please refer to the catalog or feel free to contact us.*
We provide high-quality surface treatment and edge processing technology! We support the production of higher quality products.
This catalog features a wide range of products handled by Extrude Hone. Since our founding, we have consistently provided cutting-edge manufacturing technology for 40 years. We have created high-quality surface finishes for the world. Through relentless technological innovation and a deep understanding of our customers' needs, we contribute to solving complex deburring and surface treatment issues in all manufacturing industries. [Contents] ■ Abrasive Flow Machining (AFM) ■ MicroFlow AFM ■ Thermal Energy Method (TEM) ■ Electrolytic Machining (ECM) ■ Various Contract Processing Services ■ Extrude Hone Customer Service *For more details, please refer to the PDF document or feel free to contact us.
Leave it to us for brass manifolds! 【Brass C3604 (c3604) Manifold Deburring】
【Brass C3604 (c3604) Manifold Deburring】 【Material】 C3604 (c3604) 【Industry and Application】 Medical-related industry 【Lot】 1 to 1000 【Dimensions】 Thickness 15mm × Width 20mm × Length 60mm 【Processing】 Machining center 【Features】 This is processed using C3604. It is machined on six sides and has a shape where holes intersect internally. The cross-hole areas tend to leave fine burrs, but our company addresses this with meticulous work done by individuals for each piece. If you are having trouble with brass manifolds, cross-hole deburring, or other brass processing, please feel free to consult Matsui Manufacturing! Also, you can trust us with brass hot forging, brazing, assembly, leak testing, and more!
What are the design points in blow molding? *A technical handbook essential for design is currently being offered!
The blow molding business handles a wide range of molds, including ducts, tanks, panels, and spoilers for automotive parts, as well as large molds over 2 meters, such as those for nursing beds and temporary toilets, up to 1,000 liters. We also welcome inquiries about small molds for containers used in food, pharmaceuticals, and seasonings. 【Features】 ■ Achieves shortened delivery times and cost reductions with high-precision equipment ■ Capable of handling large products over 2 meters ■ Aluminum buildup and welding technology to accommodate sudden design changes and mold repairs * A technical handbook that clearly outlines design points in blow molding is currently available for designers! For more details, please contact us or download the PDF to view it.
What is thermal welding and deburring of plastic parts after molding using infrared heaters? Its features and introduction benefits.
Deburring that occurs during the molding of plastic parts, and the joining of plastic parts. Did you know that infrared technology is used in these processes? Many plastic parts undergo deburring during their manufacturing process, but in Japan, it is common to physically cut or grind them. In Europe, infrared technology is being utilized as a new method in that process. The reason is that the method using infrared does not grind away the burrs but instead melts them, resulting in no shavings and preventing secondary scratches or cracks. Additionally, the process can be automated, allowing for consistent treatment.
High grinding power and consistent grinding force without deformation, ceramic brushes. Automation of side and screw burr removal is achieved.
An innovative brush that uses proprietary ceramic fibers as an abrasive material. With three features: high grinding power, consistent grinding power until the end, and a shape that does not deform, it enables the automation of deburring vertical walls after end mill processing and burr removal from threads after threading. It can be used not only for deburring but also for removing cutter marks and achieving a surface roughness of approximately Ra0.1μm.
By combining a dedicated cutter with a processing program, we have achieved the automation of deburring holes after drilling.
By combining the processing program (point cloud coordinate data) we provide with a dedicated cutter, we achieve high-quality, long-lasting, and industry-leading automation for deburring holes. We can suppress the occurrence of secondary burrs, which was impossible with existing tools, allowing for high-quality back deburring with uniform processing width. Since the path only needs to be installed, programming man-hours can be reduced. One cutter can accommodate various hole diameters and types, contributing to a reduction in the number of tools and a shortening of cycle times.
A grinding stone that uses proprietary ceramic fibers as an abrasive material.
