







Precision Slant Bed CNC Lathe for High-Efficiency Turning Designed for machining small to medium-sized precision parts, the SZGH-36J goes beyond traditional lathes. It is a reliable and automation-ready 2-Axis CNC Lathe that combines mechanical rigidity, intelligent control, and high productivity, helping manufacturers worldwide reduce costs, increase output, and maintain consistent product quality.
Shenzhen Guanhong Automation Co,. Ltd. (SZGH) is a globally recognized expert in CNC systems, intelligent automation, and high-efficiency CNC machine tools. Leveraging decades of experience in motion control, servo drives, and machine tool engineering, SZGH introduces the SZGH-36J 2-Axis CNC Lathe—a compact, high-precision solution designed for modern CNC lathe machining and next-generation Automation Lathes.
| Project | ||
| Standard value | Max value | ||||
| Processing Capacity |
Max.diameter of bar bore | mm | 35 | - | |
| Max.particle diameter(disk type) | mm | 250 | 300 | ||
| Max.length of workpiece | mm | 210 | 230 | ||
| Cutting amount of stainless steel on one side | mm | 2 | 3 | ||
| Machining accuracy of the workpiece | mm | ±0.01 | - | ||
| Surface roughness | Ra | 1.6 | - | ||
| the height of center tool holder | mm | 40 | - | ||
| Turning Diameter | mm | 350 | - | ||
| Square Knife Specifications | mm | 16 | - | ||
| Travels | X-axis effective travel | mm | 600 | - | |
| Z-axis effective travel | mm | 230 | - | ||
| Feed | X-axis rapid traverse | m/min | 25 | 30 | |
| Z-axis rapid traverse | m/min | 25 | 30 | ||
| X-axis servo-motor power | kW | 1.2 | - | ||
| Z-axis servo-motor power | kW | 1.2 | |||
| Spindle | Max.Spindle Speed | rpm | 3500 | 4000 | |
| Spindle Motor Power | kW | 4 | - | ||
| Spindle nose taper | - | A2-4 | - | ||
| Support hydraulic chuck size | inch | 6 | 8 | ||
| Dimensions | Dimensions | mm | 1750×1400×1800 | - | |
| Total Weight | kg | 1800 | - | ||
| Machine tool specifications and component items | Specification | Standard | Optional | ||
| Part Specifications |
Screw | 25mm | Ball grinding precision grade |
- | |
| Guide rail | 25mm | H-class linear guide rail |
- | ||
| Bearing | - | Two-axis Harbin high-speed angular joint fusion bearing |
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| Spindle motor | 4 kW | Variable frequency drive type |
4kW servo spindle |
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| Feed servo | 1.2kW | SZGH Servo | - | ||
| CNC Control | SZGH | SZGH | |||
| Machine specifications |
Bed Type | 30° | Slant Bed | - | |
| Base form | - | Heavy-duty anti- deformation patented base |
- | ||
| Clamping method | - | hydraulic clamping | - | ||
Precision Manufacturing: Mechanical Design for Exceptional Stability
The SZGH-36J 2-Axis CNC Lathe is constructed from heavy-duty, deformation-resistant, high-strength cast iron and features a 30° slant-bed structure. This design effectively absorbs cutting forces, minimizes vibration, and improves chip evacuation—key factors in maintaining stable CNC lathe machining performance during long, continuous production cycles.
The machine frame is precision-milled and dynamically balanced to ensure structural stability even under demanding cutting conditions. This allows the SZGH-36J to maintain tight tolerances across batches, which is essential for manufacturers producing high-precision components.
The spindle is driven by a 4 kW variable-frequency servo motor, delivering rapid acceleration, stable torque, and smooth speed transitions. Supported by high-precision angular contact bearings, the spindle achieves excellent rotational accuracy and surface finishes of Ra ≤ 1.6 μm, making this 2-Axis CNC Lathe ideal for industries such as electronics, medical devices, and precision hardware.

