The Company Behind the Machine
- 6 product lines, 90% of metal scenarios.
- 500+ local factories taught us what fails and what endures.
- Slanted bed design proven on thousands of installations.
- Flexible capacity from 100 to 500 sets – your lead time is protected.
- Local supply chain verification – your machine uses proven components.
We Build Slanted Bed Lathes the Way You Need Them Built
Most machine tool builders optimize for themselves – standard products, fixed schedules. We optimize for you. 10 years of listening to 500+ local shops taught us what actually breaks, what actually matters. That knowledge goes into every slanted bed CNC lathe we make. Then we back it with fast prototyping, flexible capacity, and service that answers in minutes – not days.
Slanted Bed CNC Lathe Lineup
It is an economical slanted bed lathe for high-precision machining of general parts.
It is a rigid, slanted bed lathe for high-efficiency turning of medium-to-large parts.
Features of TCK Series Slanted Bed CNC Lathe
This machine combines high rigidity, live tooling, and IT6-IT7 precision for turning, milling, drilling, and tapping in one setup.
Vibration absorption for stable heavy cutting
Milling, drilling, and tapping without a second machine
Consistent precision on every part you produce
Full machine validation before shipment
Cut Deep Without Chatter – Even on Tough Materials
Most lathes vibrate when you push them hard. Vibration kills accuracy, ruins surface finish, and wears out tools fast. Our slanted bed design solves this. The 30° monoblock casting absorbs cutting force instead of fighting it. You get deeper passes, faster metal removal, and parts that measure right the first time. No multiple passes. No rework.
Turn, Mill, Drill, Tap – All in One Setup
Every time you move a part to another machine, you lose time and introduce errors. Reloading means re-indicating, re-zeroing, and risking misalignment. Our Y-axis live tooling eliminates all that. One clamping. One operator. One quality standard. Parts come off finished – no second machine, no second setup, no second guessing.
Company Capabilities
We are a Chinese manufacturer focused entirely on slanted bed CNC lathes. For ten years, we have served over 500 local factories, learning from each one what breaks and what lasts. That is why we put every machine through 50+ quality checks and a 72-hour dynamic test before shipping. It is also why we keep spare parts in stock for ten years and respond in as fast as 10 minutes. One year free warranty. Lifetime support. No empty promises. When you buy from us, you buy direct from the maker.
Solutions by Industry
High volume. Fast cycles. Consistent quality. Our rigid slanted bed structure takes heavy cuts and holds IT6-IT7 precision parts after part. 72-hour prototyping available before you commit.
Cylinder rods. Piston shafts. Valve bodies. Surface finish and roundness are critical. Our slanted bed CNC lathe delivers consistent IT6-IT7 precision and excellent surface quality, eliminating secondary polishing operations. Your parts come off the machine finished.
Technical Specifications
- TCK50A Specifications
- TCK56A-500 Specifications
- TCK56A-1000 Specifications
| Specification | TCK50-500 | TCK50-500 with a 12-position servo tool turret | TCK50-500 with a 12-position live tool turret |
| Capacity | |||
| Max. swing dia. over bed | φ560mm | φ560mm | φ560mm |
| Max. length of workpiece | 550mm | 550mm | 550mm |
