Monofilament metal saw wire for a wire saw, wherein the saw wire being provided with a plurality of crimps.

Preferably, the wire saw used in this method is a diamond wire saw.

In one embodiment, the band saw is a diamond wire saw.

The wire saw is also disclosed.

A wire washing apparatus for wire saw that in a wire saw, is capable of washing off any slurry having stuck to the wire during good-maintenance machining.

Provided is a wire saw which uses a cutting wire to cut a workpiece, this wire saw being such that wire tension can be adjusted with high responsiveness.

Provided is a wire saw that is light and small and has excellent portability, has excellent sharpness compared to the conventional wire saw, and is difficult to jam by chips.

The apparatus includes a wire saw sawing an ingot, a roller driving the wire saw, and a bath containing a liquid cooling the ingot before sawing the ingot.

Disclosed are a wire saw device; and a method of improving a nanotopography on the surface of a wafer formed by cutting an ingot by a wire saw device.

The present invention provides an aqueous wiresaw cutting fluid composition that reduces the amount of hydrogen produced during a wiresaw cutting process.

The present invention also relates to a method for manufacturing a wire saw.

An improved and simplified system and method for monitoring the wire web of a wire saw is described.

A wire management unit adapted for a wire saw device (200; 300; 400; 500) having a wire (213) forming a wire web for cutting is described.

A diamond wire saw preventing rotation of beads.

A high yield strength steel wire for use in a wire saw with the ratio Rp0.2/Rm no less than 96%.