Made from carefully selected high-speed steel (HSS), this metal saw is ideal for precision cutting of ferrous and non-ferrous metals. It is especially suitable for cutting steel pipes and shaped materials.
Our HSS metal saw is a circular saw suitable for cutting a wide range of metals. By grinding the sides to a tapered flat surface, we reduce the friction coefficient. Furthermore, through our extensive proprietary research, we apply a special coating that enhances heat resistance and wear resistance, thereby significantly improving cutting performance.
Product Description
We can propose the optimal specifications according to the characteristics and shape of the material being cut.
We can propose the optimal specifications from a wide variety of options, including shape, tooth profile, material, and surface treatment, based on the characteristics of the material being cut. Additionally, our skilled technicians perform precise tensioning and straightening to minimize blade runout during high-speed rotation. This ensures highly accurate cutting for all types of ferrous and non-ferrous metal materials.
Information about ordering a product
Our specialized blade consultants will recommend the most suitable tooth profile, material, and coating for your cutting material. To achieve the best performance, we will suggest optimal cutting conditions such as rotation speed, feed per tooth, and feed rate according to your cutting machine, and provide custom-made blades.
We offer a wide range of sizes, from φ90 to φ530, and manufacture blades with the optimal shape and thickness for your application.
・Outer diameter: φ90 to φ530
・Blade thickness: 0.3mm to 10.0mm
Dxtxd1(m/m) Saw dimensions (outer diameter x thickness x inner diameter):
PCDxd2xN Pin hole (center-to-center distance x diameter x number of holes)
Daido Kogyo
Primark 300
300×2.0(2.5)x31.8
50x9x2
Primark 370
370×2.5(3.0)x50
80x15x4
Kantenbach KKS-400
400×2.5(3.0)x50
Mac
Enzel 300
300×2.0(2.5)x32
50x9x2
Enzel 370
370×2.5(3.0)x40
63x11x4
Enzel 400
400×2.5(3.0)x40
Enzel 450
450×2.5(3.0)x40
MURAHASHI
Great Captain V-100
300×2.5(3.0)x40
Great Captain VX-125
360×2.5(3.0)x40
High Speed Electric
KCM-250・KCM-10
250×2.0x32
50x9x2
KCM-360
360×2.5(3.0)x45
66x11x2
KCM-370
370×2.5(3.0)x45
66x11x4
KCM-380
380×2.5(3.0)x45
Hitachi Koki
CU-10
250×2.0x32
50x9x2
CU-13
315×2.5(3.0)x32
63x11x2
CU-15
370×2.5(3.0)x45
66x11x2
MITACHI
MMC-250
250×2.0x32
45×8.5×2
MMC-360
360×2.5(3.0)x40
65x11x3
MMC-385
385×2.5(3.0)x40
SDG
MS-225
225×2.0x32
45×8.5×2
MS-250
250×2.0x32
63x11x4
MS-351
315×2.5×32
350×2.5(3.0)x32
MS-380
380×2.5(3.0)x32
NITTO KOHKI
NTC-300
300×2.0(2.5)x32
50x9x2
NTC-370
370×2.5(3.0)x45
66x11x2
TSUNE SEIKI
Robbie Promax
250×2.0(2.5)x32
45×8.5×2
Economy Wagner
275×2.0(2.5)x32
50x9x4
315×2.5×32
63x11x4
400×2.5(3.0)x50
80x15x4
Fujita Machinery (Cork)
Aizel, Focus
280×2.0(3.5)x40
55×8.5×2
65x11x2
315×2.5(3.0)x40
55×8.5×2
65x11x2
400×2.5(3.0)x40
55×8.5×2
65x11x2
Amada
CM-400
250×2.0x32
63×10.5×4
280×2.0(3.0)x32
315×2.5(3.0)x32
360×2.5(3.0)x32
IBP（Nagano）
Brown MRM250
Amber Brown MRM315
Super Brown MRM315
Super Brown MRP315
250×2.0x32
63x11x4
275×2.0(2.5)x32
280×2.0(2.5)x32
300×2.0(2.5)x32
350×2.5(3.0)x32
List of Saw Dimensions by Cutting Machines
Tooth Forms
A (Straight Tooth)
AW (Bevelled Tooth)
B (Curved Tooth)
BW (Alternate Bevelled)
C (High-Low Tooth)
STR (Noteched Tooth)
Coating
TiN
TiN stands for Titanium Nitride, which is a coating applied through the Physical Vapor Deposition (PVD) process. In this process, titanium and nitrogen are ionized and accelerated in a vacuum environment at temperatures below 500°C. Upon collision with the blade, they deposit onto the surface. The low-temperature treatment, below 500°C, minimizes heat distortion.
Characteristics:
Wear resistance
Corrosion resistance
Color: Gold
Applications: Iron, Cast Iron
TiAIN
TiAlN stands for Titanium Aluminum Nitride. It produces a hard thin film with excellent heat resistance of over 800°C, making it highly effective for dry cutting applications. It ensures high hardness and adhesion, leading to increased blade longevity and production efficiency.
Characteristics:
Low friction coefficient
High anti-adhesion (for non-ferrous metals)
Color: Black
Applications: Aluminum, Copper, Stainless Steel
DLC
DLC stands for Diamond-Like Carbon. It’s created using the Plasma Vapor Deposition (PVD) process, where hydrocarbon gas is decomposed using plasma energy. This process forms a thin and extremely hard film composed of carbon atoms, similar to diamond. With a low processing temperature (below 200°C), it minimizes heat distortion and results in a very smooth surface.
CrN stands for Chromium Nitride, which is produced by reacting ionized chromium and nitrogen in plasma during the Physical Vapor Deposition (PVD) process. The resulting coating is a chromium nitride film. Due to its low-temperature processing (below 500°C), it exhibits minimal heat distortion and offers excellent friction resistance, heat resistance, and corrosion resistance.
TiCN stands for Titanium Carbonitride. It’s produced using the Physical Vapor Deposition (PVD) method, where a hard TiC film is deposited on top of a TiN film, creating a multi-layered coating of gray titanium carbonitride. This structure results in very high wear resistance, with the underlying TiN layer providing excellent adhesion. Due to its low-temperature processing (below 500°C), it also exhibits minimal heat distortion.
Our HSS metal saw is compatible with general steel, carbon steel, alloy steel, hardened bearings, unhardened hard, quenched hard, stainless steel, and others, ranging from thin pipes to high-carbon steel books. Coating is also possible for stainless steel and super hard-to-cut materials.
Industry-leading manufacturing technology for a sharp, clean cut
FAQ
