Saw Mills

Saw Mills

Product Code

OUTSIDE DIAMETER (mm)

INSIDE DIAMETER (mm)

THICKNESS(mm)

TEETH

SCSM-08

8

3,4

0.15-4

4-20

SCSM-10

10

4,5

0.15-4

6-24

SCSM-12

12

4,5,6

0.15-4

6-30

SCSM-16

16

5,6,8

0.15-4

6-40

SCSM-20

20

5,6,8

0.15-4

6-45

SCSM-22

22

5,6,8

0.2-5.0

8-50

SCSM-25

25

6,8,10

0.2-5.0

10-56

SCSM-30

30

6,8,10

0.2-5.0

10-60

SCSM-32

32

6,8,10,12.7

0.2-6.0

10-60

SCSM-35

35

8,10,12.7

0.2-6.0

10-60

SCSM-40

40

8,10,12.7

0.2-6.0

10-80

SCSM-45

45

10,12.7,16

0.2-8.0

10-80

SCSM-50

50

10,12.7,16

0.2-8.0

10-100

SCSM-55

55

12.7,16

0.2-8.0

24-120

SCSM-60

60

12.7,13,16

0.2-8.0

24-120

SCSM-63

63

12.7,13,16

0.2-8.0

24-120

SCSM-70

70

16,22,25.4

0.3-8.0

28-120

SCSM-75

75

16,22,25.4

0.5-8.0

30-120

SCSM-80

80

22,25.4

0.5-8.0

30-128

SCSM-85

85

22,25.4

0.5-8.0

30-128

SCSM-90

90

22,25.4

0.5-8.0

30-160

SCSM-95

95

22,25.4

0.5-8.0

30-160

SCSM-100

100

22,25.4,27

0.5-8.0

30-160

SCSM-105

105

22,25.4,27

0.8-8.0

30-160

SCSM-110

110

22,25.4,27,32

0.8-8.0

30-180

SCSM-115

115

22,25.4,27,32

0.8-8.0

30-180

SCSM-120

120

22,25.4,27,32

1.0-10.0

30-240

SCSM-125

125

22,25.4,27

1.0-10.0

30-240

SCSM-130

130

22,25.4,27,32

1.0-10.0

30-240

SCSM-150

150

22,25.4,27,32

1.0-10.0

40-240

SCSM-160

160

22,25.4,27,32

1.0-10.0

40-240

SCSM-180

180

25.4,27,32,40

1.5-12.0

60-280

SCSM-200

200

25.4,27,32,40

1.5-12.0

60-280

Product Description

Engineered for Precision Machining

These industrial-grade saw mills are meticulously engineered to deliver exceptional reliability and accuracy for demanding manufacturing environments. When operations require exact dimensions and flawless finishes, these cutting tools provide the necessary performance to maintain continuous production lines without frequent replacements. By significantly reducing machine downtime and minimizing material waste, they help procurement managers and production engineers achieve consistent output in high-volume manufacturing runs, solving critical bottlenecks in precision component fabrication.

Advanced Material & Heat Treatment

The foundation of any exceptional cutting tool lies in its metallurgical composition. These saw mills are forged from premium alloy steel, selected specifically for its inherent structural stability and toughness. Through an advanced, multi-stage heat treatment process, the molecular structure of the steel is optimized, resulting in a blade that exhibits extraordinary hardness and remarkable resistance to fracture under heavy operational loads. When handling the blade, operators will immediately notice the distinct metallic sheen of the treated surface—a visual indicator of the meticulous tempering process. This careful balance of hardness and flexibility ensures long-lasting wear resistance, allowing the tool to maintain its structural integrity even during prolonged cutting cycles. The solid weight and metallic resonance when tapped lightly speak directly to the dense, void-free nature of the alloy.

Superior Precision & Cutting Performance

Achieving exact specifications requires uncompromising manufacturing standards. Each saw mill undergoes a rigorous high-precision CNC gear grinding process, which meticulously shapes every tooth to exact geometric tolerances. This dedication to accuracy produces exceptionally sharp cutting edges that slice through dense materials with minimal resistance. During operation, the blade maintains a smooth, consistent rotation, significantly reducing the harmonic vibrations that often lead to tool chatter and uneven cuts. The result is a remarkably clean, burr-free finish on the machined surface, eliminating the need for secondary deburring or polishing steps. Operators will appreciate the stable, predictable cutting action, which translates to a quieter machining environment and a more controlled material removal rate, perfectly meeting the stringent standards required for intricate component manufacturing.

Versatile Applications & Material Adaptability

Versatility is a key attribute of these saw mills, making them an indispensable asset across various manufacturing sectors. They are expertly engineered to handle a broad spectrum of materials, making them highly suitable for machining stainless steel, cast iron, and mould steel, as well as non-ferrous metals like aluminum and copper. Furthermore, their optimized tooth geometry allows for the clean cutting of synthetic materials like acrylic without causing melting or micro-fractures.

• Watchmaking Industry: Delivering the microscopic tolerances required for intricate internal mechanisms.

• Optical Manufacturing: Mainly used for glasses and eyewear frames, ensuring perfect assembly fits.

• General Micro-Components: Ideal for various parts of the groove and cut processing where precision is non-negotiable.

Flexible Customization Capabilities

Recognizing that standard dimensions may not align with every specialized machine tool or unique production run, a comprehensive non-standard customization program is available. Buyers can specify precise requirements for the outside diameter, inside diameter, blade thickness, and the exact number of teeth. This tailored approach ensures precise integration with existing equipment setups, maximizing operational efficiency. Whether the task demands a highly specific blade profile for a proprietary milling machine or a unique tooth configuration for an unconventional material, the manufacturing process can be adapted to deliver customized solutions that perfectly match specific operational demands.

Strict Quality Control & Inspection

Consistency across large-volume orders is critical for maintaining stable production schedules. To guarantee this, every batch of saw mills is subjected to a stringent quality control regimen before leaving the facility. Advanced optical and laser measurement systems are utilized to verify dimensional accuracy, with a particular focus on strictly controlling both axial (end) and radial runout tolerances. This obsessive attention to detail ensures that every single blade performs identically to the last, preventing unexpected deviations in the machining process. Buyers can confidently integrate these tools into their inventory, knowing that the structural and dimensional integrity remains uniformly excellent across the entire procurement order.

Industrial Packaging & Global Logistics

The journey from the manufacturing floor to the final destination is carefully managed to preserve the pristine condition of the tools. Each saw mill is treated with a specialized, industrial-grade anti-rust coating that forms a protective barrier against moisture and oxidation during transit. Following this, the blades are securely encased in custom-designed, shock-absorbing isolation packaging. This heavy-duty packaging strategy prevents any physical contact between blades and absorbs impact forces during handling. Coupled with a highly efficient global logistics network, this ensures that the products arrive in flawless, ready-to-use condition, regardless of the shipping distance or environmental factors encountered along the way.

Expert Technical Support & After-Sales

Procuring industrial cutting tools involves more than just acquiring physical items; it requires a reliable partnership. Comprehensive technical support is provided to assist in optimizing the machining process. Expert engineers are available for one-on-one consultations to offer precise guidance on cutting parameters, including feed rates, spindle speeds, and coolant application tailored to specific materials. This proactive support system is designed to maximize the lifespan of the saw mills and enhance overall production efficiency. Furthermore, a comprehensive after-sales service policy is in place, offering clear avenues for assistance and troubleshooting, thereby significantly reducing procurement risks and minimizing the trial-and-error often associated with implementing new tooling solutions.