| Cutting Blade specifications: | φ250*2*32mm |
|---|---|
| Cutting method: | Manual |
| Cooling system: | Water cooling 2 channels |
| Machine form: | Vertical type |
| Power: | 2.2KW |
| Input voltage: | Three-phase 380V, 50-60Hz |
| Overall dimension: | 730*600*1370mm |
| Packing size: | 900*700*1400mm |
| Net weight: | 167kg |
| Gross weight: | 212kg |
| Water Tank size: | 470*370*300mm |
| Packing size of water tank: | 540*460*460mm |
| Net weight of water tank: | 15kg |
| Gross weight of water tank: | 25kg |
| Type | Specification | Unit | Quantity |
|---|---|---|---|
| Multi-function cutting machine | QG-4A | SET | 1 |
| Cooling water tank | PCS | 1 | |
| Spanner | 36，28 | PCS | 2 |
| Cutting blade | Φ250×2×Φ32 | PCS | 1 |
| Water Inlet pipe | PCS | 1 | |
| Water outlet pipe | PCS | 1 | |
| Technical Documents | 1、Manual 2、Certificate | ||
Please introduce the main advantages of the QG-4A metallographic cutting machine?
The QG-4A multi-functional metallographic specimen cutting machine features a fully enclosed structure to ensure operational safety. Its rapid clamping device improves specimen mounting efficiency, and it is equipped with an adjustable positioning system and powerful dual-channel water cooling to effectively prevent micro-burns to the sample and improve the quality of the cut surface. Furthermore, the horizontally moving worktable enables smooth cutting operations, conforms to ASTM and ISO international standards, and is suitable for high-end scientific research and precision industrial applications.
What industries is the multifunctional cutting machine QG-4A suitable for?
The multifunctional cutting machine QG-4A is suitable for cutting and processing parts in the machinery manufacturing industry, accurate cutting and analysis of metal samples in the metallurgical industry, and cutting needs related to metal materials in the chemical industry. It is especially suitable for high-end research institutions and precision industrial customers with high requirements for cutting accuracy, and is an ideal choice for improving the metallographic analysis process.