| Max. turning dia. | Φ430mm (Disc parts) Φ310mm (Shaft parts) | Φ370mm (Disc parts) Φ310mm (Shaft parts) | Φ310mm (Disc parts) Φ310mm (Shaft parts) |
| Max. turning dia. | 8”-480（10”-460） | 8”-480（10”-460） | 8”-440（10”-420） |
| Max. swing dia. over slide | φ310mm | φ310mm | φ310mm |
| Max. bar diameter | φ50mm | φ50mm | φ50mm |
| Spindle | |||
| Spindle speed range | 50～3000r/min | 50～3000r/min | 50～3000r/min |
| Spindle bore | φ65mm | φ65mm | φ65mm |
| Spindle nose | A2-6 | A2-6 | A2-6 |
| Max. spindle output torque | 150Nm | 150Nm | 150Nm |
| Spindle motor | 11kw | 11kw | 11kw |
| Hydraulic chuck size | 8”/10″ | 8”/10″ | 8”/10″ |
| Axis | |||
| X-axis travel | 220mm | 220mm | 220mm |
| Z-axis travel | 560mm | 560mm | 560mm |
| X-axis rapid traverse | 30m/min | 30m/min | 30m/min |
| Z-axis rapid traverse | 30m/min | 30m/min | 30m/min |
| Turret | |||
| No. of tool station | 8 position | 12 position | 12-position live tool turret |
| Tool shank size | 25×25mm | 25×25mm | BMT45–20×20mm |
| Boring tool shank size | φ40/φ32 | φ40/φ32 | φ32/φ25 |
| Tailstock | |||
| Tailstock travel | 350mm | 350mm | 350mm |
| Taper of the tailstock quill | MT5 | MT5 | MT5 |
| Max. Loading Capacity | |||
| Disk parts | 200kg | 200kg | 200kg |
| Shaft parts | 500kg | 500kg | 500kg |
| Machine Dimensions | |||
| Overall dimension（L x W x H） | 2775×1842×1866mm | 2775×1842×1866mm | 2775×1842×1866mm |
| Machine weight | 3650kg | 3650kg | 3650kg |
| Specification | TCK56-500 with an 8-position servo tool turret | TCK56-500 with a 12-position servo tool turret | TCK56-500 with a 12-position live tool turret |
| Capacity | |||
| Max. swing dia. over bed | φ560mm | φ560mm | φ560mm |
| Max. length of workpiece | 580mm | 580mm | 520mm |
| Max. turning dia. | Φ460mm (Disc parts) Φ340mm (Shaft parts) | Φ400mm (Disc parts) Φ340mm (Shaft parts) | Φ340mm (Disc parts) Φ340mm (Shaft parts) |
| Max. turning dia. | 8”-480（10”-460） | 8”-480（10”-460） | 8”-440（10”-420） |
| Max. swing dia. over slide | φ340mm | φ340mm | φ340mm |
| Max. bar diameter | φ50mm | φ50mm | φ50mm |
| Spindle | |||
| Spindle speed range | 50～3000r/min | 50～3000r/min | 50～3000r/min |
| Spindle bore | φ65mm | φ65mm | φ65mm |
| Spindle nose | A2-6 | A2-6 | A2-6 |
| Max. spindle output torque | 150Nm | 150Nm | 150Nm |
| Spindle motor | 11kw | 11kw | 11kw |
| Hydraulic chuck size | 8”/10″ | 8”/10″ | 8”/10″ |
| Axis | |||
| X-axis travel | 220mm | 220mm | 220mm |
| Z-axis travel | 560mm | 560mm | 560mm |
| X-axis rapid traverse | 30m/min | 30m/min | 30m/min |
| Z-axis rapid traverse | 30m/min | 30m/min | 30m/min |
| Turret | |||
| No. of tool station | 8position | 12 position | 12-position live tool turret |
| Tool shank size | 25×25mm | 25×25mm | BMT45-20×20mm |
| Boring tool shank size | φ40/φ32 | φ40/φ32 | φ32/φ25 |
| Tailstock | |||
| Tailstock travel | 450mm | 450mm | 450mm |
| Taper of the tailstock quill | MT5 | MT5 | MT5 |
| Max. Loading Capacity | |||
| Disk parts | 200kg | 200kg | 200kg |
| Shaft parts | 500kg | 500kg | 500kg |
| Machine Dimensions | |||
| Overall dimension（L x W x H） | 2850×2068×1880mm | 2850×2068×1880mm | 2850×2068×1880mm |
| Machine weight | 4000kg | 4000kg | 4000kg |
| Specification | TCK56-1000 with an 8-position servo tool turret | TCK56-1000 with a 12-position servo tool turret | TCK56-1000 with a 12-position live tool turret |
| Capacity | |||
| Max. swing dia. over bed | φ560mm | φ560mm | φ560mm |
| Max. length of workpiece | 1080mm | 1080mm | 1020mm |
