The HYD-CNC800SX is a heavy-duty, dual-roller CNC metal spinning machine engineered for high-efficiency and extreme precision. Built with a robust 7200 KG machine bed and a powerful 22kW main motor, it delivers exceptional rigidity for demanding industrial applications. It is capable of effortlessly forming stainless steel up to 3.5mm and aluminum up to 8mm, accommodating a maximum blank diameter of 800mm.
Core Advantages:
1 . Symmetrical Dual-Roller System (4+4 Tooling): Features an advanced X/X1 dual-axis design, ensuring balanced force distribution and superior surface finish, while significantly preventing material deformation during deep drawing.
2 . Proprietary Visual Programming Software: Equipped with HONGYDA's exclusively developed CAM software. Operators can visually select basic, dual, or combined tool paths, easily setting coordinate zero points and generating NC codes with one click. This drastically reduces setup time and lowers the operational learning curve.
3 . High-Performance Drive: A 50-1500 RPM spindle combined with a 20KN maximum tailstock force guarantees stable power transmission for both rapid prototyping and mass production.
| Specifications |
Unit |
Model: HYD-CNC800SX |
| Max. Swing Over Carriage |
mm |
550 |
| Max. Blank Diameter |
mm |
800 |
| Distance Between Centers |
mm |
1000 |
| Main Motor Power |
kW |
22 |
| X/X1 Axis Travel |
mm |
400 (Single Side) |
| Z Axis Travel |
mm |
650 |
| Spindle Speed |
rpm |
50 - 1500 |
| Max. Tailstock Force |
KN |
20 |
| Tailstock Travel |
mm |
600 |
| Number of Tools (Rollers) |
pcs |
4 + 4 |
| Max. Processing Thickness (Aluminum) |
mm |
0.5 - 8 |
| Max. Processing Thickness (Mild Steel) |
mm |
0.5 - 4 |
| Max. Processing Thickness (Stainless Steel) |
mm |
0.5 - 3.5 |
| Overall Dimensions (L×W×H) |
mm |
4100 × 2500 × 2200 |
| Spindle Flange Connection |
GB |
A2-8 |
| Machine Weight |
KG |
7200 |
Main Features of the Machine
Robust & Optimized Design: The HYD-CNC- 800SX CNC heavy-duty spinning center is a powerful and versatile machine featuring a highly rigid structure and superior manufacturing precision. Its mechanical framework utilizes a 3D overall design, with the main body constructed from high-strength castings. It offers a compact and rational layout while optimizing the spinning force. The sliding table and system design adopt a 90-degree configuration. Both the digital control system and motion drives are powered by the GSK (Guangzhou CNC) platform, delivering high performance and exceptional stability.
Superior Craftsmanship: As a highly stable metal spinning processing center, the HYD-CNC- 800SX offers extensive processing capabilities. Employing advanced 3D mechanical design and high-strength castings, it ensures structural compactness alongside optimized spinning force distribution.
Versatile Forming Capabilities: Adopting a horizontal dual-roller structure, the machine can process blanks up to Φ 00mm. It is capable of both conventional spinning and shear spinning for materials including aluminum, copper, steel, and other non-ferrous metals. It excels at forming curved, conical, hemispherical, bullet-shaped, variable-wall-thickness complex surfaces, and special-shaped parts with abrupt structural changes. It can complete spinning, trimming, flanging, rolling, and shaping processes in a single setup, and also includes a mandrel turning/repair function.
Advanced Servo Control System: Controlled by a fully digital servo system, the machine offers intuitive programming and strong applicability. Equipped with the GSK control system, it features fully automatic lubrication, automatic fault diagnosis, and overload protection. It achieves multi-axis linkage, supporting two-axis linear interpolation and circular interpolation. Both longitudinal and transverse movements are driven by servo motors equipped with photoelectric encoders, which feed position and speed detection signals back to the control system to ensure highly precise positioning.
Comprehensive Software Suite: The machine is fully equipped with the necessary programming software, including the exclusive HONGYDA proprietary toolpath editing software, AutoCAD for mandrel and toolpath drafting, and CIMCO Edit 4 for spinning path simulation.
