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FUJI Cut-Off Wheels/Discs
  • FUJI High Speed Cermet Cutting Saw Blade 310mm with metal cutter 3200RPM
  • Fuji high speed Cermet Tipped Saw is used for cutting square tube
  • FUJI High Speed Cermet Cutting Saw Blade 310mm *2mm (3200RPM)
  • FUJI High Speed Cermet Tipped Saw Blade were used in one set of metal cutter for cutting through steel pipe
  • FUJI Metal Cutting machine FS 05E with Saw Blade
  • chop saw cut the square tube
  • FUJI High Speed Cermet Cutting Saw Blade 310mm with metal cutter 3200RPM
  • Fuji high speed Cermet Tipped Saw is used for cutting square tube
  • FUJI High Speed Cermet Cutting Saw Blade 310mm *2mm (3200RPM)
  • FUJI High Speed Cermet Tipped Saw Blade were used in one set of metal cutter for cutting through steel pipe
  • FUJI Metal Cutting machine FS 05E with Saw Blade
  • chop saw cut the square tube

High-Speed Cermet Saw for Soft Metal Cutting (Dia.310-405mm)

No.Sakura 310FH/310FHU/405 (High Speed-3200/3770RPM)

Key Features

  • Rapid Processing: High-speed operation significantly shortens processing time, maximizing overall productivity.
  • Low Thermal Impact: Advanced heat-dissipation design ensures effective cooling during high-speed cutting.
  • Wide Compatibility: Fully compatible with most high-speed metal cutting machines on the market.

Application & Specifications

Model: Super Sakura 310FH / 310FHU

Target Machine: Designed for Dry Type 405 Metal Cutter (e.g., "Kosoku").

Ideal Materials:

  • Iron Products
  • Thin Steel
  • Stainless Steel
  • Aluminum
  • FUJI High Speed Cermet Cutting Saw Blade 310mm with metal cutter 3200RPM
  • Fuji high speed Cermet Tipped Saw is used for cutting square tube
  • FUJI High Speed Cermet Cutting Saw Blade 310mm *2mm (3200RPM)
  • FUJI High Speed Cermet Tipped Saw Blade were used in one set of metal cutter for cutting through steel pipe
  • FUJI Metal Cutting machine FS 05E with Saw Blade
  • chop saw cut the square tube
  • Description

  • Instruction for Use

  • Cautions

Overview: High-Speed Precision Cutting

FUJI Sakura High-Speed Cermet Tipped Saw Blades are engineered for industrial professionals who demand speed, accuracy, and longevity. Unlike standard carbide blades, our advanced Cermet (Ceramic-Metal) tips offer superior heat resistance, preventing chip welding when cutting soft metals like aluminum or thin mild steel.

With rotational capabilities up to 3770 RPM, these blades are optimized for high-speed "Dry Type" metal cutters (such as Kosoku machines), delivering burr-free cuts on angle iron, channel steel, and thin sheet metal.

FUJI High Speed Cermet Tipped Saw Blade in Action

Why Choose FUJI Sakura High-Speed?

🚀 High-RPM Capability Optimized for speeds between 3200-3770 RPM. This allows for rapid processing of thin-walled materials without deforming the workpiece or creating excessive heat.
💎 Cermet Durability Our Cermet tips maintain hardness at high temperatures. Internal tests show the Super Sakura 310FH can perform over 1000 cuts on 50x50x6mm angle iron without resharpening.
❄️ Cool Cutting Action The specialized tooth geometry minimizes friction. This "cold cut" technology means the workpiece remains cool to the touch, ready for immediate welding or handling.
🤖 Broad Compatibility Designed with standard bore sizes and pinholes to fit most industrial high-speed metal cutting machines (e.g., Kosoku, Shindaiwa) seamlessly.
Square Tube Cutting with FUJI Blade

Product Series & Specifications

1. Super Sakura 310 Series (General Purpose)

Ideal for general iron products, sheet metal, and aluminum alloys. Features a 2.0mm thin kerf for minimal waste.

Model Dimensions (mm) Teeth Max Speed Package
Super Sakura-310FH 310 x 2.0 x 25.4 60 3200 RPM 1 pc
Super Sakura-310FHU 310 x 2.0 x 25.4 60 3200 RPM 1 pc
Super Sakura 310FH Blade

2. Dry Type 405 Series (For Kosoku Machines)

Specifically engineered for 405mm High-Speed Dry Metal Cutters. Features precise pinhole configurations for secure mounting.

Model Dimensions Pinholes  Teeth (Z) Max Speed
Dry Type-405 72Z 405 x 3.0 x 45mm 66 x 11 x 4 72 3770 RPM
Dry Type-405 96Z 405 x 3.0 x 45mm 66 x 11 x 4 96 3770 RPM
Dry Type-405 108Z 405 x 3.0 x 45mm 66 x 11 x 4 108 3770 RPM
Dry Type-405 120Z 405 x 3.0 x 45mm 66 x 11 x 4 120 3770 RPM

Industrial Applications

These blades are essential for industries requiring speed and clean finishes:

  • Automotive: Trimming thin chassis components and exhaust tubing.
  • Electronics: Precision cutting of aluminum heat sinks.
  • HVAC: Fabricating galvanized ductwork and fittings.
  • Construction: Cutting angle iron frames and thin-walled pipes.

