FINESYSTEM List of Products and Services

The "tool" of a deburring machine refers to the cutting parts attached to the end of a robot. Since this is the part that actually removes material from the workpiece, there are various types designed for cutting purposes, ranging from carbide cutters to file-like tools for removing fine burrs. In this article, we will introduce in detail not only tools for final finishing processes but also those that can be used with our deburring robots. Depending on the application, there are more than "10 types" of major tools available. From here, we will explain the main tools used for three specific applications: "gate cutting," "rough processing," and "finishing processing," along with their characteristics. *For more detailed information, please refer to the related links. Feel free to contact us for further inquiries.*

• Other cutting tools

[High Torque Type QC Holder QCT48 Series Dedicated Product] The high torque type motor spindle SFT48-HiSP-QC features a unique ATC mechanism that allows for the exchange of high torque type quick change holders. ■ Perfectly fits with the air float deburring attachments AF110 and AF150! When used with our air float deburring attachments AF110 and AF150, there is no interference with the ATC magazine! *When using the high torque type double ATC magazine with the air float deburring attachment, an electro-pneumatic regulator is essential. ■ Automatic exchange of high torque type QC holders with different types of cutting tools is possible! ■ The magazine cover is equipped with an innovative dust-proof bellows that protects the tapered section from airborne dust. ■ Standard features include a presence confirmation sensor for the high torque type QC holder, an open confirmation sensor for the high torque type double ATC magazine cover, and a close confirmation auto switch, ensuring reliable operation checks! ■ Can be used in parallel regardless of the number of units, with an unlimited number of tools!

• Other processing machines

【FINESYSTEM Products: AF150 and AF110 Models, SFT48-HiSP-QC Model Exclusive】 - High Torque Air Float Attachments AF150 and AF110 Models - High Torque QC Motor Spindle SFT48-HiSP-QC Model This is a dedicated angle head holder that adopts our original standard QCT48 shank. ■ Enables deburring in narrow gaps of large workpieces! With robots equipped with large motor spindles, it was difficult to handle large workpieces such as aluminum die-cast, low-pressure casting, and gravity casting. However, by attaching the angle head holder, it is now possible to deburr in the narrow gaps of these large workpieces. ■ Nuts… Uses Hi-Q/ERB25 and Hi-Q/ERB32 nuts! ■ Collets… Adopts ER25 and ER32 collets that meet the world standard DIN6499/ISO15488. The gripping diameter for ASR16 is φ0.5 to φ16.0, and for ASR20 is φ0.5 to φ20.0. ■ Maximum rotation speed is 10,000 min-1 for ASR16 and 6,000 min-1 for ASR20. ■ High holding power is ensured by the unique dual-surface clamping QCT48 shank.

• Other processing machines

【Air Float Attachment AF40 Model Exclusive Product】 By simply attaching the chamfering unit MU-001 to the FINESYSTEM product AF40 model, it can be used as a float-type chamfering unit! Easy installation with a shupanning ring and spindle stopper. ■ Automation of Chamfering Process Made Possible! By pressing a roller against the edge of the board while floating it with air, it absorbs the robot trajectory accuracy, warping of flat workpieces, and dimensional variations, enabling automatic chamfering with consistent dimensions. ■ Adjustable Chamfering Dimensions Using the included alignment jig, the chamfering dimensions can be adjusted, allowing for 10 levels of adjustment: C0.1, 0.2, 0.3, 0.4, 0.5, 1, 2, 3, 4, 5. ■ Equipped with SP40L Motor Spindle The motor spindle section employs the FINESYSTEM product SP40L model. Usable rotation speed of 20,000 min⁻¹, maximum output of 930W, and maximum torque of 1.18Nm. ■ Trial Implementation Product Please provide the workpiece to be chamfered. We will confirm the processing conditions and capabilities through cutting trials conducted in our facility.

• Other processing machines

FINESYSTEM Co., Ltd. has developed an air float-type deburring attachment that reproduces "skilled worker level deburring." ● Patented! Our air float mechanism uses "multiple ball guides" at the shaft base to eliminate the occurrence of missed spots and gouging, regardless of product shape variations. Even with variations in product shape, it achieves "quick and smooth processing" like a skilled worker without the need for correction (teaching adjustments). 【Benefits of Implementation】 ■ Fewer teaching points for robots, significantly reducing cycle time ■ Float pressure can be variably adjusted without changing stages ■ Automatic tool exchange for cutting, rough processing, and finishing ■ A rich lineup that can accommodate various types of burrs *For more details, please refer to the related links or feel free to contact us.

