Products
Top rated products
External Cylindrical Grinding Machine（Manual）
Structure：
The left and right guide rail adopts P-V structure, which is scrapeed by high precision manual, so that the whole system products have high precision and high stabiility.
The front and rear feed guide rail of grinding wheel can choose roller and wire rail structure. Classic control mechanism, simple, safe and reliable.
M1350, M1450, M1363 series worktable and grinding wheelguide rail adopts high stable hydrostatic guide rail, high rigid dynamic and static pressure spindle.
Universal workhead can be adjusted at any Angle within 90 degrees couinterclockwise to adapt to chuck grinding internal and external conical workpiece.
Fixed Beam Gantry Machining Center
The machine adopts high rigidity gantry frame structure, the important parts are made of resinsand castings, and after two manual aging treatment, hasenough static and dynamic rigidity and good accuracy retention ，The three axes of the machine adopt high precision double nut preload roller screw, and prestretch, strong transmission rigidity, stable and reliable precisicon. X/Y axis adopts heavy-duty linear guide rail (roller) structure, Z axis adopts rectangular hard rail structure, Z axis is equipped with double nitrogen liquid balance cylinder, small motion inertia, fast response speed ，Machine spindle adopts Taiwan high rigidity spindle unit, long service lifgh reliability, optional gear head drive or spindle motor direct transmission structure.
Floor-type Boring Machine
Series 69 CNC Floor-Type Boring Mills
Roller-Sliding Hybrid:
Features a hybrid roller-sliding guide structure, offering excellent precision retention and convenient maintenance.
Structural Series / High-Speed Linear Guides:
Equipped with imported high-precision roller linear guides, enabling rapid traverse speeds and high positioning accuracy.
Structural Series / Closed Hydrostatic:
Utilizes a fully closed hydrostatic guide structure with a multi-pump system—pushing the boundaries of manufacturing capability to serve the high-end market.
CNC Rotary Table
Load capacity: 20t–200t; Table dimensions: 2m x 2m to 5m x 10m. Capable of both arbitrary indexing and simultaneous multi-axis linkage.
Rotary Table
Gear Grinding Machine
Features:
Employs continuous generating grinding, similar to gear hobbing, suitable for high-efficiency, high-precision grinding of large batches of gears. The main machine adopts a high-rigidity, thermally symmetrical, and modular design. The machine tool features precision, high efficiency, strong rigidity, stability, reliability, comprehensive software functions, and simple operation.
The machine tool adopts a vertical layout, mainly consisting of the main machine, electrical cabinet, oil mist extraction device, hydraulic system, and cooling system. It is equipped with a FANUC31iB CNC system, featuring seven-axis control and five-axis linkage: four linear axes (X, Y, Z, X1), three rotary axes (A, B, C), and the grinding wheel dressing axis (B1). (Axes B, C, X, Y, and Z are linked axes.)
The machine tool can be used for gear parts processing in the automotive, reducer, and intelligent robot industries.
Machine models can be customized according to customer drawings.
Gear Milling Machine （Arc Gear）
The accuracy of the workpiece processed by the machine tool can reach GB grade 6-7.
The YKH model is a 4-axis CNC machine tool with convenient adjustment. It can program the hobbing, gear dividing, infeed, and cutter speed according to the requirements of different cutting methods, which greatly improves the processing efficiency of small-module bevel gears.
The YK model is a 3-axis CNC spiral bevel gear milling machine. It adopts the traditional and classic cradle-type structure, which provides extremely high structural rigidity and transmission rigidity, ensuring stable machine accuracy and a long service life.
Equipped with full protection, an automatic chip remover, and an independently sealed electrical control cabinet.
Gear Milling Machine（Spur Gear）
The YK27 series CNC straight bevel gear double-cutter milling machine is another new product developed by our company based on our professional technical experience in producing straight bevel gear and spiral bevel gear machines.
It is particularly suitable for machining gears with a drum-shaped tooth profile, used for roughing and finishing straight bevel gears. It boasts high processing efficiency, approximately 3-5 times higher than a gear planer of the same specifications, and low noise. The machine tool achieves GB 6 level machining accuracy.
