Clean, Fast & Precise Metal Cuts

FUJI "KOSOKU" Tools for Industry Excellence
  • High Safety Precision Metal Cutting Machine  (F Cutter Series)
  • High Safety Precision Metal Cutting Machine  (F Cutter Series)
  • High Safety Precision Metal Cutting Machine  (F Cutter Series)
  • High Safety Precision Metal Cutting Machine  (F Cutter Series)
  • High Safety Precision Metal Cutting Machine  (F Cutter Series)
  • High Safety Precision Metal Cutting Machine  (F Cutter Series)

High Safety Precision Metal Cutting Machine (FS-B30E)

No.FS-B30E
Key Features
  • High Safety: Totally-enclosed hood design ensures operator protection.
  • Precision Cutting: Excellent resistance and accuracy for demanding tasks.
  • Superior Finish: Delivers high-quality surface results.
  • Quiet Operation: Extremely low noise with extended machine life.
  • Clean Workspace: Effective ferrous powder removal system.
Material Application

Designed for general metal and stainless steel profiles, including round pipes, round rods, square pipes, angle steel, and channel steel.

Specifications Specification of High Safety Precision Metal Cutting Machine FS-B30E
  • High Safety Precision Metal Cutting Machine  (F Cutter Series)
  • High Safety Precision Metal Cutting Machine  (F Cutter Series)
  • High Safety Precision Metal Cutting Machine  (F Cutter Series)
  • Description

  • Cautions

FS-B30E Industrial Cut-off Machine: Precision & Safety for Metallographic Sampling

The FUJI Metal Cut off Machine FS-B30E is a high-performance manual-feed abrasive sectioning saw designed for metallographic laboratories, quality control centers, and precision industrial workshops. Engineered with Fuji’s 70+ years of Japanese abrasive expertise, this machine guarantees sample integrity, preserving metallurgical microstructures without thermal distortion during the sectioning process.

The "Fuji Cool Cut" Advantage:
Standard metal cutters often generate excessive heat, causing thermal burn and microstructure damage that ruins test samples. The FS-B30E, especially when paired with a specialized Fuji precision cut off wheel, delivers a low-heat, burr-free cut surface, significantly reducing secondary polishing workload for metallography sample preparation.

Key Applications: Ideal for cutting hardened steel, exotic alloys, composite materials, and thin-walled pipes where precision sectioning is non-negotiable. Fully compliant with JIS industrial safety standards.

FUJI FS-B30E fully enclosed precision metallographic cut-off machine with safety hood
FS-B30E: Totally Enclosed Design for Maximum Operator Safety

Core Technical Specifications

The FS-B30E handles various workpiece shapes including round bars, pipes, and angular profiles for materialographic testing and production QC.

Model Name FS-B30E
Equipment Type Manual Feed Industrial Precision Cut-off Machine
Blade Diameter 305mm (12 inch) standard abrasive cut-off wheel
Max Cutting Capacity (Round Bar) φ80mm solid steel bar
Max Rectangular Cutting Capacity 80mm × 100mm
Motor Power 2.2kW (3HP) heavy-duty induction motor
Spindle Speed 2800 RPM
Power Supply 220V / 380V, 3 Phase, 50/60Hz (customizable)
Net Weight 180kg cast iron base
Safety Features Full Enclosure Hood, Spark Guard, Emergency Stop Button, Interlock Protection
Compatible Materials Stainless Steel, Tool Steel, Cast Iron, Non-ferrous Metals, Alloys
Recommended Consumable Fuji Super Raicho Precision Cut-Off Wheels

Detailed Dimensions & Capacity

FS-B30E industrial cut-off machine dimension drawing and cutting capacity chart

Standard Included Accessories

Standard accessories and spare parts included with FUJI FS-B30E metal cutter

Why Choose the FS-B30E Metal Cutter?

  • Totally-Enclosed Safety Design: The robust transparent hood completely isolates the cutting zone, protecting the operator from wheel breakage, sparks, and ferrous dust while maintaining clear visibility — meeting modern industrial safety standards.
  • Vibration-Free Cast Iron Base: Heavy-duty cast iron frame absorbs high-frequency vibrations during cutting. This rigidity extends cut-off wheel service life and ensures perfectly square, perpendicular cuts every time.
  • Efficient Integrated Dust Removal: Optimized internal flow design channels metal powder and debris away from the workpiece, keeping the cutting line visible and reducing workspace cleanup.
  • Low Noise Operation: Advanced motor isolation and sound-dampening engineering make this machine suitable for quiet laboratory and office-side QC environments.
  • Consumable Synergy by Fuji: Engineered to work perfectly with the full Fuji cut off wheel series, maximizing cutting speed, minimizing wheel wear, and delivering consistent cool cut performance.

