Explore our high-performance slant bed lathes, multi-spindle turn-mill centers, and live tooling systems designed for highly complex parts.
Established in 2004, Zhongshan Nuoxin Intelligent Equipment Co., Ltd. is a premier high-tech enterprise dedicated to the research, development, and high-precision production of advanced CNC numerical control lathes, turn-mill combined machine tools, and vertical machining centers. With over 20 years of deep specialization in the CNC manufacturing sector, Nuoxin has established itself as an authoritative leader in high-performance subtractive machining technology.
Operating from a state-of-the-art facility covering over 20,000 square meters in the Industrial Development Zone of Zhongshan City, Guangdong Province, the company houses a professional, multidisciplinary team of mechanical design, hardware control, and production manufacturing engineers. Our continuous investment in innovative technologies has yielded multiple product inventions and utility model patents, backed by rigorous compliance with the international ISO9001 quality management system and ISO14001 environmental management system standards.
Nuoxin is not merely an equipment manufacturer but a holistic solution provider. We assist global clients by offering comprehensive engineering support, customized tool design, process planning, operator training, and robust after-sales engineering services designed to minimize downtime and maximize yield.
Modern industrial production demands higher accuracy, shorter throughput times, and decreased human intervention. Single-process machine tools—which require transferring semi-finished parts from a turning center to a separate milling machine—introduce alignment errors, lengthen set-up times, and increase work-in-progress (WIP) inventories.
Integrating raw bar stock inputs with completely finished parts using combined twin-spindle, B-axis, and live-tooling designs, effectively cutting setup times by up to 75%.
Angled bed structures (typically 30° to 45°) maximize rigidity, facilitate optimal chip evacuation, and reduce thermal expansion impacts on precision tolerances.
The addition of an independent Y-axis on slant bed lathes permits off-center milling, drilling, and tapping, turning basic lathe equipment into dynamic multi-axis machining centers.
Nuoxin’s latest CNC multi-function platforms incorporate high-precision linear guides, integrated liquid-cooled electro-spindles, and smart rotary turrets that enable instantaneous tool positioning. By executing turning, milling, cross-drilling, and slotting on a single platform, operators achieve sub-micron concentricity and repeatability—a fundamental requirement in the high-stakes supply chains of aerospace and electric vehicle (EV) automotive parts.
Procurement of high-capacity multi-function CNC machine tools requires a thorough evaluation of long-term Total Cost of Ownership (TCO), technological flexibility, and standard compliance. For purchasing managers, the upfront machine tool cost represents only a fraction of the investment; reliability, uptime, and energy efficiency determine the true return on investment (ROI).
| Model Series | Structural Configuration | Core Application Domain | Estimated Base Price Range (USD)* | Key Performance Indicators |
|---|---|---|---|---|
| NXX-26AS / NXX-36AS | Twin-Spindle, Twin-Gang Tool, Inclined Bed | Small-scale precise automotive, electronic & medical parts | $28,500 – $42,000 | Spindle speed >6000 RPM, gang tool tool-to-tool speed <0.2s |
| NXX-46D / NXX-46BL | Slant Bed, Rotary Turret, Hydraulic Tailstock | General machinery component fabrication & shaft processing | $35,000 – $55,000 | Hydraulic tailstock force up to 3.5kN, 8/12 station servo turret |
| NXX-46CY / NXX-46BCY | Slant Bed Turn-Mill Center, Live Tooling, Y-Axis | Complex aerospace, hydraulic valves, automotive components | $48,000 – $75,000 | Linear guideways resolution ±0.003mm, 12-station active live tools |
| NXX-52D Series | Heavy-Duty Slant Bed, Custom Large Bore Spindle | Petrochemical, heavy-duty transmission shafts & heavy defense tooling | $60,000 – $88,000 | Max swing diameter up to Φ520mm, high torque main spindle drive |
*Note: Pricing scales are indicative of base FOB configurations. Actual final costs fluctuate depending on custom options such as specific CNC control systems (Fanuc, Siemens, Syntec), custom chuck dimensions, bar feeders, chip conveyors, and specialized tooling configurations.
