*Note: This page was translated by AI from the Japanese original. In case of any discrepancy, the Japanese version shall prevail.*
Overview
The Musashino Electronics Diamond Wire Saw CS-203 is a precision tabletop slicing instrument that utilizes a reciprocating fine diamond-impregnated wire to cut solid materials with minimal mechanical damage and kerf loss.
It provides damage-free, smooth sectioning for single crystals, semiconductors, metals, ceramics, glasses, and composite materials.
Features
- Ultra-Fine Diamond Wire (Minimal Kerf Loss): Uses electroplated diamond wires (diameter 120 µm to 350 µm), minimizing material loss and preserving valuable specimens.
- 30 m High-Speed Reciprocating Action: Continuous 30 m wire stroke with speeds up to 720 m/min delivers consistent cutting efficiency.
- Low-Load Precision Feed Control: Fine load adjustment prevents chipping and mechanical stress in fragile or brittle materials.
- Large Work Capacity: Accommodates workpieces up to 125 × 125 × 125 mm with a 150 mm table stroke.
Specifications
[Specification Notice]
Actual equipment configurations or specifications may differ from standard manual specifications. Please consult the equipment manager for details regarding current capabilities and conditions of use.
Actual equipment configurations or specifications may differ from standard manual specifications. Please consult the equipment manager for details regarding current capabilities and conditions of use.
| Manufacturer | Musashino Electronics Co., Ltd. |
|---|---|
| Model | CS-203 (Precision Diamond Wire Saw) |
| Cutting Mechanism | 30 m diamond wire high-speed reciprocating action |
| Wire Diameters | Φ120 µm to Φ350 µm (electroplated diamond wire) |
| Max Wire Speed | 720 m/min |
| Max Workpiece Size | 125 × 125 × 125 mm |
| Table Stroke | 150 mm |
| Primary Purpose | Low-damage sectioning of metals, semiconductors, crystals, and ceramics |
| Location | Room 1-105 |
Manuals & Guidelines
[Manual (Campus Access Only)]
📄 Musashino Diamond Wire Saw CS-203 Owner’s Manual (PDF, campus access only)