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CNC horizontal lathe

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CNC horizontal lathe Specification

Product Type
CNC Horizontal Lathe

Material
Hardened Cast Iron Body

Cutting Thickness
1-150 mm

Cutting Speed
50-3000 RPM

Engraving Area
400 x 1000 mm

Graphic Format Supported
G Code

CNC Or Not
CNC

Automatic Grade
Automatic

Control System
Siemens/Fanuc Optional

Max. Swing Diameter
400 mm

Voltage
380V/50Hz

Weight (kg)
3500 kg

Dimension (L*W*H)
2450 x 1450 x 1700 mm

Capacity
5-100 mm/min feed

Feature
High precision, Automatic tool changer

Color
Blue/Grey

Cooling System
Integrated water cooling

Main Spindle Bore
52 mm

Repositioning Accuracy
0.01 mm

Max. Turning Length
1000 mm

Tool Post
4-station automatic

Safety System
Emergency stop, Full enclosure

Power of Main Motor
7.5 kW

Environment Temperature
5-40C

Noise Level
Less than 75 dB

Chuck Diameter
250 mm

Usage
Metal turning, facing, threading operations

Axis Drive Type
Servo motor

Tailstock Travel
200 mm

Lubrication System
Automatic centralized

About CNC horizontal lathe

Machine overview

This is a high-performance CNC large horizontal flat bed lathe, powered by a SIEMENS or FANUC CNC system and a full digital AC servo system. It features automatic four-speed stepless spindle speed change, with an AC spindle motor and dual-linkage control axes for stable, precise operation.

For the CTK61125M/40M model, the Z-axis and X-axis use a ball screw pair paired with an AC servo motor for smooth longitudinal and lateral movement, ensuring excellent positioning and repeat positioning accuracy. The machines main components and structure are optimized for outstanding rigidity and stability, making it suitable for heavy-duty and high-precision machining tasks.

It excels in processing various workpieces including shafts, sleeves, and discs, capable of turning inner/outer cylindrical surfaces, conical surfaces, arc surfaces, grooving, chamfering, threading, and more. With its high precision, high power, high rigidity, and high degree of automation, it significantly boosts processing efficiency, simplifies operation, and reduces reliance on skilled workers.

Optional functions include boring, milling, grinding, and drilling, allowing customization to meet specific processing needs. It is widely used in industries such as energy, chemicals, light industry, electromechanics, papermaking, and automotive manufacturing, serving as an ideal machining equipment for diverse production requirements.

Main parametes

Max. loading capacity of two centers: 10T/15T
Machine bed width: 1100mm
Max. swing diameter over bed: 1290mm
Max. swing diameter over turret: 900mm
Max. workpiece length: 1000-16000mm
Spindle front bearing diameter: 200mm
Spindle bore diameter: 130mm
Spindle speed series: Hydraulic four gears, stepless speed regulation within gear
Spindle rotary speed range: 5-500r/Min
Main motor power: 37kW
Turret workstation quantity: Vertical type 4 station
Cutter disc repeated positioning accuracy: 0.01mm
Longitudinal rapid feed rate: 4000mm/Min
Transverse rapid feed rate: 4000mm/Min
Longitudinal feed speed: 1-2000mm/Min
Transverse feed speed: 1-2000mm/Min
Contact:
Mobile/Whatsapp/Wechat: (+86)13151220748
Email: deephole@dzguanlu.com

Engineered for Versatility and Precision

This CNC horizontal lathe is tailored for a broad range of metalworking tasks, from turning and facing to threading complex profiles. The high repositioning accuracy (0.01 mm), combined with a maximum turning length of 1000 mm and a cutting speed of 50-3000 RPM, allows users to tackle projects requiring exceptional detail and repeatability. Whether used for production runs or custom parts, it adapts easily to your workflow.

Durable Construction and User Safety

Constructed with a hardened cast iron body, the lathe offers rigidity while minimizing vibration for a smoother finish. Safety is paramount thanks to features like a full enclosure and rapid emergency stop system. Operators benefit from reduced fatigue with a noise rating below 75 dB, and can rely on centralized lubrication and water-cooling systems to prevent overheating, even in demanding, continuous use scenarios.

FAQ's of CNC horizontal lathe:

Q: How does the lathe's automatic tool changer improve workflow efficiency?

A: The 4-station automatic tool post enables seamless tool switching during operations, drastically reducing downtime and operator intervention, which enhances productivity and ensures a smooth, uninterrupted workflow for various turning, facing, and threading tasks.

Q: What materials are most suitable for processing on this machine?

A: This lathe is designed primarily for metal materials and is robust enough to handle a variety of metals with its powerful 7.5 kW motor and sturdy cast iron construction, providing precision and durability during continuous industrial operations.

Q: When is the integrated cooling and lubrication system beneficial?

A: The integrated water cooling and automatic centralized lubrication systems activate whenever the lathe is in operation, helping to maintain optimal temperatures and minimize wear, especially during extended cutting sessions or when working on tougher materials.

Q: Where can this CNC lathe be installed and operated safely?

A: Thanks to its full enclosure, noise control below 75 dB, and safety systems like emergency stop, the lathe can be safely installed in industrial workshops and manufacturing plants within an environment temperature of 5-40C, provided proper ventilation and electrical requirements (380V/50Hz) are met.

Q: What is the typical process for setting up and running a new workpiece?

A: After installing the selected chuck and tooling, operators use compatible G code files via the Siemens or Fanuc controller. The servo-driven axes position the material precisely, the tool changer selects the correct tool, and the safety enclosure is closed before initiating automated cycles for turning or threading.

Q: What are the key benefits of using this CNC horizontal lathe over manual alternatives?

A: Automated operation enables greater accuracy (repositioning accuracy of 0.01 mm), faster production (feed rates from 5-100 mm/min), and repeatability. Safety features, centralized lubrication, and water cooling lead to less maintenance and improved operator safety, making it ideal for both small and large batch manufacturing.

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