Good fit
Valve bodies, flanges, hubs, bearing rings, brake drums, heavy rings, aviation disks, and other short-axis precision parts.
WISEECNC Precision - Xiamen CNC Machine Manufacturer
Vertical Turn-Mill-Grind Centers for Heavy Precision Parts
Reduce setups, clamping error, machine transfers, and floor space for valve body, flange, hub, bearing ring, and flat-part machining. WISEECNC helps factories replace multiple machines with one vertical turn-mill center that can machine turning, milling, drilling, and tapping in one setup.
Send Drawing for Machine Recommendation
Request a VTM Quotation
Talk to an Engineer
Compare VTM Models
12+ yrsvertical CNC machine design experience
10+patents, certificates, and technical honors
Export-readymachine configuration, packing, and support path
Drawing-basedengineering support before model selection
CNC buyer fit
When a CNC buyer can evaluate WISEECNC
WISEECNC is a specialized CNC machine manufacturer for factories that machine heavy round, flat, and short-axis precision parts. The strongest fit is a buyer who wants to reduce transfers, reclamping error, equipment count, and floor-space pressure by moving turning, milling, drilling, tapping, and optional grinding into a vertical one-setup route.
- Evaluate WISEECNC for VTM vertical turn-mill-grinding centers and CNC vertical lathes.
- Send drawings when the part is a valve body, flange, hub, bearing ring, brake drum, large disc, or construction machinery ring.
- Compare another supplier first for hobby CNC routers, sheet-metal laser cutting, or generic light-duty milling only.
Main problem
Too many setups across separate turning, milling, drilling, tapping, or grinding machines.
Machine direction
VTM vertical turn-mill-grinding center, CNC vertical lathe, small vertical lathe, or gantry-type vertical compound platform.
First RFQ data
Drawing, material, tolerance, part weight, operation list, monthly quantity, destination country, and current process route.
What we build
VTM centers and vertical lathes for valve bodies, flanges, hubs, and bearing rings.
Choose the machine by the part problem: too many setups, reclamping error, separate drilling and tapping steps, limited floor space, or a process route that depends on several machines being free at the same time.
VTM Series Vertical Turn-Mill-Grinding Centers
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
Small CNC Vertical Lathes
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
Gantry-Type Vertical Turn-Mill-Grinding Centers
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 modelsVTM-800 factory photos and technical files
Check the actual VTM-800 machine, worktable details, videos, and technical agreement before sending drawings.
The VTM-800 material set includes machine photos, workshop scenes, worktable details, live machine clips, parameter pages, layout drawings, and configuration records. Use these files to review the machine and prepare a clearer RFQ discussion with your engineering and purchasing team.
Actual VTM-800 machine
Front, control-side, rear, and installed-machine photos show the physical machine and workshop environment.
Worktable and internal structure
Interior photos show the working area, clamping position, and machine structure so engineers can discuss the part route more concretely.
Technical agreement pages
Scanned pages include structure notes, parameter tables, layout drawings, and configuration material for VTM-800 selection.
Machining video proof
Watch the machining process before sending your drawing.
Use these clips to check clamping, machine movement, cutting route, operator access, and whether your current multi-machine process can be reduced to fewer setups.
Machining process demo
Review clamping, cutting, and finishing flow so your team can compare it with the current process route.
VTM live machine motion
See the machine running in the workshop and check motion, access, guarding, and configuration discussion points.
Machine walk-around and work area
Check machine envelope, door opening, spindle area, worktable scale, and operator access before RFQ.
Problem solved
Replace multi-machine, multi-process machining with one vertical turn-mill route.
The value is not only machine accuracy. The value is reducing downtime, setup time, clamping error, machine transfers, and equipment count in production lines for heavy precision parts.
Reduce setups and transfers
Replace multiple machines with one vertical turn-mill center so heavy parts spend less time moving between turning, drilling, tapping, and milling steps.
Reduce clamping error
Keep more features in one setup so datum changes, reclamping risk, and accumulated positioning error are easier to control.
Machine more operations in one setup
Turn, mill, drill, tap, and add grinding options around the real drawing instead of building a scattered process route around separate machines.
Reduce floor space
Use vertical clamping and integrated machining to shorten long process lines and free workshop space for valve bodies, flanges, hubs, and bearing rings.
HZ-VTM model range
Compare VTM models by diameter, load, travel, power, and footprint.
