Why Choose Our High-Efficiency Cnc Lathe for Heavy-Duty Precision?
- With over a decade of experience,we ensure your CNC lathe delivers international-level precision right out of the crate.
- You benefit from strict quality control:spindle temperature rise,guideway hardness,and positioning accuracy are measured on every unit.
- Need custom features?We support non-standard configurations like hydraulic chucks and tool turrets-so you get exactly what your shop needs.
- You also receive lifecycle technical support and application guidance – all to boost your ROI.
- As a custom CNC lathe manufacturer, we serve industries where our CNC lathes are proven: automotive, mold-making, aerospace, defense, and heavy machinery.
CNC Lathe Manufacturer Built on Ten Years of Real-World Rigidity
We cast our own beds, assemble every machine in-house, and test each CNC lathe for ±0.005mm repeatability before it leaves. You get high rigidity for heavy cuts, precision for complex contours (IT6-IT7 grade), and non-standard customization to match your exact jobs. Backed by a decade of experience and full life-cycle technical support, we help you lower cost per part and keep your shop running.
CNC Lathe Lineup
New design with IT6-IT7 precision. Integrated structure, fully enclosed. Ideal for aerospace and defense.
Cost-effective flat-bed lathe. Handles cylinders, tapers, threads. 4-station turret, stepless speed control.
Heavy-duty precision lathe. 500mm swing, 1600rpm, 20% energy saving. IT6-IT7 accuracy.
Economical 660mm swing lathe. 11kW spindle, hardened guideways. IT7 accuracy. Optional GSK/FANUC/Siemens.
Heavy-duty 800mm swing lathe. 11kW spindle, 6000mm length capacity. IT7 accuracy. For aerospace and energy.
Why You Need a Reliable CNC Lathe for Heavy Cutting & Daily Production?
You get stable accuracy for hard turning and batch production, achieving IT6-IT7 grade.
Your machine absorbs heavy cuts without vibration (TCK50A).
You can cut everything from non-ferrous metals to hardened steel at up to 1600rpm.
Reduces power consumption by 20% compared to conventional lathes.
Manufacturing & Quality Advantage
We cast our own beds and assemble every CNC lathe in-house – giving us full control over material quality and construction tolerances. Each machine is individually tested for ±0.005mm repeatability before shipment. You get high rigidity for heavy cuts and IT6-IT7 precision for complex parts. No guesswork, just real results you can rely on every shift, year after year.
Customization & Support Advantage
Need non-standard configurations? We support hydraulic chucks, servo turrets, pneumatic tailstocks, and multiple control systems including GSK, FANUC, Siemens, and Syntec. Every machine is tested before shipment. You get a CNC lathe built to your exact job requirements – whether you need larger spindle bore, special tooling layout, or specific threading capabilities. Backed by a decade of hands-on experience, we deliver what your shop actually needs.
Company Capabilities
With a decade of dedication to the CNC lathe industry, the company commands integrated production capability spanning in-house casting, core component R&D, and complete machine assembly. Every unit undergoes rigorous item-by-item testing prior to shipment to guarantee high rigidity and ±0.005mm precision. You are backed by non-standard customization and full life-cycle technical support – delivering stable, reliable machining solutions for your business.
Solutions by Industry
Mass production of shafts, flanges, and brake drums. You get ±0.005mm precision for assembly consistency, supporting high-feed roughing and finishing in a single setup.
Machining of cylinder barrels, piston rods, and valve cores. The high-rigidity bed minimizes vibration, making this CNC lathe ideal for hydraulic cylinder boring.
Handling heavy-cutting tasks for large shafts, rollers, and gear blanks. The cast bed, engineered with a decade of expertise, delivers long-term resistance to fatigue and deformation.
Precision machining of rotation parts with IT6-IT7 accuracy. Our TCK50A and CK6180 are widely used in these demanding industries.