• Other processing machines

In a deburring robot, a holder is a device used to hold cutting tools attached to the robot. Currently, there are three main types of deburring holders: ■ Rigid (fixed axis) mechanism Advantages: The tool is always held in a constant position, allowing the robot to achieve high machining precision. Disadvantages: It is difficult to perform flexible deburring that adapts to variations in workpiece shape or positional shifts during fixing, leading to missed spots or gouging. ■ Spring mechanism Advantages: By tilting or extending the tool's cutting edge in the "X, Y, Z" directions, flexible machining can be achieved according to the workpiece shape. Disadvantages: Gouging (overcutting) may occur due to the spring's rebound. To avoid this, it may be necessary to change the tool or holder depending on the deburring location. ■ Air float mechanism Advantages: The cutting edge tilts and extends in the "X, Y, Z" directions, generating float force (pressure) through compressed air. There is no need to prepare multiple tools for different deburring locations! At FINESYSTEM, we offer a uniquely developed "air float type deburring attachment" that achieves higher precision in deburring, which is patented!

• Other processing machines

The "rigid (fixed axis) mechanism" in deburring robots refers to a structure where cutting tools are firmly secured. ■ Strengths of the Rigid Mechanism The displacement of the cutting tool due to external forces is minimized, and it can withstand vibrations and shocks that occur during processing. This enables high-precision machining! ■ Challenges of the Rigid Mechanism Since the tool is firmly fixed in the holder, it cannot perform movements other than those specified during teaching. As a result, irregularly shaped burrs may remain. In the past, there have been companies that introduced rigid mechanisms but withdrew due to dissatisfaction with precision, ultimately returning the work to human hands. ■ FINESYSTEM's Solution: Zero Misfire Holder Design FINESYSTEM's air float-type deburring attachment can move the tool to match the work shape with minimal teaching, much like the wrist of a skilled worker. There is no need for precise teaching, and it can optimally respond to irregular shapes. This achieves "zero misfire (remaining material)," which was the biggest challenge for deburring robots!

• Other processing machines

A spring mechanism holder refers to a general term for holders that have a float mechanism utilizing the force of a spring. ■Strengths of the Spring Mechanism The deburring tool tilts and extends according to the shape of the product or burr, absorbing variations in burrs and product shapes, resulting in a smooth and beautiful finish. ■Challenges of the Spring Mechanism Due to the nature of springs, the more pressure applied, the stronger the rebound force becomes. In areas where excessive pressure is applied, the rebound force increases, leading to "digging" (over-removal) into the product. To resolve this, a "holder replacement" by the operator is necessary. ■FINESYSTEM's Solution FINESYSTEM focuses on holder designs that eliminate "digging" and employs a uniquely developed air float mechanism. By using "multiple ball guides (patented technology)," the cutting edge follows the workpiece shape, allowing for a tactile operation similar to that of a skilled worker's wrist, despite being a machine. With minimal teaching, it becomes possible to achieve smooth extension and tilting akin to a skilled worker's wrist, realizing zero "digging" (over-removal), which was the biggest challenge for deburring robots.

• Other processing machines

We often receive the following questions from our customers: - How long does it take until implementation? - What should we prepare? ■ How long does it take until implementation? It varies depending on the specifications and scale of the deburring machine, but the estimated delivery times are as follows: - Standard machine: Approximately 1 month - Dedicated machine: Approximately 3 months ■ What should we prepare? Our company provides comprehensive support from the introduction of deburring automation to after-sales service, including design, parts manufacturing, assembly, electrical wiring, RB programming, and on-site construction. ★ All we ask from our customers is to accept the delivery and installation of the deburring automation system (deburring machine)! Additionally, we can also handle automatic transport equipment, so please feel free to consult us. ■ FINESYSTEM's Integrated Management Service Leave the implementation and after-support of the deburring machine to FINESYSTEM! If you are considering the introduction of a deburring machine, please do not hesitate to contact us.

