WISEECNC Precision - Xiamen CNC Machine Manufacturer
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.
What we build
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.
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
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.
Replace multiple machines with one vertical turn-mill center so heavy parts spend less time moving between turning, drilling, tapping, and milling steps.
Keep more features in one setup so datum changes, reclamping risk, and accumulated positioning error are easier to control.
Turn, mill, drill, tap, and add grinding options around the real drawing instead of building a scattered process route around separate machines.
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
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 engineering proof
For each RFQ, WISEECNC reviews part diameter, height, material, process route, tolerance, and production demand before recommending a model.
Patent and certificate records support machine structure, rigidity, safety, machining stability, and long-term service confidence.
Buyers can confirm CNC control, turret type, live tooling, grinding, packing, lead time, installation, and training before purchase.
Send a drawing to receive a model, process route, and option plan that fits the part instead of a generic price list.
Service process
A clear purchase path helps buyers judge whether the machine can reduce setups, reduce clamping error, replace separate equipment, and fit the workshop layout.
Check part size, material, tolerance, operation list, clamping risk, and current bottleneck.
Match HZ-VTM400 to HZ-VTM2000, small vertical lathe, or gantry-type vertical platform to the real workpiece.
Plan how turning, milling, drilling, tapping, and optional grinding can be combined in fewer setups.
Quote the machine and options around the required production result.
Confirm trial-cut, inspection, acceptance points, and buyer evidence before shipment when required.
Prepare packing, documents, delivery schedule, destination requirements, and trade-term details.
Plan foundation, power, lifting, training, spare parts, remote support, and local service communication.
Next step
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.
