Parameter | Value or Specification | |
1 | Maximum Workpiece Length (mm) | 840 |
2 | Maximum Workpiece Width (mm) | 840 |
3 | Maximum Workpiece Height (mm) | 200 |
4 | Worktable X-Axis Travel (mm) | 840 |
5 | Worktable Y-Axis Travel (mm) | 840 |
6 | Maximum Diamond Wire Speed (m/s) | 84 (Max) |
7 | Minimum Feed Increment X-Axis (mm) | 0.01 |
8 | Minimum Feed Increment Y-Axis (mm) | 0.01 |
9 | Repeat Positioning Accuracy X-Axis (mm) | ±0.02 |
10 | Repeat Positioning Accuracy Y-Axis (mm) | ±0.02 |
11 | Total Power Consumption (kW) | 7.5 |
12 | Power Supply (Three-phase Five-wire) | AC380V 50Hz |
13 | Machine Size(mm) | 2980X2100X1800 |
14 | Machine Weight(kg) | 1700 |
15 | Air Supply (MPa) | 0.6 |
Comparison Between Diamond Band Saw and Single Diamond Wire Saw
Aspect | Diamond Band Saw | Endless Diamond Wire Saw |
Cutting Mechanism | Utilizes a continuous loop of diamond-coated band as the cutting tool. | Employs a continuous loop of diamond-coated wire as the cutting tool. |
Cutting Speed | Generally slower cutting speed due to the movement of the band. | Faster cutting speed due to the continuous linear motion of the wire. |
Kerf Width | Typically has a wider kerf width, leading to more material wastage. | Minimizes kerf width, resulting in minimal material wastage. |
Cut Surface Quality | May require additional polishing steps to achieve a smooth finish. | Simultaneously cuts and polishes, ensuring a smooth and shiny surface. |
Versatility | Suitable for basic cuts and straight lines. | Highly versatile, suitable for complex shapes and intricate designs. |
Precision | Moderate precision; may not achieve intricate designs accurately. | Offers high precision, ideal for intricate graphite components. |
Material Efficiency | Can be less material-efficient due to wider cuts. | Maximizes material efficiency with narrow cuts. |
Dust Generation | Generates more dust, potentially requiring dust extraction systems. | Produces minimal dust, contributing to a cleaner working environment. |
Application | Mainly used for simpler cutting tasks | Ideal for various cutting needs, especially intricate graphite parts. |
Ideal Use Case | Basic straight cuts in graphite. | Precision cuts, intricate designs, and complex graphite components. |
In the specialized field of intricate designs, the complex profile cutting machine stands out as an essential tool. Traditionally, a complex profile cutting machine relies on advanced technology and precise mechanics to navigate the intricate requirements of detailed designs. However, as design specifications become more sophisticated, the need for a more advanced complex profile cutting machine has become evident. Addressing this need, the latest addition to the complex profile cutting machine repertoire is the endless diamond wire cut technology. This state-of-the-art approach enhances the capabilities of a typical complex profile cutting machine, allowing for unparalleled precision and efficiency in executing even the most intricate designs. The endless diamond wire cut method, therefore, represents a significant leap in the evolution of the complex profile cutting machine, setting new standards in precision engineering.
our diamond wire cutting and band saw cutting