By using spring steel in the shaft section, the impact on the workpiece is softened, and vibrations during processing are suppressed. It maintains edge quality and allows for precise deburring without generating secondary burrs.
Even the fine burrs that I had given up on are resolved all at once! Fine burr removal, polishing, and cleaning can be done simultaneously!
"SEP processing" is a technology that immerses products in a special liquid to dissolve the surface and remove burrs. "Barrel polishing issues such as stone clogging, polishing residue, and corner rounding." "Inspection of burrs on precision parts is conducted by many people, sorting all items with a magnifying glass." "Finishing the roughness of the inner diameter surface of deep hole machining and pipe materials is difficult," etc. This is recommended for those facing such challenges. Even the fine burrs that you have given up on until now can be resolved all at once. It enables the miniaturization of parts! Please feel free to contact us for prototype consultations and more. 【Features】 ■ Extremely small mass production items ■ Simultaneous removal of fine burrs, polishing, and cleaning ■ Enables miniaturization of parts *For more details, please refer to the PDF materials or feel free to contact us.
![[SEP Processing Example] Removal of burrs from fine holes (Φ0.1mm or less)](https://image.mono.ipros.com/public/product/image/db6/2000457692/IPROS46425719579801188034.png?w=280&h=280)
It is possible to deburr the entrances and exits of fine holes, polish the inner diameter, and enlarge (at the micron level).
Have you ever experienced this with deburring of fine holes (Φ0.1mm or less) + polishing of the outer diameter and inner diameter (entire surface)? "We couldn't accept orders because deburring was difficult due to numerous fine hole processes." "We gave up because the roughness of the inner diameter couldn't be finished." "Deburring occurs on the surface when chamfering due to the small hole diameter." With SEP treatment, it is possible to deburr the entrances and exits of fine holes, polish the inner diameter, and enlarge (at the micron level). [Case Study] ■ Before treatment: Overall rough feeling with poor light reflection ■ After treatment: No rough feeling as before, with much better light reflection *For more details, please refer to the PDF document or feel free to contact us.
A portable hand-type deburring machine that is effective for deburring pipe shapes, angles, long workpieces, steel materials, irregular shapes, and molded products!
The deburring machine "Metal Touch" is a hand-held type deburring machine that allows manual insertion of workpieces into a rotating brush for polishing. It excels in deburring tasks for complex shapes, pipes, angles, channels, and long workpieces, which are challenging for automatic deburring machines. By changing the polishing media, it can easily perform deburring, polishing, and hairline (HL) processing as desired. It is compatible with a wide variety of brushes. The lower part of the device is equipped with a built-in dust collector, significantly improving dust collection efficiency compared to conventional machines. It can be used immediately after connecting to a 200V power supply without the need for additional equipment. The caster wheels make horizontal movement over flat surfaces easy. Its portability allows it to be moved to the desired location for immediate use. 【Features】 ○ Capable of deburring complex and three-dimensional shapes that are challenging for automatic machines ○ Workability ○ Dust collection efficiency ○ Easy to move and use immediately in the desired location For more details, please contact us or download the catalog.
Attention design and quality control professionals! We can handle complex shapes and burrs in rubber and plastic products! *Test processing available.
In the molding process, the excess "burrs" that protrude from the mold are cooled to the "brittle temperature" (the temperature at which they solidify) using liquid nitrogen, and unnecessary burrs are removed by performing blast treatment on the solidified areas. Compared to traditional manual labor such as cutting with scissors, this method has the advantage of processing large quantities with stable high quality in a short time. 【Features】 ■ Capable of handling complex shapes of burrs It can accommodate shapes, materials, and hardness that were difficult to remove burrs from conventionally. ■ Stable quality Compared to manual burr removal, it ensures stable product precision. ■ Burr removal conditions can be quantified Once the conditions are determined, same-day processing is possible. ★ If you wish to request test processing, please contact us via the inquiry form. * For more details, please refer to the PDF document or feel free to contact us.
Liquid nitrogen is used for deburring plastics such as POM, PET, PEEK, and PF, as well as metals like die-cast.