Verified Cutting Performance Data

When paired with Fuji Super Raicho precision abrasive wheels, the FS-B30E delivers repeatable, lab-grade cutting results for metallographic analysis:

  • Burn-Free Sectioning: Low heat generation prevents phase transformation in hardened steel samples, meeting ASTM E3 metallographic preparation standards.
  • Cutting Efficiency: Cuts φ50mm carbon steel bar in under 12 seconds with minimal burr formation.
  • Extended Wheel Life: The vibration-free rigid base extends cut-off wheel service life by up to 35% compared to standard open-frame saws.
  • Minimal Material Loss: Compatible with thin 1.6mm cutting wheels, reducing material waste for high-value alloy samples.

Industrial Applications: Where Precision Matters

1. Metallurgical Analysis & Laboratory Testing

In materialography and metallography, the cutting process must not alter the sample microstructure. The FS-B30E’s cool cut technology prevents phase transformation in heat-sensitive steels, making it ideal for quality control laboratories.

2. Automotive & Aerospace Component Manufacturing

Widely used for sectioning engine valves, gear shafts, and turbine blades. The rigid design allows clean cutting of tough materials like Titanium and Inconel without work-hardening the cut surface.

3. General Metal Fabrication QC

For workshops requiring high-volume precision cutting of stainless steel tubing and profiles, where consistent edge quality reduces downstream grinding and processing time.

Looking for larger capacity or automatic models? View our Full Range of Industrial Cutting Machines.

FS-B30E precision cut-off machine in steel plant quality control workshop

Dealer Endorsement: Words from Our Long-Term Partner

"Shoji Tool Co. has partnered with Fuji Grinding Wheel since our founding in 1958. For our local steelworks and testing lab clients, the FS-B30E paired with Super Raicho wheels is our top recommendation. It delivers consistent, burn-free precision cuts day in and day out, and the build quality far outperforms competing machines in its class. We wholeheartedly recommend Fuji’s complete cutting solutions to all our industrial customers."

— Hiroshi Komatsu, Senior Managing Director, Shoji Tool Co., Ltd.

Frequently Asked Questions (FAQ)

Q1: Can the FS-B30E cut hardened materials without burning them?

A: Yes. Thermal burn is typically caused by machine vibration or incorrect wheel selection. The FS-B30E's rigid cast iron base eliminates vibration. When paired with the correct Fuji precision cut off wheel, it delivers a cool, burn-free cut suitable for microscopic metallographic analysis.

Q2: What size of cutting wheels does the FS-B30E support?

A: The FS-B30E is compatible with 305mm (12 inch) diameter cut-off wheels with a standard bore size. For optimal cool cut performance and sample quality, we recommend Fuji Super Raicho series precision cut-off wheels. Using non-genuine or mismatched wheels may result in poor cut quality and safety risks.

Q3: Does this machine support wet cutting with coolant?

A: Yes. The FS-B30E is pre-configured with a coolant system interface. An optional recirculating coolant unit is available to further reduce heat generation and extend wheel life, especially for continuous metallographic sample preparation of hard alloys.

Q4: What maintenance is required for this industrial cut-off machine?

A: The FS-B30E is designed for low maintenance. Routine checks include inspecting drive belt tension, cleaning the dust collection tray, wiping the transparent hood for visibility, and lubricating clamping mechanisms. Detailed maintenance schedules are provided in the official operation manual.

Q5: What is the warranty coverage for the FS-B30E?

A: All Fuji industrial cut-off machines come with a 12-month standard warranty covering manufacturing defects in materials and workmanship. Normal wear parts, misuse, overloading, and unauthorized modifications are excluded from coverage. For full details, view our official FUJI KOSOKU Warranty Policy.

Q6: Can the FS-B30E cut irregularly shaped workpieces?

A: Yes. The machine is equipped with an adjustable T-slot worktable and multiple clamping fixtures, which can securely fix round bars, pipes, angle profiles, and irregular shaped parts for precision sectioning. Custom fixtures are also available upon request.

Q7: Can the power supply be customized for our regional grid?

A: Yes. The FS-B30E supports customized power configurations to match regional grid standards, including 220V single-phase and 380V three-phase options. Please inform our sales team of your local power specifications when requesting a quote.

Optimize Your Cutting Workflow Today

Experience the safety and precision of the FS-B30E metallographic cut-off saw.

Get a Custom Quote

Have technical questions? Contact our abrasive specialists directly for application guidance.

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.