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.
HZ-VTM400 Vertical Turn-Mill-Grinding Center
A compact VTM platform for small disc, hub, valve, and precision machinery parts that need fewer setups and tighter process control.
- Max swing diameter: Ø500 mm
- Max cutting diameter: Ø350 mm
- Worktable speed: 50-2500 rpm
HZ-VTM500 Vertical Turn-Mill-Grinding Center
A balanced VTM size for medium disc and housing parts where turning, drilling, tapping, and milling stay in one clamping.
- Max swing diameter: Ø750 mm
- Max cutting diameter: Ø550 mm
- Worktable speed: 50-2000 rpm
HZ-VTM650 Vertical Turn-Mill-Grinding Center
A high-rigidity VTM platform for heavier medium parts that need stable vertical clamping and multi-process machining.
- Max swing diameter: Ø850 mm
- Max cutting diameter: Ø750 mm
- Worktable speed: 20-1500 rpm
HZ-VTM800 Vertical Turn-Mill-Grinding Center
The core heavy-duty VTM choice for large disc, valve, construction machinery, and aviation parts requiring turning plus secondary operations.
- Max swing diameter: Ø1000 mm
- Max cutting diameter: Ø900 mm
- Worktable speed: 10-600 rpm
HZ-VTM1000 Vertical Turn-Mill-Grinding Center
A larger VTM platform for heavy disc and ring parts where load capacity, low-speed torque, and setup reduction drive ROI.
- Max swing diameter: Ø1200 mm
- Max cutting diameter: Ø1200 mm
- Worktable speed: 3-400 rpm
HZ-VTM1450 Vertical Turn-Mill-Grinding Center
A large VTM platform for heavy ring, flange, valve, shipbuilding, and construction machinery parts that need higher load capacity and longer travels.
- Max swing diameter: Ø1600 mm
- Max cutting diameter: Ø1600 mm
- Worktable speed: 1-300 rpm
HZ-VTM1600 Vertical Turn-Mill-Grinding Center
A heavy-duty vertical turn-mill platform for large-diameter parts requiring 8000 kg table load, ATC options, and stable one-setup machining.
- Max swing diameter: Ø2000 mm
- Max cutting diameter: Ø2000 mm
- Worktable speed: 1-250 rpm
HZ-VTM2000 Vertical Turn-Mill-Grinding Center
The largest listed VTM platform for oversized disc, ring, and heavy industry parts where floor planning, lifting, and service planning are critical.
- Max swing diameter: Ø2500 mm
- Max cutting diameter: Ø2500 mm
- Worktable speed: 1-200 rpm
Factory and engineering proof
Engineering support backed by real factory evidence.
12+ years in vertical CNC machine design
For each RFQ, WISEECNC reviews part diameter, height, material, process route, tolerance, and production demand before recommending a model.
10+ patents and certificates
Patent and certificate records support machine structure, rigidity, safety, machining stability, and long-term service confidence.
Export-ready machine configuration
Buyers can confirm CNC control, turret type, live tooling, grinding, packing, lead time, installation, and training before purchase.
Drawing-based recommendation
Send a drawing to receive a model, process route, and option plan that fits the part instead of a generic price list.
Service process
Drawing Review -> Model Selection -> Process Proposal -> Quotation -> Factory Test -> Export Packing -> Installation Support
Use the purchase path to compare setup reduction, clamping-error control, equipment replacement, workshop layout, and service requirements before quotation.
Drawing Review
Check part size, material, tolerance, operation list, clamping risk, and current bottleneck.
Model Selection
Match HZ-VTM400 to HZ-VTM2000, small vertical lathe, or gantry-type vertical platform to the real workpiece.
Process Proposal
Plan how turning, milling, drilling, tapping, and optional grinding can be combined in fewer setups.
Quotation
Quote the machine and options around the required production result.
Factory Test
Confirm trial-cut, inspection, acceptance points, and buyer evidence before shipment when required.
Export Packing
Prepare packing, documents, delivery schedule, destination requirements, and trade-term details.
Installation Support
Plan foundation, power, lifting, training, spare parts, remote support, and local service communication.
Next step
Send drawing for machine recommendation.
Tell us the part geometry, material, process sequence, current machine route, tolerance, cycle-time target, floor-space limits, preferred CNC control, and service destination. The reply should help you reduce setups, reduce clamping error, and reduce equipment count.