• Other processing machines

It is a processing technology that removes sharp corners from materials after shaping and creates smooth edges. It is applicable to various materials, including metal products, wood, glass, and ceramics, and is particularly emphasized in metals for its importance in improving the impact on subsequent processes and enhancing safety. ■ Types of Chamfering - C Chamfering: A process that shaves the corners of a product to create a 45-degree face. - R Chamfering: A process that rounds the corners of a product. - Thread Chamfering: A method of shaving the corners of a material to a fine point like a thread. ■ Three Reasons Why Chamfering is Necessary - To prevent injuries from the corners of products. - To prevent scratches during contact with other parts or surfaces. - To improve assembly accuracy, leading to enhanced final quality. ■ The Era of Chamfering Automation Chamfering, which was traditionally done visually and manually, is now being automated with robots. Automation of chamfering offers significant benefits such as improved work efficiency and stable quality (reduced variation). 【With FINESYSTEM, comprehensive support from introduction to teaching for chamfering automation!】 If you are considering chamfering automation, please feel free to contact FINESYSTEM!

• Other processing machines

■What are cast products? Cast products are items created by melting metal and pouring it into a mold of a specific shape, then cooling and solidifying it. They are suitable for producing complex shapes and large products, and are utilized in a wide range of fields such as automotive parts, machine components, and construction materials. ■Two challenges of deburring in casting Cast products are typically large items shaped using molds (such as automotive body parts). - High precision processing is required as it affects product quality. - The hardness of the metal and the complexity of the shapes make the work itself very challenging. Traditionally, all of this was done manually, heavily relying on the skills and experience of the workers. ■In recent years, the trend has shifted towards replacing deburring work with robots! However, in reality, designing and installing robots, selecting tools, and teaching them require a high level of expertise, making the barriers to implementation quite high. 【With FINESYSTEM, we provide comprehensive support from implementation to teaching for deburring automation!】 Our company offers not only the sale of individual products but also a complete service starting from robot implementation, including tool selection, processing conditions, and teaching tasks!

• Other processing machines

Burrs on resin (plastic) products mainly occur during two processes: "injection molding" and "machining." ■ Three reasons why removing burrs from resin products is difficult: - The hardness and elasticity vary by material, requiring adjustments in processing methods. - There is a possibility of "melting" when heat is applied. - Many products prioritize safety and appearance, making it unacceptable to leave burrs. ■ What are the methods for removing burrs from resin products? - Manual labor… High precision, but dependent on the worker's skill and incurs labor costs. - Water flow / air blast… Can roughly remove burrs from products with a large number of burrs! - Chemical polishing… Not suitable for products that come into contact with the human body. - Automation with robots… Can consistently reproduce high-quality finishes! What was traditionally considered "difficult" in removing burrs from resin products can now be addressed with FINESYSTEM's burr removal automation technology. If you have given up on automating burr removal for resin products, please contact FINESYSTEM for assistance!

• Other processing machines

■Five Reasons Why Deburring Metal is Difficult 1. The unique "hardness and strength" of metal requires significant force for processing. 2. The shapes and sizes of the burrs that occur are diverse. 3. Many cases require high precision and high quality. 4. There are limitations on the tools and techniques that can be used. 5. The work itself involves risks. ■What are the Methods for Deburring Metal? - Manual Work... Can ensure thorough processing of details, but quality and cost depend on the worker. - Machinery... Efficient, but difficult for one machine to handle everything. - Automation with Robots... Can replicate the skills of artisans, achieving both quality and efficiency! ■The Optimal Solution for Metal Deburring Offered by FINESYSTEM We solve the challenges of deburring in metal processing with our unique technology utilizing robots. We provide consistent support from optimal tool selection for each product to processing conditions and teaching. ★ Currently conducting a "Free Deburring Trial"! You can check the finishing quality in advance, allowing you to consider implementation with peace of mind. ■Do You Have Any of These Concerns? - Not sure which company to request. - Want to try if it can handle your products. - Want to entrust everything from implementation to maintenance in one go. Please feel free to contact FINESYSTEM!

• Other processing machines

*Limited Edition for System Sales* ■Handles various deburring tasks with one workpiece Can process burrs in multiple locations such as parting lines, thick sections, gates, and dams with a single attachment. Achieves overwhelming efficiency by reducing work setup time. ■Further enhanced performance of the AF110 model Now supports burrs from cast iron rough materials and dams or film burrs from low-pressure and gravity cast aluminum rough materials, which were not manageable with the conventional AF110 model. Enables a wider range of deburring tasks. ■Equipped with a high-torque QC motor spindle focused on high torque Rated output: 7.5 kW, rated torque: 6.8 N·m, maximum rotation speed: 15,000 min-1 (minimum rotation speed: 3,000 min-1). Achieves optimal performance for stubborn deburring tasks! ■Motor section has environmental resistance equivalent to IP56 (during AIR supply), with allowable vibration of 4.0 mm/s, making it ideal for deburring environments. ■Clamp mechanism designed with safety in mind ■Built-in seating confirmation sensor ■Holds the holder securely with a pulling force of 5 tons thanks to a unique dual-face clamping shank.

