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Saw cutting machine Product List and Ranking from 13 Manufacturers, Suppliers and Companies

Last Updated： Aggregation Period:Jul 23, 2025～Aug 19, 2025
This ranking is based on the number of page views on our site.

Saw cutting machine Manufacturer, Suppliers and Company Rankings

Last Updated： Aggregation Period:Jul 23, 2025～Aug 19, 2025
This ranking is based on the number of page views on our site.

  1. 奥村機械製作所 Kagawa//Industrial Machinery
  2. null/null
  3. null/null
  4. 4 津根マシンツール Tokyo//Industrial Machinery
  5. 5 null/null
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Saw cutting machine Product ranking

Last Updated： Aggregation Period:Jul 23, 2025～Aug 19, 2025
This ranking is based on the number of page views on our site.

  1. 4. Calculation and Setting Method for the Blade Rotation Speed and Peripheral Speed of the Tip Saw 奥村機械製作所
  2. 6. Cutting methods for aluminum materials: Suitable cutting machines and cutting conditions. 奥村機械製作所
  3. 5. Calculation and Setting Method of the Feed Speed for the Cutting Blade 奥村機械製作所
  4. 4 ACPW200D-20 | Column Turning Free Angle Double-Head Circular Saw Cutting Machine 奥村機械製作所
  5. 5 Nishijima Co., Ltd. Company Profile

Saw cutting machine Product List

46～57 item / All 57 items

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Circular Saw Cutting Machine 'TK5M-90GL'

Circular Saw Cutting Machine 'TK5M-90GL'

High-speed and high-precision GFC. It offers comfortable and smooth operation through a unique user interface.

The "TK5M-90GL" is a circular saw cutting machine that makes it easy to correct cutting lengths and improves setup efficiency. The cutting feed method of the saw head adopts a linear bearing slide system. Combined with servo motor and ball screw drive, it enables high-speed and high-precision cutting operations. Additionally, two types of gearboxes (high-speed rotation specification and low-speed rotation specification) can be selected depending on the material being processed. Please feel free to contact us if you have any requests. 【Features】 ■ Saw head + ball screw ■ Reduction of leftover material length ■ High operability ■ High safety ■ Clean working environment ■ Model selection according to the material being processed *For more details, please download the PDF or feel free to contact us.

  • Other processing machines

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4. Calculation and Setting Method for the Blade Rotation Speed and Peripheral Speed of the Tip Saw

4. Calculation and Setting Method for the Blade Rotation Speed and Peripheral Speed of the Tip Saw

To operate an aluminum cutting saw blade safely and with high precision, understanding the "rotational speed of the blade" and the "cutting edge's peripheral speed (Vc)" is essential.

▶️Introduction In aluminum cutting operations, the "rotational speed (rpm)" and "peripheral speed (Vc)" of the cutting tool are important parameters that influence cutting quality, tool life, and safety. By properly setting the rotational speed and peripheral speed, the following effects can be expected: ✅ Improvement in the quality of the cut surface ✅ Extension of tool life ✅ Reduction of motor and machine load ▶️What is rotational speed (N)? ✅ Definition: A value that represents how many times the cutting blade rotates in one minute (unit: rpm) ✅ It is adjusted in conjunction with motor rotation and inverter settings. ▶️What is peripheral speed (Vc)? ✅ Definition: The distance the cutting edge of the blade moves in one minute (m/min). (Unit: m/min or m/s) ✅ It is the speed of the cutting edge in contact with the material and directly affects the finish of the cut surface.

  • cutter
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  • Plastic processing machines (cutting and rolling)

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5. Calculation and Setting Method of the Feed Speed for the Cutting Blade

5. Calculation and Setting Method of the Feed Speed for the Cutting Blade

Another important factor that affects the "quality of the cut surface" and "tool life" in aluminum cutting operations is the "feed rate."

In cutting machines equipped with automatic feeding devices, it is essential to accurately understand and appropriately set the feed amount (Feed) and the feed per tooth (fz). ▶️ What is feed speed (Vf)? It is a value that indicates how fast the material is fed in relation to the rotation of the blade. ✅ The unit is usually mm/min (millimeters per minute). ✅ Even with manual operation, it unconsciously affects the actual working speed. ▶️ What is feed per tooth (fz)? fz is a value that represents the thickness cut by a single blade. ✅ Calculation formula for fz (Note: For alternating blade types, two blades are considered as one blade) fz (mm/tooth) = Vf (mm/min) ÷ (Z ÷ 2 × N) - Vf: Feed speed (mm/min) - Z: Number of blades (for triple chip, Z ÷ 2) - N: Rotational speed (rpm) ▶️ Recommended fz guidelines by material Material | Recommended fz | Notes Pure aluminum/soft materials | 0.02–0.10 | Focus on sharpness. Slightly faster feed is acceptable. General aluminum alloys | 0.02–0.07 | Focus on balance. Good finishing as well. Thick plates/hard materials | 0.02–0.05 | Feed should be cautious to prevent friction and welding.