The X and Z axes of the SZGH-36J 2-Axis CNC Lathe utilize 25 mm precision ball screws paired with high-rigidity linear guideways. This configuration ensures backlash-free motion, high repeatability, and long-term positioning accuracy—core requirements for reliable CNC lathe machining.
X-axis travel: 600 mm
Z-axis travel: 230 mm
Rapid feed rate: Up to 30 m/min
These specifications enable the 2-Axis CNC Lathe to efficiently machine a wide variety of parts, from prototyping to medium- and high-volume production.
To further enhance machining stability, the machine incorporates an optimized thermal management design, including heat-dissipating castings and thermally stable guideways. This prevents thermal drift and ensures consistent accuracy during extended machining operations—an essential factor for sustainable Automation Lathes production.
The SZGH-36J features a CNC system independently developed by SZGH and proven through years of industrial application. The controller provides high-speed interpolation, precise servo synchronization, and adaptive feed control, ensuring smooth execution of complex programs while maintaining accuracy and surface quality in CNC lathe machining.
Operators benefit from:
Intuitive graphical user interface
Fast and easy programming
Real-time machine monitoring
RS232 and Ethernet communication support
These features allow the SZGH-36J 2-Axis CNC Lathe to integrate seamlessly into smart factories and digitally connected production lines, supporting Industry 4.0 framework and advanced Automation Lathes workflows.
A handheld controller and modular I/O panel further enhance setup efficiency, simplifying manual alignment, tool setting, and part inspection—especially valuable for small-batch and mixed-production environments.
Designed for continuous automated production, the SZGH-36J 2-Axis CNC Lathe supports multiple automation options, including:
Hydraulic chuck system for fast and secure clamping
Optional automatic bar feeder for unattended operation
Bar machining capacity up to 35 mm
Maximum turning diameter up to 250 mm
Integrated chip removal and coolant circulation systems maintain a clean and thermally stable working environment, reducing downtime and improving overall CNC lathe machining efficiency,efficiently cools the tool and workpiece during machining, effectively reducing thermal deformation, improving surface quality, and extending tool life.

The SZGH-36J 2-Axis CNC Lathe is optimized for machining a wide range of materials, including:
Aluminum and aluminum alloys
Copper and brass
Carbon steel and alloy steel
Stainless steel
Engineering plastics

Typical applications include:
Automotive shafts and bushings
Hydraulic and pneumatic fittings
Electronic and connector components
Precision fasteners and small mechanical parts
The machine is widely used in automotive, electronics, aerospace sub-component manufacturing, medical devices, and general machinery industries, delivering stable accuracy and high productivity through advanced CNC lathe machining
Each SZGH-36J 2-Axis CNC Lathe is supported by comprehensive after-sales service to ensure long-term operational stability:
Pre-installation consultation and layout planning
Installation and commissioning support
CNC lathe machining training for operators
Remote diagnostics and technical assistance
Spare parts supply and maintenance guidance
This ensures customers receive not only a high-performance 2-Axis CNC Lathe, but also a dependable long-term Automation Lathes solution.
In a global market alongside brands such as Okuma, Fanuc, Siemens, Haas, and SMTCL, the SZGH-36J stands out for its balance of performance, automation readiness, and cost efficiency.
It offers:
Stable and precise CNC lathe machining
Flexible production for single-piece and batch processing
Seamless integration into Automation Lathes systems
Excellent return on investment for modern manufacturers
Contact SZGH today for detailed specifications, pricing, or customized Automation Lathes solutions built around the SZGH-36J 2-Axis CNC Lathe.

With a compact footprint of approximately 1750 × 1400 × 1800 mm, the SZGH-36J allows multiple Automation Lathes to be installed in limited workshop space, making it ideal for cellular manufacturing and robotic automation layouts.
Technical Parameters | |||
Project | Unit | SZGH-T6 | |
Machine tool stroke | X-axis stroke | mm | 600 |
Y-axis stroke | mm | 400 | |
Z-axis stroke | mm | 330 | |
From the nose end of the spindle to the worktable surface | mm | 120-450 | |
From the spindle center to the column | mm | 493 | |
Workbench | Bed dimension | mm | 700×420 |
T-shaped groove | T | 14T (14mm top opening, 24mm bottom width, equipped with M12 bolts) | |
Maximum workbench load capacity | kg | 400 | |
Spindle | Spindle taper | - | BT30/100 |
Maximum spindle speed | rpm | 20,000 rpm spindle | |
Driving mode | - | direct | |
Main spindle power(KW) | kW | 5.5 | |
Feed axis | X-axis transmission method |
| direct-type |
Y-axis transmission method | - | direct-type | |
Z-axis transmission method | - | direct-type | |
Z-axis counterweight method | 1 | Servo brake system | |
Three-axis cutting speed | mm/min | 1-12000 | |
Three-axis rapid speed | m/min | 40 | |
Track Rail Specifications | X-axis linear rail specifications | - | HIWIN HGH30 P Precision Grade |
Y-axis rail specification | - | HIWIN HGH30 P Precision Grade | |
Z-axis linear guide specifications | - | HIWIN HGH30 P Precision Grade | |
Three-axis laser positioning accuracy VDI(3441) | mm | ±0.005/300 | |
Repetitive laser positioning accuracy VDI(3441) | mm | ±0.003 | |
General Information | Required air pressure | kgf/cm2 | 2.5 |
Mechanical weight | KG | 3000 | |
Floor space | mm | 1900*2300*2400 | |