• Other processing machines

We offer the "Air Float Burr Removal Attachment," developed to replicate "skilled worker level burr removal." With our unique automation technology that goes beyond conventional burr removal practices, we employ "multiple ball guides" at the shaft base to completely prevent missed spots and gouging, regardless of product shape. Even with variations in shape, it allows for quick and smooth processing that perfectly matches the product without the need for teaching corrections. 【Benefits of Implementation】 - Minimizes the number of teaching points for robots, significantly reducing cycle time - Freely adjustable float pressure without changing stages - Automatically exchanges tools for cutting, rough processing, and finishing - A rich lineup that can accommodate various types of burrs 【Free and Paid Trials Available!】 Please feel free to contact FINESYSTEM for more information.

• Other abrasives

Burrs refer to protrusions or excess parts that occur during the processes of metalworking or resin (plastic) processing, and they generally have irregular and sharp shapes. According to JIS standard JIS B 0051, they are defined as "residual material on a part resulting from machining or molding processes, located on the outside of the geometric shape at the edge of a corner." Burrs are formed during the process of cutting or shaping metal when the material stretches and tears. **Three Reasons to Remove Burrs:** - To prevent product failure and wear - To enhance assembly accuracy - To ensure product safety Traditionally, burr removal has been considered a task that is done manually. At FINESYSTEM, we are developing an automated burr removal system that achieves "skilled worker level burr removal" to address challenges such as high quality, labor hours, and worker shortages that have been identified in the burr removal process, as well as developing and manufacturing burr removal holders and tools. For more details, please check the related links or feel free to contact FINESYSTEM.

• Other machine tools

Q. What is a floating mechanism? A floating mechanism is a precise and efficient system designed to automate the deburring process. By applying a consistent force while smoothly moving the deburring tool along the product, it can accurately remove burrs. This mechanism allows the tool to follow the shape of the product, enabling smooth burr removal. It can accommodate complex shapes and irregularly sized burrs, making it particularly suitable for products that require high precision, such as medical devices and automotive parts. The floating mechanism generally operates using springs or compressed air, efficiently achieving deburring by applying a consistent pressure to the tool. [Advantages of the floating mechanism] The greatest benefits of the floating mechanism are "quality improvement" and "efficiency." This allows for the manufacturing of products that require high precision to be carried out more quickly and with higher quality.

• Other machine tools

**Benefits of Automating Deburring** - Resolution of labor shortages and reduction of labor costs - Significant improvement in work efficiency - Stabilization and enhancement of quality - Reduction of risks of injuries and accidents Q. What is the cost of introducing a deburring automation robot? The cost of introducing a deburring automation robot is generally around 7 million yen. While this may seem like a large initial investment, considering that one robot can complete the work of several people, the cost-effectiveness over the course of a year is very high. Furthermore, the costs associated with deburring work mainly consist of the following three components: - Labor costs - Tool and equipment costs - Equipment introduction costs for robots (machines), etc. It is estimated that manual deburring incurs a cost of about 25 yen per part. Most of this is attributed to "labor costs," and by introducing robots, labor costs can be significantly reduced. As a result, even including equipment introduction costs, the cost per product is approximately 5.9 yen, achieving about a 1/4 reduction in costs. For more details, please download the materials or contact us by saying "I saw it on Ipros."

• Other machine tools

The deburring machine "FDM-002" is a compact and all-in-one deburring system that achieves quality, cycle time reduction, and cost reduction, making it a small deburring robot cell. With external dimensions of "W800×D1481×H1620," it fits within the space of a single tatami mat! It enables high-quality deburring automation in narrow spaces between processing equipment. 【Features】 ■ A 6-axis compact robot allows for flexible tool approaches even in tight spaces. ■ Equipped with an air float-type deburring attachment that flexibly responds to variations in workpiece shapes. ■ Standardly equipped with a uniquely developed quick-change motor spindle that allows for one-touch tool replacement. ■ With the installation of an ATC magazine, automatic exchange of two types of cutting tools is possible (optional). ■ An oil pot for automatic application of cutting oil and a cutting edge cleaning brush unit for removing tool adhesion are also available (optional). ■ Can move sideways during automatic operation. ■ The front door opens from both sides. ■ Compact design that fits within a single tatami mat. *For more details, please refer to the related links or feel free to contact us.

