| Quantity: | |
|---|---|
ALSM265
ALLES CNC
Swiss Type Cnc Automatic Lathe allows for the machining of intricate designs utilizing drilling, turning, milling, knurling, and other unique processes on a single machine. Parts machined on them usually find their place in connectors and contacts used in the electronics industry, medical devices and implants, watch parts, and miniature shafts. These are usually small, long, and complicated mechanical parts.
| ltems | ALSM265 | ||
| mechanic | System | FANUC Oi | SYNTEC |
| Max.RPM | Main10,000min-1/Sub8000min-1 | Main6,000min-1/8,000min-1 Sub6,000min-1/8,000min-1 | |
| Max Tuning Diameter | Ф20mm/Ф26mm | ||
| Main Spindle Stroke | 260mm | ||
| Tools | O.D Tools | 6X[口12x12] | |
| I.N Tools | 5X[ф25-ER16] | ||
| Cross Driven Tools(integration) | 4X[ER16] | ||
| Motors | Main | 2.2/3.7KW | 4.4KW |
| Cross | 0.55/1.1KW | 0.75KW | |
| Drive | 0.75KW | ||
| Coolant | 0.4KW | ||
Others | Central Height | 1,000mm | |
| Weight | 3600Kg | ||
| Thesize(L*W*H) | 2610x1530x1674mm | ||
1. Because the Swiss screw machine provides high rigidity during machining due to the mechanical configuration of sliding headstock and guide bushing, the workpiece always needs to be machined near the guide bushing.
This is done by machining in segments to guarantee the final part dimensions are within the desired tolerances.
2.Swiss-type lathes such are capable of performing simultaneous machining with 5-axis control, which drastically reduces cycle-time and higher throughput.
Small mechanical parts are pervasive in applications across Electronics, Medical, Automotive, and Aerospace Industries. Be it inner micro parts for injection pumps, electrical probes, or implants for surgery; these parts are now lighter, more compact, and more efficient thanks to the precise turning processes performed by the new generation of Swiss turning machine
With the latest advancements in materials science and motion control technology, Swiss-type machines have become the industry standard for the machining of cost-effective miniature parts with very high accuracy and repeatability.
Swiss Type Cnc Automatic Lathe allows for the machining of intricate designs utilizing drilling, turning, milling, knurling, and other unique processes on a single machine. Parts machined on them usually find their place in connectors and contacts used in the electronics industry, medical devices and implants, watch parts, and miniature shafts. These are usually small, long, and complicated mechanical parts.
| ltems | ALSM265 | ||
| mechanic | System | FANUC Oi | SYNTEC |
| Max.RPM | Main10,000min-1/Sub8000min-1 | Main6,000min-1/8,000min-1 Sub6,000min-1/8,000min-1 | |
| Max Tuning Diameter | Ф20mm/Ф26mm | ||
| Main Spindle Stroke | 260mm | ||
| Tools | O.D Tools | 6X[口12x12] | |
| I.N Tools | 5X[ф25-ER16] | ||
| Cross Driven Tools(integration) | 4X[ER16] | ||
| Motors | Main | 2.2/3.7KW | 4.4KW |
| Cross | 0.55/1.1KW | 0.75KW | |
| Drive | 0.75KW | ||
| Coolant | 0.4KW | ||
Others | Central Height | 1,000mm | |
| Weight | 3600Kg | ||
| Thesize(L*W*H) | 2610x1530x1674mm | ||
1. Because the Swiss screw machine provides high rigidity during machining due to the mechanical configuration of sliding headstock and guide bushing, the workpiece always needs to be machined near the guide bushing.
This is done by machining in segments to guarantee the final part dimensions are within the desired tolerances.
2.Swiss-type lathes such are capable of performing simultaneous machining with 5-axis control, which drastically reduces cycle-time and higher throughput.
Small mechanical parts are pervasive in applications across Electronics, Medical, Automotive, and Aerospace Industries. Be it inner micro parts for injection pumps, electrical probes, or implants for surgery; these parts are now lighter, more compact, and more efficient thanks to the precise turning processes performed by the new generation of Swiss turning machine
With the latest advancements in materials science and motion control technology, Swiss-type machines have become the industry standard for the machining of cost-effective miniature parts with very high accuracy and repeatability.
