Diamond wire saw, diamond core drill bits, diamond blades, diamond beads, diamond segment, wire saw machine
Diamond wire saw, diamond core drill bits, diamond blades, diamond beads, diamond segment, wire saw machine
No vibration
No fumes
Low noise
Quick cutting
No limit to depth of cut
Going from your source material, whether a carefully grown, single crystal ingot, a perfectly produced and slowly annealed piece of glass, or a sintered block of high-tech ceramic, to a thin wafer with perfect geometry and a beautiful surface finish means losing material at every processing step. Wire-sawing significantly reduces material loss at multiple steps, saving time, saving money, and saving material.From the beginning, wire sawing reduces kerf loss (material lost during slicing). Compared to traditional OD saws, ID saws, and other slicing methods, wire sawing saves substantial material. Typical kerf loss is < 0.200mm / 0.008” for slurry and ~0.250mm / 0.010” for diamond wire, and can be even lower. Reduced kerf loss means more wafers for a given length of material, quickly lowering costs and improving productivity.
In addition to the benefits of lower kerf loss, wire sawing also typically results in higher quality cut. TTV, bow, and warp are minimized, as is surface roughness and sub-surface damage. The improved “as-sliced” quality means that subsequent steps (grinding, lapping, and polishing) can be minimized, saving time and material. The reduced processing requirement even means that wafers can be sliced to a thinner initial thickness, saving more material and improving yields.
product model | Bead Specification(mm) | Number of bead | Fixation | Cutting Object | Linear velocity (m/h) | Cutting rate(m/h) | Cutting life(m/m) |
GD-31 | Φ11.5Φ10.5Φ10.0 | 40 | Rubber+spring | Pure Steel | 20 | 0.5-1 | 0.5-1 |
GD-32 | Φ11.5Φ10.5Φ10.0 | 40 | Plastic | Pure copper | 20 | 1-2 | 0.8-1.5 |
GD-33 | Φ11.5Φ10.5Φ10.0 | 40 | Plastic | Alloy | 20 | 0.5-1.5 | 0.5-1.5 |