• Other processing machines

*Limited sale system *For SP40L/N-QM type quick change motor spindle only ● The SP40L/N-QM type quick change motor spindle allows for the exchange of collet holders through its unique ATC (automatic tool change) mechanism. It has achieved 300,000 consecutive collet holder exchanges in continuous durability tests! ● Perfectly fits the AF40 type air float attachment ● The dual ATC magazine allows for automatic exchange of collet holders equipped with different types of cutting tools ● Up to 4 units can be connected and used as an 8-station ATC magazine, enabling more efficient operations. ● Reliable operation confirmation is possible with various sensors ● The unique mechanism of the ATC magazine is currently under patent application (PAT.P)

• Other processing machines

【Dedicated Model for Sand Cores】 Air Float Type Deburring Holder 'AF' Series Absorbs unmeasured areas and achieves stable automatic deburring! The 'AF' series, equipped with a unique air float mechanism, absorbs positional errors and shape variations of the workpiece in the X, Y, and Z axes, enabling consistently stable deburring operations. It allows for flexible adjustment of float force (the pressure applied by the tool) according to various burr shapes and locations, such as parting lines, thick sections, gates, and weirs. It is the ideal unit for sand core deburring machines, devices, and robotic systems. 【Features】 ■ Absorbs variations in workpiece shape ■ Significantly reduces the labor involved in robot teaching ■ Float force can be freely adjusted to match sand core burrs *For more details, please refer to the PDF or feel free to contact FINESYSTEM.

• Other work tools

Burr removal machine, burr removal device, burr removal robot compatible air float type burr removal attachment. The unique air float mechanism allows for the absorption of unmeasured areas in the X, Y, and Z axes of the workpiece. The floating force (the force applied by the tool) can be freely adjusted according to the material of the workpiece. 【Features】 ■ Capable of absorbing variations in workpiece shape ■ Simplifies robot teaching ■ Floating force can be freely adjusted according to the material of the workpiece ■ Compatible with various materials of workpieces ☆ This product is made to order. ☆ This product is sold as a system. (Individual sales as spare parts are possible.) * For more details, please refer to the PDF document or feel free to contact us.

• Other cutting tools

Starting with the "Compact Deburring Robot Cell," compatible with various deburring machines! ■ Compact design for exceptional ease of use Achieves significant miniaturization and weight reduction compared to conventional products. Easy to install in limited spaces, and the installation process is simple. ■ Effectively removes adhered and welded chips Efficiently removes adhered and welded chips that are likely to occur during deburring. Maintains the quality of the finish while minimizing the impact on subsequent processes. ■ Further evolution of deburring automation With our product "Compact Deburring Robot Cell FDM-001," by adding optional cutting edge cleaning brush units, dual ATC magazines, and oil pots, we automate tool changes, edge cleaning, and cutting oil application. This enables even more efficient deburring operations. ■ High-durability brushes adopted Based on our achievements with the deburring robot cell, we have selected brushes with longer lifespans. They provide stable performance over extended periods due to their high durability. ■ Equipped with high-performance Oriental motors Utilizes reliable Oriental motors. In the event of a motor failure, we can quickly arrange for replacements and respond with short lead times.

• Other processing machines

By simply attaching it to the "Air Float Type Deburring Attachment Model AF40," it can be utilized as a "Float Type Disc Grinder"! With a simple installation using a spring ring and spindle stopper, it provides an immediate operational environment. ■ Added disc grinder functionality to the AF40 model! The conventional motor spindle of the AF40 model could only use shaft-mounted tools such as carbide burrs, spindle-mounted electroplated grinding wheels, and brushes. With the installation of this sander unit, the use of electric disc grinders becomes possible. This expands the methods for deburring work and allows for flexible responses to diverse needs. ■ Automation of the sanding process with robots has evolved. Utilizing the float mechanism of the AF40 model, disc grinders can now be used even with small robots. This further advances the automation of deburring work and improves work efficiency. ■ High-quality disc grinder from HiKOKI adopted. The sander unit model SU-001 features the HiKOKI G10SH7 disc grinder. With a high-performance 1,160W motor, it achieves high-speed rotation of 12,000 RPM, providing stable finishing results.