  • cutter
  • Plastic processing machines (cutting and rolling)
  • Other cutting tools

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6. Cutting methods for aluminum materials: Suitable cutting machines and cutting conditions.

6. Cutting methods for aluminum materials: Suitable cutting machines and cutting conditions.

The machinability of aluminum varies greatly depending on its alloy composition and manufacturing method. We will introduce suitable saw blades and cutting conditions for each representative aluminum material.

▶️ Aluminum sash and extruded materials (such as A6063) - Characteristics: Thin-walled, hollow cross-section / Relatively soft extruded material - Recommended tool: Alternating incline triple chip blade (negative angle / 80-120 teeth) - Feed speed (fz): 0.02-0.10 mm/tooth - Point: To prevent blade biting, a front angle of neutral to negative is recommended. Light application of lubricant is effective in preventing welding. ▶️ Aluminum sheet materials (such as A5052, A6061) - Characteristics: Thickness of 10mm or more, high strength, prone to work hardening - Recommended tool: Triple chip blade (50-80 teeth) with a robust design featuring relief angles - Feed speed (fz): 0.04-0.07 mm/tooth - Point: Excessive high-speed rotation poses a risk of heat generation. To avoid blade binding during cutting, blades with a split tooth structure are effective. ▶️ Fin-equipped heat sinks (extruded materials) - Characteristics: Fine fin sections + medium-thick base - Recommended tool: Triple chip blade (negative angle / 90-120 teeth) - Feed speed (fz): 0.03-0.06 mm/tooth - Point: Focus on burr suppression. Use a sharp new blade and apply a small amount of lubricant. Due to the thin material, a tooth count setting that ensures 2-3 teeth are always in contact is necessary.

  • cutter
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UCA-T500 | Circular Saw Cutting Machine for Resin Boards (Tipped Saw)

UCA-T500 | Circular Saw Cutting Machine for Resin Boards (Tipped Saw)

Leave the cutting of plastic sheets up to 500mm to us. A semi-automatic cutting machine with a front standard ruler specification that accommodates a variety of small lots!

This is an undercut type resin plate saw with a safety design that prevents the saw blade from being exposed. - The safety cover and clamp combination prevents the saw blade from being exposed during operation. - It can accommodate large plate materials up to 500mm square with a long stroke. - It uses a spindle motor that requires high rotation, high torque, and low vibration. - The spindle rotation can be variably controlled by an inverter. - It can handle hard resins such as acrylic, PVC, and polycarbonate, as well as soft materials like PP and PE. - It enables high-precision cutting with minimal burrs using a chip saw. - The motor and spindle are integrated, achieving a compact design.

  • IMG_0526.jpg
  • Resin processing machine
  • Plastic processing machines (cutting and rolling)
  • plastic

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Copper alloy circular saw cutting machine

Copper alloy circular saw cutting machine

Cutting is possible for hexagonal bars, flat bars, and pipes made of copper and copper alloys (including brass)!

At Arsys Co., Ltd., we handle circular saw cutting machines for copper alloys. The undercut type has a structure that minimizes the scattering of chips. The main body of the cutting machine is designed with rigidity (vibration prevention). Additionally, the saw blade is equipped with a vibration control device to mitigate vibrations. Please feel free to contact us when you need assistance. 【Specifications (partial)】 ■ Model: Undercut type / Circular saw cutting machine (straight return type) ■ Cutting range: MAX W300mm × H120mm ■ Cutting materials: Copper and copper alloys ■ Cutting dimension: φ810mm ■ Cutting speed: 80–350m/min (variable by inverter) *For more details, please refer to the PDF document or feel free to contact us.

  • Plastic processing machines (cutting and rolling)

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ACPW200D-20 | Column Turning Free Angle Double-Head Circular Saw Cutting Machine

ACPW200D-20 | Column Turning Free Angle Double-Head Circular Saw Cutting Machine

High-performance double-head cutting machine capable of cutting angles from 90 degrees to 50 degrees.

The ACPW200D is a double-head angle cutting machine equipped with an automatic length adjustment function for the moving head. Its high rigidity structure and high-precision positioning enable high-quality cutting processes for materials such as aluminum, resin, and wood. Main Features and Characteristics ◆ Basic Performance Supporting High-Precision Cutting - Electronic length adjustment of the X-axis controlled by a servo motor - Swiveling angle (manual swivel) left axis 0 to 50 degrees, right axis 0 to -50 degrees - Smooth cutting operation with air-hydraulic saw blade feed - Maximum cutting length: 2,000mm - Saw blade diameter: 405mm (carbide blade) × 2 pieces - Saw blade motor output: 2.2kW × 2 units ◆ Secure Fixing of Profiles - Standard equipment includes two upper clamps (with pressure relief valve).

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  • Wood processing machinery
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