Gang Type Lathe
Gang Type Lathe

Gang Type Lathe

This machine is a horizontal CNC lathe, with integrated casting design of base and bed, 45 ° overall inclined bed design of bed guide surface, with a large load-bearing section, which can ensure high-precision cutting processing. Structural features of high rigidity, low center of gravity, and close spindle.

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Gang Type Lathe Description

Tool arrangement design, linear tool arrangement on tool post, fast and accurate tool change, saving processing time, and reducing maintenance costs.

The unit spindle has high radial rigidity, stable thermal temperature rise, small thermal deformation, and high dynamic rotation accuracy.

Able to complete cutting processes for various types of parts, such as inner and outer cylindrical surfaces, conical surfaces, arc surfaces, end faces, grooves, and chamfering of internal and external.

Gang Type Lathe Specifications

Specifications P120 P160 P200
Processing Range Max swing diameter over saddle Φ320mm Φ400mm Φ400mm
Max turning diameter Φ300mm Φ300mm Φ300mm
Standard turning diameter Φ120mm Φ150mm Φ150mm
Swing diameter over cross slide Φ126mm Φ126mm Φ126mm
Max turning length 300mm 320mm 305mm
Chuck size 5″ 6″ 8″
Bar capacity Φ36mm Φ42mm Φ52mm
Spindle Spindle nose A 2-4 A 2-5 A 2-6
Max spindle speed 6000rpm 6000rpm 4500rpm
Rated torque of spindle 26.3Nm 35.8Nm 52.5Nm
X & Z Axis X/Z axis max travel 350/320mm 400/360mm 400/360mm
X/Z axis rapid feed 30m/min 30m/min 30m/min
X/Z axis guideway form 30mm Linear Guideway 35mm Linear Guideway 35mm Linear Guideway
X/Z axis repeat positioning accuracy <0.003mm <0.003mm <0.003mm
Motor Power Spindle motor power 5.5kW 7.5kW 11kW
Rated torque of X-axis servo motor 8.34Nm 8.34Nm 11Nm
Rated torque of Z-axis servo motor 8.34Nm 8.34Nm 11Nm
Other Parameters Standard controller FANUC OI-TF FANUC OI-TF FANUC OI-TF
Tool magazine 6 Rows of tool holders 6 Rows of tool holders 6 Rows of tool holders
Square tool 20mm 20mm 25mm
Round tool Φ20mm Φ25mm Φ32mm
Voltage/power requirements 380V/15kVA 380V/18kVA 380V/20kVA
Machine weight 2000kg 2800kg 2850kg
External dimension (L脳W脳H) 2100x1600x1700mm 2200x1700x1700mm 2200x1700x1700mm

Application Fields

Bearing Rings

Designed for high-precision machining of inner and outer rings, raceways, and grooves. Compatible with bearing steel and alloy steel materials, our solutions enhance surface finish and dimensional consistency. Supporting high-speed cutting and automated inspection, they ensure superior wear resistance and assembly accuracy enabling efficient mass production and driving advancements in high-precision, long-life bearing technologies.

New Energy Vehicles (NEVs)

Engineered to meet the demands of complex structural components, our machines support mass production of lightweight aluminum alloy parts. They significantly improve component reliability and production efficiency, accelerating the transformation and upgrading of the NEV industry.

Semiconductor Material Processing

Ideal for manufacturing critical components such as wafer holders and chambers with ultra-high precision. Compatible with hard and brittle materials like silicon carbide and ceramics, our solutions ensure sub-micron surface finish, minimize chipping and cracking, and boost yield and efficiency. They support the miniaturization and high-performance requirements of semiconductor equipment, advancing chip manufacturing technologies and industry breakthroughs.

Small-Module Gear Blanks

Specialized in precision machining of miniature gears, tooth profiles, and end faces. Suitable for stainless steel and hard alloy materials, our machines enhance surface finish and meshing stability. With support for high-speed cutting and complex tooth profile mass production, they reduce defect rates and promote the miniaturization and long-life manufacturing of precision transmission components — empowering innovation in instrumentation and MEMS technologies.

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