This machine tool is suitable for machining gearboxes, reducers, and precision transmission gears with straight bevel gear drives, as well as rear axle half-shaft gears for high-end automobiles. It is suitable for single-piece, small-batch, or mass production.
Gear Planing Machine
The YK23 Series CNC straight bevel gear planing machine is a product developed by our company based on our professional technical experience in producing straight bevel gear machine tools and spiral bevel gear machine tools.
The machine tool is suitable for machining high-precision straight bevel gears, and is applicable to precision straight bevel gears in industries such as precision instruments and meters. It is suitable for batch or small-batch production, is easy to operate, stable and reliable, and achieves a cutting accuracy of GB6 level.
Customers can provide drawings to match the machine model.
The image below shows the parts that can be machined.
Gear Shaping Machine
The gear shaper is a commonly used gear machining tool; suitable for machining spur gears with external and internal meshing, especially internal gears, particularly those difficult to machine on a hobbing machine; capable of machining multi-gear sets composed of multiple gears; and can machine helical spur gears with internal and external meshing using specialized helical shaper cutters and helical guides.
* Suitable for high-volume production environments in the automotive, motorcycle, machine tool, and gear manufacturing industries. Gear shapers play a vital role in machinery manufacturing and automotive manufacturing industries due to their high precision and versatility. With technological advancements, gear shapers have significantly improved in both precision and efficiency, meeting the stringent requirements of modern manufacturing for gear machining.
* Our company can match suitable machines according to customer drawings.
Horizontal Gear Hobbing
The Horizontal gear hobbing machines, with their horizontal clamping advantage, have become the mainstay in shaft gear machining. Our company has formed a complete product matrix, ranging from ordinary machines to high-end CNC equipment.
Machining modules range from 0.1m to 3m, and machining diameters range from 10mm to 100mm. Systems and the number of control axes are optional. Fixtures and various hobs can be provided according to the parts.
Horizontal gear hobbing machine can process the following products:
Horizontal Lathe （CDS series）
Product Presentation：
The CDSB/C series lathes can perform various turning operations, such as turning the internal and external cylindrical surfaces, end faces, and conical surfaces of parts;
lathes with saddles can be used to turn large-diameter or irregularly shaped parts;
Metric or imperial lead screw lathes are available upon request, capable of turning metric, imperial, module, and diametrical pitch threads.Drilling, reaming, and oil groove drawing are also possible；
Machining range:
Maximum turning diameter 500mm-660mm, maximum workpiece length 1000mm-3000mm.
Horizontal Lathe (CW-E series)
Product Presentation:
The CW-E series horizontal lathe can perform various turning operations, mainly used for turning internal and external cylindrical surfaces, conical surfaces, and other parts with rotating surfaces. It can perform end face turning, grooving, cutting, drilling, and turning various commonly used metric, imperial, module, and diametral pitch threads. This machine tool is particularly suitable for small-batch production machining workshops and machine repair shops, and can process materials such as steel, cast iron, and non-ferrous metals.
The main difference between a horizontal lathe and a saddle lathe is that the saddle lathe has a detachable saddle bed, expanding the range of machining diameters, making it very suitable for machining disc-shaped and irregularly shaped parts. Metric, imperial, and various combinations with special functions are available. The dimensional accuracy of parts machined on this machine tool can reach IT7 level, and the surface roughness can reach Ra1.6 level.
Maximum turning diameter: 630mm-1000mm
Maximum workpiece length: 1000mm-6000mm
Horizontal Lathe (CW-M series )
Product Presentation:
The CW-M series horizontal lathe features a mature structure, high power, strong rigidity, and a wide spindle speed range, making it suitable for heavy-duty or high-speed cutting.
It can perform machining operations on various shaft and disc-shaped parts, including internal and external cylindrical surfaces, conical surfaces, end faces, grooving, chamfering, drilling, and tapping.
It can also machine metric threads, imperial threads, module threads, diaphragm threads, and tapered threads (special threads require consultation). It demonstrates superior performance in machining large and complex parts.
Machining Range:
Maximum turning diameter 1000mm-1600mm
Maximum workpiece length 1500mm-8000mm