⚠️ Safety & Usage Guidelines

RPM Check: These are high-speed blades. Do NOT use on low-RPM "Cold Saws" (typically < 100 RPM) as this will damage the blade. Ensure your machine runs between 3000-3800 RPM.

Clamping: Thin materials vibrate easily. Ensure the workpiece is clamped securely on both sides of the cut to prevent tooth breakage.

Frequently Asked Questions (FAQ)

Q: Can I use this blade for Stainless Steel?

A: Yes, but limited to thin-walled stainless steel. For solid stainless bars, we recommend a lower RPM and a specialized stainless-grade blade to prevent heat buildup.

Q: What is the difference between 72Z and 108Z teeth?

A: Use 72Z (fewer teeth) for thicker materials like angle iron to allow for chip clearance. Use 108Z (more teeth) for very thin sheets or pipes to ensure a smooth finish and prevent snagging.

Q: Can these blades be resharpened?

A: Yes, Cermet tipped blades can be resharpened by a professional service 2-3 times, significantly extending their total lifespan.

About FUJI Grinding Wheel

FUJI Grinding Wheel is a leader in Japanese precision cutting technology. Our Sakura series represents the pinnacle of high-speed dry cutting, designed to save time and money for fabrication shops globally.

Upgrade your cutting efficiency today. Contact our team for a quote or technical advice.

Abrasive Wheel Selection & Technical Parameters Guide

Choosing the correct abrasive wheel is critical for both operational efficiency and JIS-compliant safety. Fuji Grinding Wheels are engineered with precise technical markings to ensure the perfect match for your specific material and machine requirements.

Understanding Fuji Markings (e.g., WA 36 P BF)

  • Abrasive Type (WA/A/AZ): Determines the suitability for material hardness (e.g., WA for hardened steel, AZ for heavy-duty alloys).
  • Grit Size (16 - 120): Indicates the coarseness. Lower numbers for rapid removal; higher numbers for precision finishing.
  • Hardness Grade (L - S): Defines the bond strength. Correct selection prevents premature wheel wear or surface glazing.
  • Bonding Agent (BF): High-grade Resinoid bond reinforced for high-speed safety and impact resistance.

💡 Expert Selection Tip

For professional export markets, always verify the Peripheral Speed (m/s) compatibility. Fuji wheels are designed to exceed JIS Burst Speed factors, but operating at the recommended R.P.M. ensures the longest tool life and cleanest cut.

Note: Mismatched grit or hardness can lead to excessive heat buildup, affecting the workpiece's structural integrity.

Fuji Abrasive Technical Selection Chart

An instructional guide on the proper selection of abrasive wheels and Fuji parameters

Global Maintenance Standard: To maintain the high safety factor of Fuji wheels, avoid exposure to excessive humidity and chemical solvents during storage. Proper care preserves the resinoid bond's strength, crucial for high-load industrial applications.

FUJI Industrial Quality & Safety Protocols

Fuji products are manufactured following strict Japanese standard process requirements. Every wheel is engineered to meet or exceed JIS (Japanese Industrial Standards), such as JIS R 6242 and B 4051. Our core engineering logic prioritizes maximum operator protection by maintaining safety factors and burst speed capabilities that often surpass the highest industry benchmarks.

Standard RegionSafety Factor (Burst Multiplier)Safety Logic & Benchmark
FUJI (High Precision)> 2.0xEngineered to exceed JIS requirements for maximum reliability.
Japan (JIS R 6242)2.0xExtreme Safety: A wheel rated at 80m/s must withstand a 160m/s burst test.
Europe (EN 12413)$1.73xRisk Balanced: Provides high safety redundancy for most industrial apps.
USA (ANSI B7.1)1.5xEfficiency Focused: Relies on machine guarding and operational procedures.

⚠️ Essential Safety Cautions & Operational Integrity

  • 1. RPM Compliance: Never exceed the maximum R.P.M. specified on the wheel. Using the sides of the wheels for grinding is strictly prohibited, as it compromises the structural integrity of the abrasive bond.
  • 2. Mandatory Idling: Allow the tool to idle for one minute before beginning work. If a new wheel has been mounted, an idle run of three minutes is required to ensure dynamic stability.
  • 3. Workpiece Stability: All materials must be securely fastened. Improperly secured workpieces can lead to vibration, wheel binding, and unsafe kickback forces.
  • 4. Arbor Hole Integrity: Do not modify or enlarge the metal center of the arbor hole. A proper fit is critical; a mismatched arbor causes eccentric rotation and dangerous vibration levels.
  • 5. PPE Requirements: Industrial-grade face and eye protection are mandatory at all times. Ensure all protective gear meets local safety compliance standards.
  • 6. Guard Protection: Protection guards are designed to contain fragments in the unlikely event of a wheel failure. Never operate tools or machinery with guards removed.

Applications of Abrasives & Usage Notes

Abrasive Selection Guide

FUJI Abrasive Selection Table

Selection of grains (A, WA, AZ, etc.) based on material hardness and grinding precision.

Warning Symbol Interpretation

FUJI Usage Symbols and Cautions

Standardized safety icons for safe operation and protection guard usage.

Professional Export & Maintenance Insight

When deploying Fuji high-performance tools in overseas markets, ensure that the regional power grid frequency and voltage match the tool specifications. To maintain the superior burst speed safety of Fuji wheels, store abrasives in a dry, temperate environment. Humidity can degrade the resin bond, potentially lowering the wheel’s resistance to centrifugal forces.