CNC vertical lathe
HT1000-HT1600 CNC Vertical Lathe
A single-column vertical lathe, also available as a turning centre, built to current international structural practice for high table speed and better surface finish. The table indexes, the magazine interface is BT50, and a driven head can be fitted for drilling. Turning tool holders are BT50 as well. The build is compact and holds machining accuracy.
Specification
Published catalogue figures; specifications are subject to change without notice. Remarks record what is standard and what varies with the configuration chosen.
| Item | Unit | HT1000 A | HT1000 ATC | HT1000 ATC+C | HT1200 A | HT1200 ATC | HT1200 ATC+C | HT1600 A | HT1600 ATC | HT1600 ATC+C |
|---|---|---|---|---|---|---|---|---|---|---|
| Machine capacity | ||||||||||
| Table diameter | mm | Φ1000 | Φ1250 | Φ1600 | ||||||
| Max. swing diameter | mm | Φ1350 | Φ1600 | Φ2000 | ||||||
| Max. cutting diameter | mm | Φ1100 | Φ1350 | Φ1800 | ||||||
| Max. cutting height | mm | 900 | 1200 | 1200 | ||||||
| Max. table load | kg | 4000 | 5000 | 8000 | ||||||
| Travel | ||||||||||
| X-axis travel (left / right) | mm | -375; +720 | -375; +700 | -375; +700 | -60; +1230 | -50; +875 | -50; +875 | -50; +1500 | -100; +1125 | -100; +1125 |
| Z-axis travel (up / down) | mm | 800 | 900 | 900 | ||||||
| Cross-rail vertical travel | mm | 500 | 750 | 750 | ||||||
| Spindle | ||||||||||
| Spindle speed, low range | r/min | 1–160 | 1–140 | 1–62 | ||||||
| Spindle speed, high range | r/min | 160–600 | 140–350 | 62–250 | ||||||
| Live sub-spindle speed, low range | r/min | — | — | 2–1200 | — | — | 2–1200 | — | — | 2–1200 |
| Live sub-spindle speed, high range | r/min | — | — | 1200–2400 | — | — | 1200–2400 | — | — | 1200–2400 |
| Max. spindle torque | N·m (kgf·m) | 8496 (866) | 8607 (878) | 19677 (2007) | ||||||
| Feed rate | ||||||||||
| X-axis rapid feed | m/min | 12 | 12 | 12 | ||||||
| Z-axis rapid feed | m/min | 10 | 10 | 10 | ||||||
| Cutting feed | mm/min | 1–2000 | 1–2000 | 1–2000 | ||||||
| Manual feed | m/min | 0–6 | 0–6 | 0–6 | ||||||
| Automatic tool changer | ||||||||||
| Tool pockets | — | — | 12 tools | 12 tools | — | 12 tools | 12 tools | — | 12 tools | 12 tools |
| Tool shank type | — | — | 7/24 taper BT-50 | — | 7/24 taper BT-50 | — | 7/24 taper BT-50 | |||
| Max. tool length | mm | 340 | 380 | 340 | 380 | 340 | 380 | |||
| Max. tool weight | kg | 50 | 50 | 50 | 50 | 50 | 50 | |||
| Max. magazine load | kg | — | 360 | — | 360 | — | 360 | |||
| Tool-change time (tool to tool) | s | 5 | 40 | 5 | 40 | 5 | 40 | |||
| Turret | ||||||||||
| Turret type | — | 5-station turret | — | — | 5-station turret | — | — | 5-station turret | — | — |
| Tool shank size, OD (ID) | mm | 32 × 32 (Φ63) | — | — | 32 × 32 (Φ63) | — | — | 32 × 32 (Φ63) | — | — |
| Control system | — | FANUC 0i-TF | ||||||||
| Motors | ||||||||||
| Spindle motor | kW | 37/45 (α40) | ||||||||
| Live sub-spindle motor | kW | — | — | 7.5/11 (α8) | — | — | 7.5/11 (α8) | — | — | 7.5/11 (α8) |
| X-axis servo motor | kW | 6 (α40i) | 6 (α40i) | 6 (α40i) | ||||||
| Z-axis servo motor | kW | 6 (α40i+β) | 6 (α40i) | 6 (α40i) | ||||||
| CF-axis servo motor | kW | — | — | 6 (α40i) | — | — | 6 (α40i) | — | — | 6 (α40i) |
| Coolant motor | kW | — | 1.5 | 1.5 | ||||||
| Power requirement | kVA | 65 | 65 | 80 | 65 | 80 | 65 | 80 | ||
| Tank capacity | ||||||||||
| Hydraulic tank | L | 60 | 60 | 130 | 130 | 130 | ||||
| Coolant tank | L | 700 | 570 | 550 | ||||||
| Lubrication tank | L | 4.6 | 4.6 | 4.6 | ||||||
| Machine dimensions | ||||||||||
| Floor area | mm | 4000 × 4800 | 4600 × 5200 | 5550 × 5530 | ||||||
| Machine height | mm | 4850 | 5400 | 5400 | ||||||
| Machine weight | t | 20 | 20 | 21 | 22 | 22 | 23 | 24 | 24 | 25 |
| Accuracy | ||||||||||
| X / Z axis | mm | Positioning ±0.007/500; repeatability ±0.005 | ||||||||
| C axis | — | Positioning ±7.5″/360°; repeatability ±5″ | ||||||||
What Is Built Into It
- Twin-ballscrew cross rail lift, bed ways laid out thermally symmetric
- Table and table base cast as one thermally symmetric structure
- Table spindle on two NN3000K double-row short cylindrical roller bearings
- Horizontal gearbox drive with two, four or sixteen speed steps
- BT50 magazine interface on the turning-centre variants
- Closed-loop control, grinding function and in-machine tool setting available to order
Request A Quote
Get A Tailored Quote For The HT1000-HT1600
Send The Largest Part Dimensions, The Material And The Tightest Tolerance. Our Engineers Confirm Whether The HT1000-HT1600 Fits And Reply With A Detailed Quotation.
- +86 15162661999
- info@hankray.com
-
Room 1804-2, No. 33 Xinggui Street, Suzhou Industrial Park, Suzhou, Jiangsu, China
Model FAQs
Questions Engineers Ask About The HT1000-HT1600
What spindle speeds does the HT1000-HT1600 run, and why does the range matter?
The catalogued range is 1–160 / 1–140 / 1–62 r/min. The span matters more than the top figure: large diameters and tough materials live at the low end where torque does the work, while small-diameter finishing wants the top end. A range that covers both ends is what lets one machine carry mixed work.
Why does the HT1000-HT1600 hold its geometry under real work?
Two build points matter most on this machine: twin-ballscrew cross rail lift, bed ways laid out thermally symmetric; and table and table base cast as one thermally symmetric structure. Structure decides how a machine ages — the specification table tells you what it does new, the build tells you what it does in year five.
What separates the HT1000-HT1600 from the VT1 in this group?
Both sit in the cNC vertical lathe group, so the decision is capacity and duty, not kind: put your largest part dimensions, material and yearly quantity against each specification table and one of the two will run out of a figure first. Send the drawing and we will name which of the two fits — including the case where the smaller machine does the job.
What evidence comes with the HT1000-HT1600 that it meets spec?
Every HT1000-HT1600 is laser-measured to ISO 230-2 over its travels, cuts a test piece that is measured rather than admired, and ships with a serial-numbered report carrying the measured values. If any line misses, the machine goes back into the shop until it passes — the report is a record, not a promise.