• Other processing machines

■Space-saving Design ROBO RAIL features a wall-mounted structure, with a running rail depth of only 300mm. Unlike conventional floor-running systems, it allows for ample floor space needed for setup tasks before processing, significantly improving work efficiency. ■Robot with Swing Arm Equipped with a swing function on the running carrier, even small robots can approach a wide range! The swing arm drive uses a hollow shaft roller drive that excels in motor efficiency, allowing for neat storage of the robot's cables and piping within the swing arm. ■Support Function for Enhanced Durability The support cylinder of the running carrier captures the stress generated during the swing arm operation or when the mounted robot is activated. This reduces uneven loading on the wall-mounted running rail, enhancing the machine's lifespan and improving repeat accuracy. ■Control is Solely via Robot Control Device The running drive and swing arm drive are additional axes of the robot, controlled by the robot control device. 【Compatible with FINESYSTEM's Compact Deburring Robot Cell!】 Flexibly accommodates various line layouts from product processing to deburring, further enhancing productivity and work efficiency.

• Other processing machines

The compact deburring robot cell 'FDM-001' from FINESYSTEM is an all-in-one deburring system equipped with a 6-axis small robot, capable of freely approaching tools in tight spaces! ■ Equipped with FINESYSTEM's patented air float deburring attachment ★ Flexibly responds to variations in workpiece shapes, no teaching corrections needed! ■ Adopts a turntable mechanism, suitable for high-cycle automated processing lines ■ Features a quick-change motor spindle that allows for tool exchange with a single touch, developed with unique technology ■ Compact design: W1000×D1800×H1542 【Options】 It is also possible to add functions for automatic exchange of two types of cutting tools, automatic application of cutting fluid, and a brush unit for automatic removal and cleaning of edge welding! 【Currently offering free trial verification for deburring!】 *Paid plans are also available depending on the content. ---Products eligible for the Small and Medium Enterprise Labor-Saving Investment Subsidy (Catalog Order Type)--- For more details, please feel free to contact our sales department.

• Other processing machines

The 'AF Series', equipped with a unique air float mechanism, is a revolutionary deburring holder that allows for the processing of multiple burrs within a single workpiece, such as parting lines, thick sections, gates, and weirs, using the same attachment. ■ Do you have these issues? ❌ Variability in workpiece shape leads to uneven processing... ❌ It's cumbersome to change tools for different materials... ❌ Teaching is too complicated... ■ These concerns can be resolved with the 'AF Series'! ✔ Absorbs variability in the X, Y, and Z directions of the workpiece, enabling stable processing ✔ Freely adjusts the floating force (cutting tool pressure) according to the workpiece material ✔ Compatible with a wide range of workpiece materials, including metals and plastics ✔ Simplifies robot teaching, improving productivity ✔ A rich lineup compatible with φ20 / φ30 / φ40 spindles ✔ High torque specifications (AF110 and AF150 models) are also available *For more details, please refer to the PDF document or feel free to contact FINESYSTEM.

• Other work tools

The "C10 type" is a simple burr removal holder that can be used with machines equipped with NC, robots, and various dedicated machines. It comes standard with three types of springs of varying strengths, allowing customers to freely replace the internal spring according to the material of the workpiece being processed. It has a built-in 10mm contraction mechanism, enabling continuous pressure on the cutting edge while processing the burr removal surface. → This allows for burr removal processing while absorbing slight axial misalignment of the workpiece set on the machine! 【Features】 ■ Built-in 10mm contraction mechanism only in the axial direction ■ Comes standard with three types of springs of varying strengths ■ Maximum allowable rotational speed of 10,000 min-1 ■ Adjustable cutting force according to the material of the workpiece *For more details, please refer to the PDF document or feel free to contact us.

• Other work tools

The "T10 type" is a simple back burr removal holder that incorporates a 10mm extension mechanism in the axial direction. It allows for efficient back burr removal processing while constantly applying pressure to the cutting edge. It comes standard with three types of springs of varying strengths, which can be freely exchanged by the customer according to the material of the workpiece being processed. 【Features】 ■ Incorporates a 10mm extension mechanism only in the axial direction ■ Comes standard with three types of springs of varying strengths ■ Maximum allowable rotational speed of 10,000 min-1 ■ Allows adjustment of the cutting tool's pressing force according to the workpiece material *For more details, please refer to the PDF document or feel free to contact us.

• Other work tools