The FUJI KCM-370NE·SC is a premier industrial wet-type metal cutter, engineered for professionals who refuse to compromise on precision or safety. Unlike standard dry chop saws, this machine utilizes a dedicated 370mm FUJI alloy tipped saw blade combined with a continuous coolant circulation system.
The result? Exceptionally clean, burr-free cuts on stainless steel, rebar, and structural profiles without the hazards of dust, flying sparks, or unpleasant odors. It is the ultimate solution for workshops requiring high throughput and strict environmental standards.
Why Choose the KCM-370NE?
Unmatched Precision (No Secondary Finishing): The wet cutting process prevents thermal distortion. It achieves a mirror-like finish free of burrs and burns, often eliminating the need for deburring—saving you significant labor costs compared to dry cutters.
Eco-Friendly & Safe: The integrated coolant system completely suppresses hazardous metal dust and eliminates fire-causing sparks. Coupled with an ultra-low noise motor, it creates a healthier environment for operators.
Heavy-Duty Versatility: Capable of handling tough materials like solid bars, square tubes, and angle iron. It supports precise angle cutting (mitering) and features a fixed-length stopper (0 to 850mm) for rapid batch production.
Ergonomic Operation: Designed with a low rotational speed for high torque and stability. The intuitive side switch handle reduces operator fatigue during continuous use.
Technical Specifications
Model
KCM-370NE·SC
Cutting Method
Wet Type (Coolant Circulation)
Blade Diameter
370mm (FUJI Alloy Tipped Saw)
Motor
High-Torque Low RPM Motor
Cutting Capacity (90°)
Round Bar: Φ120mm / Pipe: Φ120mm / Square: 100x100mm
Vise Mechanism
Double Clamping System (Minimizes vibration)
Coolant Tank
Integrated with Pump
Standard Accessories
Blade, Tools, Coolant Oil, Length Stopper
*For detailed dimensional drawings, please refer to the product manual or contact our technical team.
Industrial Applications
The FUJI KCM-370NE is the workhorse of choice for industries where precision meets volume:
Metal Fabrication Shops: Cutting square/round tubes for furniture or frames where the cut edge must be weld-ready immediately.
Construction & Infrastructure: Precise cutting of reinforcement bars (rebar) and structural steel in precast yards or on-site.
Automotive & Hardware: Batch processing of pipes and metal fittings where consistency (fixed-length cutting) is critical.
Maximize Efficiency with Accessories
To further enhance your workflow, we recommend pairing the KCM-370NE with our specialized Machine Table and Sub-Vise (sold separately). This setup improves posture ergonomics and provides storage for blades and tools.
Frequently Asked Questions
Q: What is the main advantage of a wet cutter over a dry cutter?
A: The primary advantage is heat management. The coolant keeps the blade and material cool, preventing the metal from hardening or turning blue (burn marks). It also extends the blade life significantly and eliminates airborne dust.
Q: Can this machine cut stainless steel?
A: Yes, the KCM-370NE is excellent for stainless steel. The low RPM and coolant prevent work-hardening, which is a common issue when cutting stainless steel with high-speed dry saws.
Q: What consumables do I need?
A: You will need the specific 370mm FUJI Alloy Tipped Saw Blade and cutting coolant liquid. We recommend using genuine FUJI consumables to maintain warranty and performance.
Ready to upgrade your production line?
Ensure precision and safety in your workshop with FUJI technology. For pricing, shipping, or technical consultation, please Contact Us today.
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 Region
Safety Factor (Burst Multiplier)
Safety Logic & Benchmark
FUJI (High Precision)
> 2.0x
Engineered to exceed JIS requirements for maximum reliability.
Japan (JIS R 6242)
2.0x
Extreme Safety: A wheel rated at 80m/s must withstand a 160m/s burst test.
Europe (EN 12413)
$1.73x
Risk Balanced: Provides high safety redundancy for most industrial apps.
USA (ANSI B7.1)
1.5x
Efficiency Focused: Relies on machine guarding and operational procedures.
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
Selection of grains (A, WA, AZ, etc.) based on material hardness and grinding precision.
Warning Symbol Interpretation
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.