Select engineering builds featuring programmable tailstocks, integrated live tooling systems, and dual-spindle designs.
In modern high-precision machining, the selection of multi-axis lathe configurations goes beyond standard dimension specifications. Dynamic stiffness, structural damping coefficients, and synchronous axis integration define the envelope of achievable tolerances. Our systems leverage advanced slant bed designs, offering 30-degree and 45-degree bed inclinations that improve chip evacuation, simplify operator ergonomics, and distribute heavy cutting forces evenly through cast-iron machine bases.
Whether configuring mill-turn units with programmable servo power turrets or high-torque sub-spindles, global procurement departments must balance technical alignment with Total Cost of Ownership (TCO). This encompasses spatial footprint efficiency, operational cycle-time reductions via simultaneous double-sided machining, and direct compatibility with existing automation frameworks such as bar feeders and robotic loading cells.
Underpinning international manufacturing demands with over two decades of high-end mechanical engineering.
Established in 2004, Zhongshan Nuoxin Intelligent Equipment Co., Ltd. is a recognized high-tech enterprise specializing in the research, development, and mass production of precision-engineered CNC lathes, turning-milling centers, and vertical machining platforms. Over the past twenty years, our persistent focus on mechanical innovation and robust execution has secured us prestigious credentials, including the title of "Guangdong Province High-tech Enterprise" and status as a "Zhongshan Machinery Chamber Council Member Unit".
Our operation model is engineered to provide not only cutting-edge mechanical configurations but also holistic technical training, complete processing support, and direct after-sales service engineering to minimize deployment times for our clients globally.
The technological trajectory from single-spindle configurations to synchronized high-performance turn-mill centers.
Every cast-iron bed plate undergoes Finite Element Analysis (FEA) to maximize rigidity. Active thermal sensors monitor spindle nose and axis temperature gradients, instantly feeding offset adjustments directly into the CNC kernel to prevent drift over prolonged production runs.
By synchronizing primary and sub-spindles dynamically up to 5,000 RPM, parts can be transferred on-the-fly without stopping, enabling fast back-working operations that eliminate secondary setups and manual handling errors.
Featuring standard BMT or VDI power turrets equipped with dynamic servo-motor control, our multi-axis setups turn simple lathes into multi-functional production centers capable of simultaneous drilling, tapping, and side-milling.
| Specification Parameter | NXX-26AS Twin-Spindle | NXX-46ESY Turn-Mill | NXX-52DEY Multi-Tasking | NXX-46D Slant Bed |
|---|---|---|---|---|
| Structure Configuration | Inclined Bed / Twin-Spindle / Gang | Slant Bed / Twin-Spindle / Turret | Slant Bed / Turn-Mill Center | Slant Bed / Rotary Turret |
| Max Turning Diameter | 260 mm | 460 mm | 520 mm | 460 mm |
| X/Z-Axis Travel | 120 / 280 mm | 180 / 420 mm | 220 / 520 mm | 180 / 400 mm |
| Spindle Bore / Speed | 36 mm / 6000 RPM | 46 mm / 5000 RPM | 52 mm / 4500 RPM | 46 mm / 5000 RPM |
| Tooling System | Dual Gang-Tool Carriage | 12-Station Servo Power Turret | 12-Station Servo BMT55 Turret | 8-Station Hydraulic/Servo Turret |
| Controller Capabilities | Syntec / Fanuc 3-Axis | Syntec / Fanuc 4-Axis (X, Z, Y, C) | Syntec / Siemens (X, Y, Z, C, B) | Syntec / Fanuc 2-Axis / 3-Axis |
Customized machine platforms serving specialized production environments with high repeatability demands.
High-tensile alloys, titanium, and specialized stainless steel demand machine structures capable of high thermal dissipation and vibration dampening. Nuoxin's heavily ribbed cast iron bases ensure minimal harmonic resonance during roughing cuts on transmission shafts, landing gear bushings, and engine valves.
Surgical instrumentation and micro-optics parts require sub-micron precision. Our NXX-26AS twin-spindle series, equipped with dual gang-tool carriages, minimizes slide repositioning lag. This allows for smooth surface finishes that satisfy medical sanitary and high-accuracy assembly guidelines without the need for manual polishing.
For high-volume production of brass and aluminum components, we supply customized tooling packages. These feature multi-point live-tool configurations, enabling cross-drilling and thread-milling within a single, continuous machining cycle.
How our 20,000+ sqm manufacturing site delivers reliable performance, structured delivery timelines, and optimal pricing.
By handling base casting processing, guide rail mounting alignment, and spindle head assembly within our own facilities, we maintain direct control over mechanical tolerances. This independence also helps protect our production schedules from external supply-chain shocks.
Every machine we ship undergoes a rigorous 72-hour continuous test cycle. We verify movement accuracy using Renishaw laser interferometers and double-check circular trajectory profiles using ballbar tests. This ensures our machines comply fully with international ISO 9001 requirements before leaving the factory.
Located in the Industrial Development Zone of Zhongshan, Guangdong Province, our factory sits at the center of southern China's industrial manufacturing network. This proximity to major international deep-water ports allows us to coordinate efficient, secure shipping solutions for buyers worldwide.
Expert technical answers addressing core design mechanics, shipping timelines, pricing variables, and integration capabilities.
Heavy-duty options featuring hydraulic tailstocks, dual-spindle gang tools, and custom work-holding systems.
Submit your component engineering drawings (PDF/STEP format) to receive a detailed breakdown of toolpaths, cycle time estimates, and custom machine configuration pricing.
Contact Our Engineering Team
Nuoxin