Explore our core engineering lineup designed for multi-tasking complexity, rigorous manufacturing, and high-precision performance.
The global manufacturing ecosystem is witnessing an unprecedented transition from standard single-purpose machining operations to integrated, highly complex multi-tasking turning and milling platforms. Driven by the rising demands of aerospace, electric vehicles (EV), and high-fidelity medical technology, factories are no longer seeking simple metal-cutting machinery. Instead, the focus has shifted toward reducing cycle times, eliminating fixture repositioning errors, and consolidating separate machining operations into a single setup.
Traditional flat-bed lathes, while structurally sound, require manual relocation of parts for secondary milling or off-axis drilling operations. Each relocation introduces geometric deviation and increases labor dependency. Advanced multi-tasking CNC lathes overcome this operational constraint. By integrating high-rigidity slant bed frames, live tooling systems, and multiple axes (including C-axis, Y-axis, and tailstock options), they enable components to transition seamlessly from raw stock to finished, deburred parts in a single cycle. This represents a substantial leap in overall equipment effectiveness (OEE) and operational reliability.
Established as an industry-leading force in the high-precision machine tool sector, Taizhou Luqiao Shiheng CNC Lathe Co., Ltd. is located in Taizhou, Zhejiang Province, a preeminent industrial machinery manufacturing hub in China. Over years of dedicated technical innovation, we have established a highly specialized production base spanning a 1,500 square meter facility in Taizhou. To satisfy the soaring global demand for high-capacity multi-tasking platforms, we expanded our footprint by building a modern 30,000 square meter factory in Huaian City, Jiangsu Province.
This state-of-the-art facility integrates raw casting preparation, precision structural machining, environmental stabilization, component assembly, and testing. Guided by rigorous quality metrics, the plant includes high-precision testing rooms, extensive semi-finished component processing corridors, and a comprehensive finished machinery showroom displaying our latest CK, XG, and GD series platforms.
Every Shiheng lathe is designed for superior mechanical damping, thermal stability, and lasting geometrical alignment.
Our flat and slant bed guide rails undergo high-frequency induction hardening. This ensures a deep, uniform wear-resistant hardened layer that preserves long-term alignment integrity, reduces stick-slip phenomena, and dampens low-frequency vibrations during interrupted cutting cycles.
Utilizing high-performance spindles paired with ultra-precision angular contact bearings, the motor directly drives the spindle pulley. This configuration maximizes torque delivery, eliminates transmission backlash, and guarantees optimal rotational precision under varying cutting loads.
Our vertical and horizontal linear axes are monitored by mechanical and optical positioning sensors. Programmatic limits work in tandem with hardware over-travel barriers, allowing tight-tolerance components to be machined safely with high repeatability.
The CK, XG, and GD series of CNC machines are designed to meet structural challenges that modern machine shops face. By using spring assemblies for quick clamping, operators can quickly set up simple or complex workpieces. These features combine to make our lathes the primary choice for producing optical instruments, complex automotive assemblies, bearings, and heavy-duty hardware parts.
Industrial manufacturing facilities are facing unprecedented headwinds: skilled operator shortages, shifting trade regulations, and rising raw material costs. Modern manufacturing requires maximizing the productivity of every square foot of factory floor space. For this reason, multi-tasking lathes (especially those with integrated Y-axis, tool turrets, and tailstocks) have transformed from high-end options to essential tools.
Regionally, the demand varies but shares a common trajectory:
Many suppliers reduce production costs by utilizing lower-grade cast iron or simplifying the structural ribbing of the machine bed. At Shiheng, we recognize that structural mass is the primary defense against vibrational deflection. We utilize high-density Meehanite-style gray iron castings, which undergo a natural stress-relief aging process before machining.
Our dual-axis linear rails are mounted onto hand-scraped surfaces to ensure perfect flatness and perpendicularity. This commitment to traditional craftsmanship and modern technology ensures that our lathes maintain sub-micron repeatability even after years of continuous operation under heavy loads.
How our multi-tasking platforms solve production challenges across critical industries globally.
Automotive Field
Machining transmission components, EV motor shafts, and high-strength suspension pins in single setups.
Machinery Field
Producing gears, customized hydraulic sleeves, and heavy-duty couplings with high axial concentricity.
Mould Industry
Providing high-precision cores, guide pins, and complex mold cavities with mirror-like surface finishes.
Hardware Industry
Processing thousands of custom fasteners, high-tolerance connectors, and pneumatic fittings efficiently.
A breakdown of our manufacturing principles, global customer service, and dedication to excellence.
Our R&D department features seasoned design engineers. We integrate Finite Element Analysis (FEA) into bed structure design to minimize structural torsion. Our software and control configurations allow smooth transition paths between turn and mill cycles.
Whether you require a compact flat-bed CNC lathe for prototype development or a heavy-duty slant bed multitasking lathe with C-axis/live turret options, we build equipment tailored to your specific shop footprint and manufacturing volumes.
Quality control at Shiheng begins at raw material sourcing. Spindles undergo balanced structural testing, and finished units are subjected to 48 hours of continuous dry-run execution and laser interferometer axis testing prior to dispatch.
We work directly with your tooling and mechanical engineers to build custom chuck systems, pneumatic clamping fixtures, specialized tool posts, tailstocks, and safety setups that match your unique part geometries.
We provide long-term support, from startup installation advice to replacement components and remote diagnostic support. We maintain an inventory of standard replacement parts to minimize downtime for our customers.
A step-by-step look at how we build and test our high-precision multi-tasking lathes.
We welcome international clients to visit our physical facilities. In our exhibition areas and production plants, you can inspect:
Our engineering vision focuses on increasing precision, enhancing digital connectivity, and improving tool life management. We are actively developing next-generation integrations, including:
Global integration requires meeting strict safety, environmental, and trade standards. At Shiheng, we build compliance directly into our machine designs:
In-depth, direct answers to common engineering and purchasing questions from global manufacturing professionals.
Examine the technical specifications, axis counts, and spindle configurations of our standard and custom machines.
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