Technical Characteristics: It can cut all kinds of turning surfaces by bicycle, such as conical surf...
See DetailsThe Conjoined 35° Oblique Rail Cutter Tower Tail Seat Precision CNC Lathe is a really practical machining solution built for steady, un-fussy turning jobs on the shop floor. Going with a 35-degree oblique rail layout makes a big difference because it gives your operator a highly usable cutting workspace and lets metal chips slide away naturally without clogging up your lines during a shift. The spindle runs on high-precision double ball bearings, which goes a long way in keeping the noise levels down, stabilizing the rotation, and turning out accurate parts when making regular cuts.The lathe bed guideways go through a super audio frequency quenching process followed by precision grinding, giving the steel extra surface hardness and plenty of raw rigidity to prevent slop. Packed with a GSK (Guangshu) CNC servo system and an AC servo motor drive, the whole setup delivers quick, responsive control when you are pushing through precision component runs or handling repetitive machining tasks day after day.
The GY-5060 fits naturally into production environments where parts need to be turned with consistency, not guesswork. It is well suited to general machinery manufacturing, automotive component work, hardware processing, hydraulic parts production, and contract machining. In shops that handle a varied mix of orders, this machine offers the kind of flexibility that keeps scheduling manageable.
It is particularly comfortable with parts such as shafts, sleeves, hubs, flanges, threaded components, stepped parts, and pipe-related fittings. These are the kinds of workpieces that show up again and again in industrial production, and the machine is configured in a way that makes those jobs feel routine rather than demanding.
For longer workpieces, the hydraulic tailstock becomes especially useful. It gives added support where stability matters most, helping the machine maintain better control during turning. That makes the GY-5060 a practical choice for workshops producing elongated parts where chatter, deflection, or inconsistent finish can quickly become a problem.
One of the strengths of the GY-5060 is how easily it settles into a varied production environment. Some machines feel as though they were built around a very narrow brief; this one feels more open-minded. It handles carbon steel, alloy steel, stainless steel, cast iron, and a range of non-ferrous materials with the kind of calm versatility that makes daily scheduling less complicated. For workshops moving between different part drawings and material specs, that flexibility is more than convenient—it helps keep the whole production rhythm intact.
The turret arrangement adds to that sense of flow. When a part calls for facing, OD turning, grooving, drilling, boring, or threading, the sequence can be organized in a way that feels cleaner and more deliberate. There is less stop-and-start in the process, fewer awkward pauses between steps, and a more continuous pace from one operation to the next. In repeat production or batch runs, that smoother cadence becomes one of the machine’s most practical advantages.
Overall, the GY-5060 is best suited to companies that want a slant bed CNC lathe with a stable footprint in everyday production. It is not only a machine for making parts. It is a machine for keeping a workshop moving in a way that feels orderly, dependable, and commercially sensible.
There is something reassuring about a machine that feels composed from the first glance. The GY-5060 has that quality. Its 35° slant bed layout gives the whole machine a cleaner, more purposeful posture, and that structure is not just about appearance. In daily production, it helps chips clear away more naturally, keeps the cutting area less congested, and makes the overall workflow feel more controlled.
The spindle is built for steadiness rather than drama. Supported by high-precision double ball bearings, it runs with low noise and a calm, stable character that matters when surface finish and dimensional consistency are part of the job, not an afterthought. This is the kind of detail operators notice over time: fewer unwanted vibrations, more predictable cutting behavior, and a machine that feels settled even during long runs.
The bed itself brings a strong sense of confidence. After super audio frequency quenching and fine grinding, the guideway surface gains the hardness and rigidity needed for repeat work in real shop conditions. It is a practical kind of strength, the sort that supports accuracy not only on a good day, but across a routine production schedule where consistency is what pays the bills.
Speed control is flexible in a way that suits actual manufacturing, not just brochure language. With servo infinitely variable spindle speed, the machine can adapt more smoothly between heavier cuts and lighter finishing work. Backed by an 11 kW main motor, it has enough reserve for demanding turning tasks while still maintaining a refined feel in more precise operations.
The 8-station hydraulic servo turret adds another layer of rhythm to the machine. Tool changes move quickly, multi-step jobs become easier to organize, and the whole process feels less interrupted. Paired with the hydraulic tailstock, the GY-5060 is especially useful when longer parts need additional support. That combination makes the machine feel balanced, not overcomplicated.
Movement on both axes is equally well judged. With 22 m/min rapid traverse in X and Z, plus roller guideways and precision screw transmission, the machine responds with the kind of directness that modern production expects. It does not chase speed for its own sake. Instead, it delivers motion that feels accurate, efficient, and repeatable, which is far more valuable in a real workshop.
A 66 mm spindle bore, 52 mm bar capacity, and 8-inch hydraulic chuck round out the machine in a practical way. None of these features are there for show. Together, they make the GY-5060 a reliable solution for manufacturers who need a precision CNC lathe that can handle regular production work with a stable, professional rhythm.
| Projects | unit | GY-5060 | |
| PROCESSING CAPACITY | Maximum turning diameter of bed | mm | 500 |
| Maximum rotary diameter of support plate | mm | 200 | |
| Maximum machining length | mm | 580 One clip and one top | |
| MAIN SHAFT | Spindle end form | \ | A2-6 |
| Diameter of main shaft through hole | mm | 66 | |
| Maximum rod passing diameter | mm | 52 | |
| Maximum spindle speed | r/min | heavy load2500/r Light load3500/r |
|
| Spindle shift mode | \ | Servo infinitely variable speed | |
| Main motor power | kw | 11 | |
| Chuck type | \ | Hydraulic chucks | |
| Chuck size | inch | 8 | |
| FEED | X-axis stroke | mm | 520 |
| Z-axis stroke | mm | 720 | |
| X-axis fast-moving velocity | m/min | 22 | |
| Z-axis fast-moving velocity | m/min | 22 | |
| X-axis motor torque | N·m | 8.5 | |
| Z-axis motor torque | N·m | 8.5 | |
| Type of rail | \ | Roller guideways | |
| X-axis guide rail specifications | mm | 35 | |
| Z-axis guide rail specifications | mm | 35 | |
| X-axis made screw specification | mm | 3210 | |
| Z-axis made screw specification | mm | 3210 | |
| TOOL REST | Tool rest type | \ | 8-station hydraulic servo system |
| Square tool/Boring tool size | mm | 25*25/φ32 | |
| TAIL SEAT | Tail seat form | \ | Hydraulic tailstock |
| Tail seat sleeve taper | \ | MT-5 | |
| Tail seat sleeve diameter | mm | 80 | |
| Tail seat sleeve stroke | mm | 110 | |
| OTHER | Machine tool size (length* width* height) | mm | 2900*1750*1800 |
| Machine weight | kg | 3800 | |
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