CNC Lathe
Your Professional CNC Lathe Manufacturer!
Ningbo Jinkai Machine Tool Co., Ltd., established in 1995, initially focused on the bearing industry (Ningbo Jinshi), then transitioned into the CNC machine tool and optical equipment field (Ningbo Jinkai), and gradually developed into a comprehensive CNC machine tool enterprise (Ningbo Meinuo). By drawing on advanced machine tool technologies from Taiwan, Japan, and Germany, and combining them with the characteristics of domestic enterprises, the company has independently developed a series of CNC machine tools. Its featured products include horizontal machining centers, 5-axis machining centers, vertical lathes, and special-purpose machine tools for related industries. The company strictly implements a modern ERP management system, covering the entire process from machine tool design, production, processing, assembly technology, and quality control.
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![precision cnc lathe]()
precision cnc latheHorizontal CNC Lathe Precision is designed for precision turning of small- to medium-size disc parts, sleeve parts, and short shaft parts. Its integrated slant-bed structure is more suitable for...read more -
![High Precision Horizontal CNC Lathe]()
High Precision Horizontal CNC LatheHigh Precision Horizontal CNC Lathe is designed for precision turning of medium-size shaft parts, disc parts, and sleeve parts. Its slant-bed structure and stable drive configuration make it...read more -
![Horizontal CNC Lathe for Heavy Duty]()
Horizontal CNC Lathe for Heavy DutyHorizontal CNC Lathe for Heavy Duty is designed for continuous heavy-duty turning of disc parts, sleeve parts, and short shaft parts. Its reinforced bed and stable transmission structure are...read more -
![Flat Bed Horizontal CNC Lathe]()
Flat Bed Horizontal CNC LatheFlat Bed Horizontal CNC Lathe is designed for stable turning of large-diameter disc parts, thick-walled sleeve parts, and heavy shaft parts. Its rigid bed structure is better suited to continuous...read more -
![Horizontal Turning Center]()
Horizontal Turning CenterThis horizontal turning center adopts an integrated 30° slant bed base structure. HT300 resin sand castings undergo double aging treatment with strong rigidity. The pre-stretched structure of X/Z...read more -
![CNC Turn Mill]()
CNC Turn MillThis CNC turn mill has an integrated bed design with smooth chip removal, and a single-piece inner protection structure is durable. The spindle adopts internal motor transmission (electric...read more -
![Single Setup Machining]()
Single Setup MachiningSingle Setup Machining is intended for stable turning of large-diameter disc parts, thick-walled sleeve parts, and heavy shaft parts. By integrating turning, milling, and drilling functions, it is...read more
Why Choose Us
Advanced Equipment
Our company boasts a diverse range of production equipment, including CNC fixed-beam gantry-type precision guideway surface grinders, gantry machining centers, CNC horizontal boring machines, laser cutting machines, and bending machines. It also includes auxiliary equipment such as forklifts and cranes, as well as testing devices like testing machines and laser interferometers, catering to diverse requirements in production, inspection and logistics.
Production Market
Our company has established in-depth cooperation with numerous well-known enterprises in China's relevant industries. Key Cooperation Partners: Jingcheng Group, Shanxi Shuoke, Shandong Tianyue, Lens Technology, and Shanxi Tiancheng (all leading enterprises in their respective fields).
Our Certificate
The company has been awarded the ISO9001 Quality Management System Certification. It holds multiple honors, including the Municipal-level New Product Award for its "VMC-650 Vertical Machining Center" and the recognition as "the first set of its kind in the province" for its "M-640 5-Axis CNC Tool Grinder".
Our Service
Our company provides comprehensive pre-sales services, from technical consultation and equipment selection to solution integration and feasibility verification, helping customers accurately identify their needs and recommending the optimal equipment and configuration to ensure solutions maximize their production requirements.
Advantages of CNC Lathe
Precision and Accuracy: CNC lathes provide outstanding precision, capable of producing parts with exact tolerances as fine as ±0.01 mm, guaranteeing consistent quality in every item produced.
Consistent Reproducibility: With proper programming, CNC lathes can repeatedly manufacture vast quantities of parts with identical specifications, vital for mass production.
Complexity and Integration: Merging the strengths of traditional lathes and milling machines, CNC lathes excel at crafting intricate shapes, surpassing the capabilities of manual lathes.
Enhanced Efficiency and Speed: Outpacing manual lathes, CNC lathes boost production rates and can operate autonomously for prolonged periods, further increasing productivity.
Labor Cost Reduction: Although CNC lathes necessitate skilled programming and setup, they diminish the need for hands-on labor in the machining process, thereby lowering labor expenses over time.
Improved Safety: CNC lathe operation minimizes the operator's proximity to cutting tools compared to manual machining, reducing accident and injury risks.
Design Flexibility: Alterations in part designs can be quickly addressed by simply updating the CNC program, a more efficient and cost-effective solution than reconfiguring a manual lathe.
CAD/CAM System Compatibility: CNC lathes seamlessly integrate with computer-aided design (CAD) and computer-aided manufacturing (CAM) systems, facilitating a smooth flow from design to production.
Energy Efficiency and Universal Quality: Modern CNC lathes are designed with energy efficiency in mind, which not only lowers operating costs but also lessens environmental impact. This efficiency contributes to maintaining consistent manufacturing quality in any location.
