WISEECNC Precision · Xiamen CNC Machine Manufacturer
WISEECNC focuses on vertical turn-mill-grinding machining centers, small vertical lathes, and gantry-type vertical turn-mill-grinding centers for flat parts and high-efficiency, high-precision precision-machinery production. The goal is to replace scattered multi-machine routes with fewer setups, better accuracy control, and a smaller factory footprint.
What we build
Choose from VTM vertical turn-mill-grind centers, small CNC vertical lathes, and gantry-type vertical compound centers according to workpiece size, process route, accuracy target, and floor-space limits.
Core WISEECNC machines for flat, disc, valve, ring, hub, and precision machinery parts that need turning, milling, drilling, tapping, and optional grinding in fewer setups.
Compare VTM and vertical lathe models
Compact vertical turning platforms for short, round, and flat workpieces where stable clamping, repeatable accuracy, and smaller floor space matter.
Compare VTM and vertical lathe models
Large vertical compound platforms for heavier flat and ring-type parts that need high rigidity, process integration, and controlled floor-space planning.
Compare VTM and vertical lathe modelsProblem solved
WISEECNC machines are built for factories processing flat, disc, ring, valve, hub, and precision machinery parts that need fewer transfers, more stable accuracy, higher efficiency, and better use of workshop space.
Concentrate turning, milling, drilling, tapping, and optional grinding on one vertical platform instead of moving parts across separate machines.
Keep more features in fewer clampings so flat, disc, ring, valve, and hub parts have fewer transfers, datum changes, and waiting steps.
Vertical clamping, live tooling, C-axis capability, and grinding options help reduce accumulated positioning error and shorten the process route.
Small vertical lathes, VTM centers, and gantry-type vertical platforms help replace long process lines with a more compact machining plan.
HZ-VTM model range
Use model pages to judge whether the part belongs on a compact VTM, a small vertical lathe, or a larger gantry-type vertical compound platform.
A compact VTM platform for small disc, hub, valve, and precision machinery parts that need fewer setups and tighter process control.
A balanced VTM size for medium disc and housing parts where turning, drilling, tapping, and milling stay in one clamping.
A high-rigidity VTM platform for heavier medium parts that need stable vertical clamping and multi-process machining.
The core heavy-duty VTM choice for large disc, valve, construction machinery, and aviation parts requiring turning plus secondary operations.
A larger VTM platform for heavy disc and ring parts where load capacity, low-speed torque, and setup reduction drive ROI.
A large VTM platform for heavy ring, flange, valve, shipbuilding, and construction machinery parts that need higher load capacity and longer travels.
A heavy-duty vertical turn-mill platform for large-diameter parts requiring 8000 kg table load, ATC options, and stable one-setup machining.
The largest listed VTM platform for oversized disc, ring, and heavy industry parts where floor planning, lifting, and service planning are critical.
Factory and documentation
Export buying path
Overseas buyers can compare the machine with the real workpiece, confirm delivery risk, and keep purchasing communication technical instead of vague.
Share part diameter, height, weight, material, operations, tolerance, and annual quantity before choosing HZ-VTM400 to HZ-VTM2000.
Confirm turret, C-axis, live tooling, grinding, CNC control, fixture direction, trial-cut expectation, and inspection standard before the order.
Average lead time is about 45 days after configuration confirmation. Final schedule, packing, destination, and trade terms are confirmed during RFQ.
Plan foundation, power, lifting, training, spare parts, remote troubleshooting, and language contact before the machine leaves the factory.
Next step
A useful quotation starts with part geometry, material, process sequence, current machine route, tolerance, cycle-time target, floor-space limits, preferred CNC control, and service destination.