| Max. turning dia. | Φ460mm (Disc parts) Φ340mm (Shaft parts) | Φ400mm (Disc parts) Φ340mm (Shaft parts) | Φ340mm (Disc parts) Φ340mm (Shaft parts) |
| Max. turning dia. | 8”-980（10”-960） | 8”-980（10”-960） | 8”-940（10”-920） |
| Max. swing dia. over slide | φ340mm | φ340mm | φ340mm |
| Max. bar diameter | φ50mm | φ50mm | φ50mm |
| Spindle | |||
| Spindle speed range | 50～3000r/min | 50～3000r/min | 50～3000r/min |
| Spindle bore | φ65mm | φ65mm | φ65mm |
| Spindle nose | A2-6 | A2-6 | A2-6 |
| Max. spindle output torque | 150Nm | 150Nm | 150Nm |
| Spindle motor | 11kw | 11kw | 11kw |
| Hydraulic chuck size | 8”/10″ | 8”/10″ | 8”/10″ |
| Axis | |||
| X-axis travel | 220mm | 220mm | 220mm |
| Z-axis travel | 1060mm | 1060mm | 1060mm |
| X-axis rapid traverse | 30m/min | 30m/min | 30m/min |
| Z-axis rapid traverse | 30m/min | 30m/min | 30m/min |
| Turret | |||
| No. of tool station | 8position | 12 position | 12-position live tool turret |
| Tool shank size | 25×25mm | 25×25mm | BMT45-20×20mm |
| Boring tool shank size | φ40/φ32 | φ40/φ32 | φ32/φ25 |
| Tailstock | |||
| Tailstock travel | 950mm | 950mm | 950mm |
| Taper of the tailstock quill | MT5 | MT5 | MT5 |
| Max. Loading Capacity | |||
| Disk parts | 200kg | 200kg | 200kg |
| Shaft parts | 500kg | 500kg | 500kg |
| Machine Dimensions | |||
| Overall dimension（L x W x H） | 3660×2070×1880mm | 3660×2070×1880mm | 3660×2070×1880mm |
| Machine weight | 4500kg | 4500kg | 4500kg |
Customer Testimonials
The Y-axis live tooling on this slanted bed CNC lathe saved us from buying a separate milling machine. That alone paid for the upgrade. One setup, one operator, done. Our guys like running it. That matters more than specs on paper.
Henrik SorensenOperations Director, DenmarkWe were skeptical about the 72-hour test cut offer. But it worked exactly as promised. We sent our drawings and materials. They ran the parts and sent us the data. That transparency convinced us. The slanted bed CNC lathe has performed the same way since.
James CarterManufacturing Engineer, United KingdomWe tested this slanted bed CNC lathe on Inconel. Two other brands chattered on the first heavy pass. This one cut clean and held tolerance. The 72-hour test cut made the decision easy.
Thomas MuellerProcess Engineer, Switzerland
A Y-axis moves the tool post perpendicular to both X and Z axes, typically with a travel range of 50-80mm up and down from the spindle centerline. This movement allows live tools to mill off-center features such as flats, keyways, and cross holes without removing the part from the machine. For complex parts that require both turning and off-center milling, Y-axis capability eliminates secondary operations and improves accuracy by avoiding re-clamping errors.
A slanted bed CNC lathe can handle a wide range of materials, from mild steel, stainless steel, and aluminum to titanium, Inconel, and hardened alloys up to 45 HRC. The practical limit is usually determined by your tooling selection and spindle power rather than the bed rigidity. In fact, the slanted bed design performs better on tough materials because it absorbs cutting forces more efficiently than flat bed machines.
Request a machine acceptance test on your actual parts or a standard test piece. Many suppliers offer a 72-hour test cut service using your drawings and material. Ask for a copy of the inspection report, including roundness, straightness, and dimensional measurements. A reputable manufacturer will provide this data before you commit to purchase. Do not rely on brochures alone.