When analyzing quotes from Chinese CNC manufacturers, technical buyers must identify specific component brands. Nuoxin ensures value by selecting industry-grade components: Japanese THK linear guidelines, NSK precision bearings, and standard Taiwanese controller integrations. By specifying these tier-one components, we ensure that our equipment retains its high accuracy over years of continuous dual-shift operations.
Customization requirements, such as custom voltage transforms for European and North American grids, specific automation interfaces (e.g., Profinet, Ethernet/IP for robot loading), and localized warranty plans, also influence the final invoice cost. We work directly with global engineering offices to supply optimized configurations tailored to local operating budgets.
Our multi-function CNC systems serve as critical infrastructure across diverse high-precision industries. We build custom workflows that resolve production bottlenecks.
Machining difficult materials such as titanium alloys and Inconel requires structural rigidity and high torque. Nuoxin's slant bed design ensures vibration-free operation during continuous roughing cuts, enabling tight-tolerance finishes for aerospace structural fasteners, fuel nozzles, and hydraulic casings.
High-volume production of motor shafts, transmission components, and steering knuckles demands rapid cycle times and low downtime. Our twin-spindle, dual-path turn-mill centers enable simultaneous machining of both ends of a shaft, boosting factory output while maintaining sub-micron tolerances.
Orthopedic implants, bone screws, and dental attachments demand flawless surface finishes and geometric accuracy. The high resolution of our C-axis and live-tooling spindles supports micro-milling and complex contouring on biocompatible metals, meeting regulatory quality controls.
Production of brass fittings and fluid control valves requires fast cycle times. Our gang-tool and rotary turret configurations permit multiple tools to engage quickly, reducing non-cutting time and lowering the cost-per-part for high-volume manufacturers.
Consumer electronics and industrial lighting fixtures require precision housings with excellent cosmetic finishes. Nuoxin CNC machines utilize high-speed spindles and fine feed controls to eliminate secondary finishing steps, delivering clean finishes directly from the machine.
Fabricating housings for optical sensors and laser systems requires precise alignment of bores and threads. Our integrated live tooling setups allow turning and milling in a single setup, preventing indexing errors across different machining operations.
Looking forward, Nuoxin is focusing on the intersection of CNC hardware and digital software. As global manufacturers embrace the Industrial Internet of Things (IIoT), CNC equipment must transition from isolated cutting tools to integrated components of digital factory ecosystems.
Our technological roadmap is built on three main pillars:
Operational reliability is crucial in manufacturing. Any machine downtime directly impacts production schedules. At Nuoxin, we address this through a structured quality assurance process and responsive technical support.
Every casting, linear guideway, bearing, and ball screw undergoes rigorous testing before assembly. We verify materials using laser interferometers and coordinate measuring machines (CMM) to ensure all components meet engineering specifications.
During assembly, our technicians align guide rails and ball screws using high-precision levelers. After build completion, each machine undergoes dynamic Renishaw ballbar testing to check and correct geometry and contouring accuracy.
Prior to shipping, every Nuoxin CNC machine is run continuously for a minimum of 72 hours under simulated load. This verifies the stability of the electrical, hydraulic, cooling, and control systems, ensuring the machine arrives ready for production.
To support our global customers, we maintain a structured support system:
| Phase | Support Scope | Deliverable Details |
|---|---|---|
| Pre-Sale Consulting | Technical feasibility study & engineering validation | Detailed part cycle-time analysis, customized tooling layout, and machine model selection based on CAD files. |
| Installation & Setup | On-site positioning, alignment, and parameter optimization | Leveling, geometric alignment check, system parameter backup, and initial trial cut verification. |
| Training & Operations | Comprehensive operator and maintenance team training | Instructions on G-code programming, safe machine operation, daily maintenance, and basic troubleshooting. |
| After-Sales Support | Fast parts replacement & remote diagnostics assistance | Technical support via remote diagnostics, critical spare parts shipping, and on-site engineering support when required. |
Discover our advanced twin-spindle configurations, CNC lathes with gang-tool systems, and highly customizable turn-mill machinery models.
Connect with Nuoxin's application engineering team today. Send us your technical drawings (STEP/DWG files), and we will provide a detailed cycle time analysis, recommended tooling configuration, and a customized project quote.
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