Specialized factory for frozen burr removal processing. Our factory has been specializing in frozen burr removal processing for over 25 years! (20 years at this location) We specialize in frozen burr removal processing. The optimal shotting varies greatly depending on the shape and specifications of the product. Our factory meets high demands with accumulated processing know-how. 【Features】 ■ Short delivery times with precision finishing ■ Ideal for products with a large amount of burrs ■ Cost reduction possible by efficiently removing burrs ★ If you would like to request test processing, please contact us via the inquiry form. * For more details, please refer to the PDF materials or feel free to contact us.
A unique technology that achieves low-damage processing and also reduces workpiece charging.
We would like to introduce our unique technology for deburring using the Newma Blaster from Fujiseisakusho Co., Ltd. The Newma Blaster we handle can be equipped with functions tailored to processing purposes, enabling automation for labor-saving and stable processing. It suppresses surface roughness caused by heat, reduces damage to products, and improves processing capabilities by effectively removing burrs that would typically remain. 【Features】 ■ Capable of equipping functions tailored to processing purposes ■ Reduces damage to products ■ Enhances processing capabilities ■ Reduces static electricity ■ Minimal residual adhesion of media due to static electricity on the processing chamber and workpieces *For more details, please refer to the PDF materials or feel free to contact us.
![[Useful Information] Deburring of Surface Treatment Steel Plates](https://image.mono.ipros.com/public/product/image/b4d/2000292398/IPROS753845972747402184.png?w=280&h=280)
Introducing the surface treatment quality inspection results of plated steel sheets before and after deburring.
Authentec Co., Ltd. is a company that sells and provides maintenance, regeneration, and services for sheet metal and finishing equipment. One of the primary concerns for those in the sheet metal industry is that deburring surface-treated steel sheets will cause the surface treatment to peel off. In reality, there is no need for such concern. This document presents the reasons along with actual survey results. [Contents] ■ Deburring of surface-treated steel sheets ■ Quality survey results of surface treatment on galvanized steel sheets before and after deburring ■ Cross-sectional SEM observation ■ Additional experiment "Salt spray test" *For more details, please refer to the catalog or feel free to contact us.
Authentec will provide a detailed explanation of the Product Liability Law and deburring!
The reason for the meticulous removal of burrs from sheet metal products is that the enactment of the Product Liability Law (PL Law) has clarified that when someone is injured by a product, the responsibility lies with the designer or manufacturer. There are still companies that postpone the introduction of deburring machines, citing reasons such as "the deburring machine produces sparks inside, so it must be wet-type," but these are merely outdated issues with deburring machines that have already been resolved. The reason for this discrepancy is due to the transition to brush-type deburring methods. 【What is the PL Law (Product Liability Law)?】 ■ It is a regulation that stipulates the liability for damages of manufacturers, etc., in cases where damages arise due to defects in products. In a formal sense, it refers to the Japanese law that regulates the aforementioned liability for damages. ■ Enacted on July 1, 1995. *For more details, please refer to the PDF document or feel free to contact us.
![[Useful Information] Deburring of Surface Treatment Steel Plates](https://image.mono.ipros.com/public/product/image/987/2000480787/IPROS47497014277755183426.jpeg?w=280&h=280)
To alleviate the customer's concerns, we conducted sample experiments and salt spray tests!
For those in the sheet metal industry considering deburring of sheet metal products, the primary concern is likely that deburring surface-treated steel plates will cause the surface treatment to peel off, isn't it? In response, Authentec conducted sample experiments. The results proved that the physical condition of the surface-treated steel plates after deburring is almost equivalent to their condition before deburring. However, to address the concerns that one cannot feel assured until it is confirmed that "rust does not occur," we also conducted a salt spray test on the same product. These experiments demonstrated that our deburring machine "AuDeBu" can perform deburring without affecting the coating of surface-treated steel plates. *For more details, please refer to the PDF document or feel free to contact us.*
