
Key Facts R8, the collet system most associated with milling precision, is directionally reported as having
ANTISHICNC CNC vertical turning milling machines stand for machining precision, reliability, and efficiency for both intricate components and large-scale production, thus enhancing manufacturing performance.
The CNC double-column turning and milling compound lathe is a state-of-the-art machine built with precision, efficiency, and versatility in mind.
By positioning machine tools at a slant, the design trims the overall footprint on the shop floor, making it easier to fit more equipment into tighter areas.
With the worktable having a large space and very high load-bearing capabilities, it supports heavy loads, thereby providing an excellent work surface for large workpieces or multi-station fixtures. Batch processing, therefore, is a brilliant option for this machine, which performs superbly for very demanding manufacturing operations.
| Name | Unit | 630T |
|---|---|---|
| Maximum turning diameter | mm | 6300 |
| Maximum rotation diameter | mm | 6380 |
| Maximum processing height | mm | 4000 |
| Workbench diameter | mm | 5700 |
| Workbench speed range (turning) | r/min | 0.1-32 |
| Milling and indexing workbench speed | r/min | 0.02-1 |
| Milling spindle motor power (AC) | kw | 31 |
| Milling spindle speed range (stepless) | r/min | 20-2000 |
| Milling spindle taper | 7:24 | |
| Milling spindle toolholder specifications | BT50 | |
| Workbench maximum torque | KN.m | 200 |
| Tool holder cutting force | KN | 50/40 |
| Tool holder slide maximum stroke | mm | 2000 |
| Tool holder horizontal maximum stroke | mm | -20~3550 |
| Slide and tool holder feed range | mm/min | 0.1~1000 |
| Slide and tool holder rapid movement range | mm/min | 3000 |
| Right and left tool holder slide cross-sectional dimensions | mm | 320x320 |
| Beam maximum stroke | mm | 3550 |
| Beam lifting speed | mm/min | 350 |
| Beam lifting motor power | kw | 30 |
| Main motor power | kw | 110 |
| Total electrical capacity | KVA | 200 |
| Machine weight (approx.) | T | 198 |
The Single-Column Turn-Mill Compound Machine is one of modern high-precision, multi-store tools designed to maximize performance.
It comes with a single-column design with a heavy large crossbeam and ram, providing excellent stability and precision, the perfect tool for those industries requiring high-precision machining.
Four operations are integrated into one single carpentry machine: turning, milling, drilling, tapping; this makes manufacturing simple, even for the most complex workpieces, raising productivity and reducing setup times.
| Item | Specification | |
|---|---|---|
| Machining Range | ||
| Maximum Workpiece Height | 1200mm | |
| Maximum Workpiece Mass | 8000kg | |
| Travel | ||
| Z-axis Travel | 1000 mm | |
| Worktable | ||
| Maximum C-axis Speed | 2 r/min | |
| Speed Stages | 2 Mechanical Gears + Stepless | |
| Main Motor Power | 37 kW | |
| Milling Spindle | ||
| Spindle Motor Power | 19 kw | |
| Tool Holder Specification | BT50 | |
| Pull Stud Specification | P50T-I (MAS403) | |
| Machining Capacity | ||
| Number of Crossbeam Positioning Stages | 7 | |
| Maximum Crossbeam Travel | 750 mm | |
| Rapid Traverse Speed (X/Z) | 9/9 m/min | |
| Speed | ||
| Tool Change Mode | Automatic | |
| Tool Magazine | ||
| Number of Tool Positions | 12 | |
| Positioning Accuracy (X-axis) | 0.025 mm/1000 | |
| Machine Tool Accuracy | ||
| Positioning Accuracy (Z-axis) | 0.025 mm/1000 | |
| Repeat Positioning Accuracy (X-axis) | 0.010 mm/1000 | |
| Repeat Positioning Accuracy (Z-axis) | 0.010 mm/1000 | |
| Positioning Accuracy (C-axis) | 8 | |
| Repeat Positioning Accuracy (C-axis) | 5 | |
| Power Supply Capacity | 90 | |
| Others | ||
| Air Supply/Pressure | 500L/min 68bar | |
| Coolant Tank Volume | 600 | |
| Net Machine Tool Weight (Approx.) | 24000 |
In the world of precision engineering, CNC machines have cemented themselves as a favorable manufacturing tool. Designed to perform sophisticated and demanding turning operations, these machines were developed to ensure utmost efficiency and precision. So, what is it that truly distinguishes these vertical turning centers from horizontal ones? How do vertical turning centers operate, and why do so many industries, ranging from aerospace to automotive, prefer them? This article examines the primary features, advantages, and applications of CNC vertical lathe machines, offering a comprehensive overview for those seeking to broaden their understanding of this crucial technology.

Key Facts R8, the collet system most associated with milling precision, is directionally reported as having

Hello everyone, I am a local machine tool distributor with many years of experience in the

Summary: As an experienced machine tool purchaser from Brazil with over 8 years of professional experience
WhatsApp us