Vertical machining centre
VH-85 Vertical Machining Centre
A box-structure vertical centre on a widened chassis, running a 10000 / 12000 rpm BT40 spindle over 850/550/550 mm of travel with a 1000 × 520 mm table rated at 600 kg.
Features
- The machine body is made of high-grade castings, with a box structure and multiple stiffeners to improve rigidity.
- The spindle runs high-rigidity, high-precision ceramic ball bearings with ultra-low temperature rise, improving thermal elongation behaviour and cutting precision.
- The chassis is widened and the span of the X, Y and Z guideways increased, making the body more stable and shock-resistant.
Specification
Published catalogue figures for the series; the columns for this model are highlighted. Options and non-standard travels are quoted separately.
| Item | Unit | V-8B | V-11 | V-13 | VH-85 |
|---|---|---|---|---|---|
| Travel | |||||
| X.Y.Z axis travel | mm | 820/550/550 | 1100/600/600 | 1300/700/700 | 850/550/550 |
| Distance from spindle nose to worktable | mm | 120-670 | 130-730 | 130-830 | 110-660 |
| Distance from spindle center to Z-axis shield | mm | 540 | 625 | 750 | 560 |
| Workbench | |||||
| Workbench size | mm | 1000×500 | 1200×600 | 1400×700 | 1000×520 |
| T-slot (size×slot×space) | mm | 18×5×80 | 18×5×100 | 18×5×125 | 18×5×100 |
| Maximum load of workbench | kg | 600 | 800 | 850 | 600 |
| Spindle | |||||
| Rotating speed | r/min | 12000 | 8000/12000 | 10000/12000 | |
| Spindle specification | — | BT40 | BT40/BBT40 | BT40 | |
| Transfer method | — | Direct drive | Belt drive/Direct drive | Belt drive/Direct drive | |
| Feed | |||||
| Three-axis cutting feed | mm/min | 1-10000 | |||
| Three-axis rapid feed | m/min | 48×48×48 | 36×36×36 | 24×24×24 | 36×36×36 |
| Precision GB/T20957.4-2007 | |||||
| Positioning precision (X/Y/Z) | mm | 0.008/0.006/0.006 | 0.008/0.006/0.006 | 0.010/0.007/0.007 | 0.008/0.006/0.006 |
| Repeatability (X/Y/Z) | mm | 0.005/0.004/0.004 | 0.005/0.004/0.004 | 0.006/0.004/0.004 | 0.005/0.004/0.004 |
| Tool changing system | |||||
| Total number of tools | pcs | 24 | 24/30 | 24 | 24 |
| Max tool weight | kg | 8 | 8 | 8 | 8 |
| Max tool length | mm | 300 | |||
| Max tool diameter (full tool / adjacent empty tool) | mm | 80/150 | |||
| Tool magazine form | — | Disc | |||
| CNC system | |||||
| Control System | — | FANUC 0i MF Plus (Mitsubishi M80A/M80B) | |||
| Spindle motor power | kW | 7.5/15 | 11/18.5 | ||
| Three-axis motor power | mm | 2.0/2.0/3.0 | 3.0/3.0/3.0 | ||
| Others | |||||
| Required air pressure | kgf/cm² | ≥6 | |||
| Electricity demand | kVA | 20 | 25 | 20 | |
| Dimensions (L×W×H) | mm | 2400×2700×2850 | 2900×2680×3050 | 3290×3210×3145 | 2500×2750×2790 |
Request A Quote
Get A Tailored Quote For The VH-85
Send The Largest Part Dimensions, The Material And The Tightest Tolerance. Our Engineers Confirm Whether The VH-85 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 VH-85
What should I look at inside the VH-85 beyond the spec table?
Two build points matter most on this machine: the machine body is made of high-grade castings, with a box structure and multiple stiffeners to improve rigidity; and the spindle runs high-rigidity, high-precision ceramic ball bearings with ultra-low temperature rise, improving thermal elongation behaviour and cutting precision. 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 options are catalogued for the VH-85?
Catalogued options for the VH-85 include: Fourth axis; Fifth axis; CTS (coolant through spindle). Options are named line by line on the quotation with the base configuration, so what is written is what arrives — and if an option does not earn its money on your parts, we will say so.
Which parts suit the VH-85 best?
The catalogued work list for the VH-85 covers mould, transportation, communication, food, electronic. If your part sits outside that list it is not necessarily wrong for the machine — send the drawing, the material and the tolerance and we will place it honestly, on this machine or another.
VH-85 or T-10 / T-13 — which fits my work?
Both sit in the vertical machining centre 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 acceptance testing does the VH-85 go through?
Every VH-85 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.