Technical Specification
|
Item |
Unit |
JS-108 |
|
Maximum Swing Diameter Over Bed |
mm |
Φ550 |
|
Maximum Machining Workpiece Length |
mm |
480 |
|
Maximum Machining Workpiece Diameter (Disc Type) |
mm |
Φ400 |
|
Spindle Head Type |
kg |
A2-6 |
|
Spindle Motor Power (Servo) |
kw |
11/15 |
|
Maximum Spindle Speed |
rpm |
4200 |
|
Spindle Through Hole Diameter / Through Hole Bar Stock Diameter |
mm |
Φ66/Φ48 |
|
Positioning Accuracy |
mm |
0.01 |
|
Repeat Positioning Accuracy |
mm |
±0.003 |
|
Hydraulic 3-Jaw Chuck |
" |
8 |
|
Hollow Rotary Cylinder |
" |
8 |
|
X-Axis Travel Limit |
mm |
200 |
|
X-Axis Motor Torque |
NM |
12 |
|
Z-Axis Travel Limit |
mm |
530 |
|
Z-Axis Motor Torque (N・m) |
NM |
22 |
|
Y-Axis Travel Limit |
mm |
- |
|
X/Z-Axis Rapid Traverse Speed (m/min) |
m/min |
24/30 |
|
Turret Drive Mode |
- |
Servo |
|
Number of Tool Stations |
pcs |
12 |
|
Tool Specifications: Turning / Boring |
- |
25×25/Φ32 |
|
Tailstock Sleeve Diameter |
mm |
Φ90 |
|
Tailstock Sleeve Stroke |
mm |
100 |
|
Taper of Tailstock Sleeve Inner Hole |
- |
MT5 |
|
Tailstock Sleeve Drive Mode |
- |
Hydraulic Programmed Control, Working Feed Function |
|
Machine Bed Layout |
- |
30° Inclined Bed |
|
Machine Weight (Approx.) |
kg |
4000 |
Automotive Industry
Precision and speed are paramount in automotive parts manufacturing. CNC lathes are used to produce a wide range of parts, from engine components to gears.
Aerospace Industry
Parts used in the aerospace industry often require complex and precise dimensions. CNC lathes provide a reliable solution for producing such parts.
Medical Device Manufacturing
Medical devices such as titanium implants, surgical instruments, and prostheses are manufactured using the high precision characteristics of CNC lathes.
Defense Industry
CNC lathes are the preferred equipment in the production of weapon parts, armor plates, and other defense equipment.
Energy Sector
In the energy sector, CNC lathes are used to machine turbine components, fittings, and other equipment.
Types of CNC Lathes
2-Axis CNC Lathes
The simplest type of lathe, designed for basic machining operations. They feature two axes of movement: X (transverse) and Z (longitudinal).
01
Multi-Axis CNC Lathes (3-, 4-, and 5-Axis)
These allow for more complex machining operations due to additional tool movement capabilities. They can machine complex shapes and surfaces in a single setup.
02
Vertical CNC Lathes
These have a vertically positioned spindle, which allows for machining large and heavy objects. They are ideal for working with items of large diameter and short lengths.
03
Horizontal CNC Lathes
These have a horizontally positioned spindle, enabling the machining of long objects. This type of lathe is particularly useful in producing shafts, tubes, and other long components.
04
Multi-Task CNC Lathes (Mill-Turn)
Also known as Mill-Turn lathes, they combine the functions of a lathe and a milling machine. They allow for both turning and milling operations, making them highly versatile tools for complex machining operations.
05
Components of CNC Lathe
CNC Control Panel
The CNC control panel serves as the operator’s interface, enabling code input, operation preview, and monitoring of machining paths to ensure precise and consistent workflow control.
Headstock
The headstock houses the main spindle, motor, and speed change gear, supporting and rotating the workpiece with variable spindle speeds for versatile machining of different materials.
Main Spindle
The main spindle transfers power from the drive motor to the workpieces or cutting tools, enabling high-speed rotation for turning, drilling, and other operations, crucial for machining stability and precision.
Clamping Mechanism: Chuck or Collet
The clamping mechanism, consisting of the chuck and collet, securely holds workpieces in place during machining, with the chuck suited for larger pieces and the collet for small, precision parts.
Tooling System: Turret Type or Gang Type
The tooling system, available in turret or gang types, holds the cutting tools and allows for efficient tool changes, with the turret type offering rotational tool changes for multi-step processes and the gang type enabling rapid tool switching.
Tailstock
The tailstock provides additional support to workpieces during machining, preventing deformation and ensuring precision, especially for long workpieces such as rods and tubes.
Sub Spindle
The sub spindle, used in certain CNC lathe models, clamps the opposite side of the workpiece, enabling backside machining and reducing manual handling for more efficient processes.
Carriage
The carriage supports cutting tools and facilitates accurate movement along the X and Z axes, enabling complex machining tasks with high precision and consistency.
Lathe Bed
The lathe bed is the structural foundation of the CNC lathe, providing support for key components and absorbing vibrations during machining, which enhances stability and product quality.
Packaging
The machine is internally wrapped in plastic film and externally packaged in a fumigated wooden crate.
Our wooden crates are very sturdy and can withstand long-distance sea freight.
The machine is lined with an anti-corrosion film to prevent seawater corrosion.
Shipping
Due to the large size and weight of the machine, and the varying shipping costs between different countries/regions, we recommend the following shipping options:
• For shipments exceeding 1 cubic meter or 100 kg, sea freight is recommended.
• For shipments less than 1 cubic meter or 100 kg, air freight is recommended.
• For shipments less than 0.5 cubic meter or 50 kg, express delivery is recommended.
FAQ
As one of the leading cnc lathe manufacturers and suppliers in China for 30 years, we offer a wide range of products with superior quality. Please rest assured to buy high-grade cnc lathe made in China here from our factory. For pricelist, contact us now.