Technical Specifications
- TCK50A Specs
- CK Series Specs
| Specification | TCK50-500 |
| Capacity | |
| Max. swing dia. over bed | φ560mm |
| Max. length of workpiece | 550mm |
| Max. turning dia. | Φ430mm (Disc parts) Φ310mm (Shaft parts) |
| Max. turning dia. | 8”-480（10”-460） |
| Max. swing dia. over slide | φ310mm |
| Max. bar diameter | φ50mm |
| Spindle | |
| Spindle speed range | 50～3000r/min |
| Spindle bore | φ65mm |
| Spindle nose | A2-6 |
| Max. spindle output torque | 150Nm |
| Spindle motor | 11kw |
| Hydraulic chuck size | 8”/10″ |
| Axis | |
| X axis travel | 220mm |
| Z axis travel | 560mm |
| X axis rapid traverse | 30m/min |
| Z axis rapid traverse | 30m/min |
| Turret | |
| No. of tool station | 8 position |
| Tool shank size | 25×25mm |
| Boring tool shank size | φ40/φ32 |
| Tailstock | |
| Tailstock travel | 350mm |
| Taper of tailstock quill | MT5 |
| Max. Loading Capacity | |
| Disk parts | 200kg |
| Shaft parts | 500kg |
| Machine Dimensions | |
| Overall dimension（L x W x H） | 2775×1842×1866mm |
| Machine weight | 3650kg |
| Specification Capacity | CK6140 | CK6150 | CK6166 | CK6180 |
| Chuck size | 10″ | 10″ | 10″ | 12″ |
| Max.swing dia over bed | 400mm | 500mm | 660mm | 800mm |
| Max.swing dia over slide | Φ240mm(φ220mm) | 285mm | 420mm | 560mm |
| Distance between center | 500/750/1000/1500mm | 750/1000/1500/2000mm | 1000/1500/2000/3000mm | 1000/1500/2000/3000mm |
| Width of bed | 330mm | 400mm | 400mm | 400mm |
| Spindle | ||||
| Spindle speed range | 150-2200rpm | 45-180/180-750/600-1600rpm | Φ45-180/180-750/600-1600rpm | 45-180/180-750/600-1600rpm |
| Spindle bore | φ60mm | Φ82mm | Φ82mm,*Φ105mm | Φ82mm,*Φ105mm |
| Max.dia of through-hole | φ50mm | Φ70mm | Φ70mm,*Φ90mm | Φ70mm,*Φ90mm |
| Spindle nose | A2-6 | A2-8（*105mmforA2-11) | A2-8（*105mmforC-11) | A2-8（*105mmforC-11) |
| Spindle taper | MT6 | Φ90mm1:20,*105mmfor105mm1:20 | Φ90mm1:20*105mmfor120mm1:20 | Φ90mm1:20*105mmfor120mm1:20 |
| Axis | ||||
| Xaxis travel | 250mm | 295mm | 310mm | 310mm |
| Zaxis travel | 500/750/1000/1500mm | 750/1000/1500/2000mm | 1000/1500/2000/3000mm | 1000/1500/2000/3000mm |
| XZ axis rapid traverse | 6/8m/min | 6/8m/min | 6/8m/min | 6/8m/min |
| Turret type | ||||
| Turret type | Electric type | Electrictype | Electrictype | Electrictype |
| No of tool stations | 4,*6,*8 position | 4,*6,*8position | 4,*6,*8position | 4,*6,*8position |
| Max.section of tool | 25x25mm | 25x25mm | 25x25mm | 25x25mm |
| Tailstock | ||||
| External diameter | φ55mm | Φ80mm | Φ75mm | Φ75mm |
| Travel of tailstock quill | 120mm | 150mm | 150mm | 150mm |
| Taper of tailstock quill | MT4 | MT5 | MT5 | MT5 |
| Motor | ||||
| Spindle motor power | 5.5kw,*7.5kw | 7.5kw,*11kw | 11kw | 11kw |
| Coolant pump power | 120w | 250w | 250w | 250w |
| Machine Dimensions | ||||
| Overall dimension (L×W×H) | 1700/2050/2520/3050x1400x1680mm | 2420/2860/3110/3620x1600x1750mm | 2750/3250/3700/4600x1800X2000mm | 2750/3250/3700/4600x1800X2000mm |
| Packing size(L×W×H) | 1850/2250/2640/3200x1530x2020mm | 2600/3050/3350/3850x1800x2220mm | 2900/3400/3800/4700x2000x2250mm | 2900/3400/3800/4700x2000x2250mm |
| N.W | 1400/1600/1800/2200kg | 2750/3100/3350/3550kg | 2700/2900/3300/3800kg | 2800/3000/3500/3900kg |
| GW | 1600/1800/2000/2400kg | 3000/3450/3750/3950kg | 2900/3200/3600/4300kg | 3000/3300/3700/4400kg |
Customer Testimonials
We purchased the CK6180 CNC lathe for our heavy-duty axle production. The rigidity is outstanding – even with deep cuts on hardened steel, we see no chatter. ±0.005mm repeatability holds true shift after shift. Best investment we made this year.
Hans MüllerProduction Manager, GermanyThe multi-start threading on these CNC lathes is what sold us. Consistent pitch every time, even on tough alloys. Compared to six other suppliers, this was the best value by far.
Mark StevensTechnical Director, CanadaWe bought this CNC lathe for our shop, and it’s been running strong for over a year. It handles heavy cuts without shaking, and the precision is always spot on. The team helped us set it up the way we needed. Very happy with the machine.
Mike AndersonWorkshop Manager, USA
Slant bed is angled. Chips fall off by themselves. Better rigidity, better for heavy cuts. Flat bed is simpler and cheaper. If you do heavy cutting and want a good finish, go slant. If your budget is tight and parts are small, flat bed works fine.
If the machine isn’t rigid, it chatters when you push it hard. Chatter kills accuracy, ruins surface finish, and wears out tools fast. A rigid cast bed stays stable even under heavy cuts. That’s why we build them this way – so you can push hard without worry.
Clean chips and coolant off the guideways every day. Check oil levels once a week. Look at the hydraulic system and coolant pump once a month. Keep a simple log. Catch small problems early – they won’t turn into big, expensive repairs. Good care doubles the machine’s life.
Yes. The speed in the spec sheet is for the standard setup. If you put on a hydraulic chuck, pneumatic chuck, or any special fixture, check its max RPM first. The machine’s torque stays the same, but the bigger your workpiece, the lower your cutting parameters need to be. Always adjust based on what you’re holding – don’t just max it out.
