MAYFRAN INTERNATIONAL CON SEP 2000 Chip Conveyor with Coolant Tank – Year 2001
Machine Overview
MAYFRAN INTERNATIONAL CON SEP 2000 Chip Conveyor System, Year 2001, designed for efficient chip handling and coolant filtration in CNC machining operations. The system features a double drag conveyor, primary conveyor with lower fine conveyor, over-under discharge design, self-cleaning media drum, and an integrated coolant tank with pumps for reliable chip evacuation and coolant recycling.
Technical Specifications
| Specification | Metric | Imperial |
|---|---|---|
| Manufacturer | MAYFRAN INTERNATIONAL | MAYFRAN INTERNATIONAL |
| Model | CON SEP 2000 | CON SEP 2000 |
| Machine Type | Chip Conveyor with Coolant Filtration System | Chip Conveyor with Coolant Filtration System |
| Serial Number | 04M6648.01 | 04M6648.01 |
| Year of Manufacture | 2001 | 2001 |
| Load Section Length | 2,286 mm | 90″ |
| Casing Height | 508 mm | 20″ |
| Discharge Height | 1,651 mm | 65″ |
| Conveyor Width | 559 mm | 22″ |
| Overall Length | 9,144 mm | 360″ |
| Overall Width | 1,346 mm | 53″ |
| Overall Height | 2,794 mm | 110″ |
| Machine Opening Width | 864 mm | 34″ |
| Machine Opening Height | 508 mm | 20″ |
| Tail to Leg Length | 7,950 mm | 313″ |
| Leg to Discharge Length | 1,397 mm | 55″ |
| Standard Equipment | ||
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| Applications | ||
| Designed for automatic chip removal, coolant filtration, and coolant recycling in CNC machining centers, horizontal machining centers, transfer lines, and other high-production metalworking environments. Suitable for handling steel, cast iron, aluminum, and other machining chips while maintaining clean coolant circulation. | ||
| Machine Features | ||
| The MAYFRAN CON SEP 2000 is a heavy-duty industrial chip management system engineered for continuous operation in demanding machining environments. Its double drag conveyor, fine chip separation conveyor, integrated coolant tank, self-cleaning media drum filtration, and over-under discharge configuration provide efficient chip evacuation, extended coolant life, reduced machine downtime, and improved overall machining productivity. | ||
