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Comprehensive internal cooling solution
Case Details
Comprehensive internal cooling solution
With the rapid advancement of industrial technology, high-precision, high-power-density equipment has been widely adopted across various sectors. During operation, such equipment typically generates substantial heat; if this heat is not dissipated promptly and effectively, it can severely compromise performance stability, service life, and safety. Therefore, the design and implementation of a comprehensive internal cooling solution are of paramount importance. This solution aims to provide an efficient and reliable cooling system for equipment by comprehensively considering multiple aspects, including equipment selection, system design, cooling components, piping and water tanks, filtration and purification, monitoring and maintenance, and energy management.
| Serial Number | Regarding cooling | Category | Copper car adapter |
| Current Situation | Fine machining with conventional internal cooling; rough machining without cooling. | ||
| I | High-Pressure Internal Cooling HPC (High Pressure Coolant System) | Internal Cooling Process | Three holes, precision turning |
| II | Minimal Quantity Lubrication (MQL) | External Cooling Process | Sawing, rough turning, semi-finish turning |
| III | Vortex Tube Cooler | External Cooling Process | Sawing, rough turning, semi-finish turning |
| 1 | Internal-coolant drill bits, drill tips, taps, and milling cutters | Cutting tool | Three Holes |
| 2 | Internal-coolant tool holders, internal-coolant tool discs, internal-coolant tool shanks; internal-coolant tool accessories | Tool Systems and Accessories | Three Holes |
| 3 | External-coolant-to-internal-coolant tool holder; internal-coolant-to-external-coolant tool holder (annular spray); | Internal-External Cold Transition | For conversion |
| 4 | MQL; vortex cooling; MQL + vortex cooling; | External cold | Sawing, rough turning, semi-finish turning |
| 5 | Precision jet; omnidirectional nozzle (fan-shaped, concentrated stream); elbow | External cooling accessories | Sawing, rough turning, semi-finish turning |
| 6 | High-pressure internal cooling for the turret; center-water outlet tool holder; center-water outlet tool sleeve; internally cooled turning tool shank; | Lathe accessories | Fine turning |
| 7 | High-pressure internal cooling of the spindle | Milling machine functional components | Three Holes |
| 8 | Rotary joint | Milling machine accessories | Three Holes |
| 9 | High-pressure pumps: plunger pumps, diaphragm pumps, gear pumps, vane pumps, screw pumps, multistage centrifugal pumps | Cooling Accessories | |
| 10 | Valve layout design: flow divider, high- and low-pressure converter, solenoid valve manifold, adaptive distributor | Cooling Accessories | |
| 11 | PLC integration and adaptation; | Automation Interface | |
| 12 | Water flow and water pressure adjustment window: After G01, the water-spraying function is only activated when the tool is about to contact the workpiece. | Process window | |
| 13 | Chip conveyor: The flow interruption caused by the screw-type iron chip collector is difficult to resolve. | Machine tool accessory (chip removal) | |
| 14 | Oil mist absorber; comprehensive control of oil mist in fully enclosed and semi-enclosed spaces | Machine tool accessories (environmental protection) | Appropriate modification |
| 15 |
This comprehensive internal cooling solution, through scientific planning, meticulous design, efficient implementation, and continuous management, provides thorough and reliable cooling protection for the equipment, thereby ensuring its efficient and stable operation.
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