CNC Lathe CK6180 (600) CKQ61100

CK6180 (600 guide rail) and CKQ61100 CNC lathe are standard medium-duty flat bed turning equipment designed for component manufacturing workshops and auto parts processing plants. With 600 mm wide hardened guide rail and maximum swing diameter up to 1000 mm, the machine focuses on medium-size shaft and disc workpiece batch machining, achieving dimensional tolerance up to IT6-IT7 grade for precision finished parts.

Available with manual or hydraulic spindle shift configurations, this medium-size CNC turning machine supports complete turning, boring, reaming and thread cutting workflows. Optional configurations include hydraulic power turret, pneumatic/hydraulic three-jaw chuck, hydraulic tailstock and full safety shielding. The equipment features simple operation, stepless spindle speed regulation and shortened auxiliary processing time to boost daily workshop output for production supervisors.

Structural Design & Material Specifications

Shock-Absorbent High-Strength Cast Iron Lathe Bed

The machine base is integrally cast with thick high-density cast iron, passing multiple aging treatments to release internal casting stress. The stable bed structure delivers excellent vibration damping during high-speed cutting, avoiding surface ripple defects on finished workpieces and maintaining long-term machining stability.

Precision Hardened & Ground 600mm Guide Rail

Guide rails undergo overall hardening and precision grinding processes to lower surface friction resistance. Compared with untreated rails, hardened guide rails reduce carriage movement resistance, accelerate X/Z axis feeding speed and lower wear loss during continuous batch production of the CK6180 CNC lathe.

High-Rigidity Alloy Steel Precision Spindle

The spindle core is manufactured from premium alloy steel via multi-step precision machining and heat treatment. It realizes low runout rotation and sufficient low-speed torque for heavy cutting. Stepless speed adjustment from 10 rpm to 800 rpm matches different material cutting requirements from soft aluminum to hard alloy steel.

Modular Optional Upgrade Components

Factory technical teams provide flexible OEM/ODM modification: replace CNC systems, adjust center distance, install C-axis turning-milling attachment or add automatic chip removal devices to fit unique workshop production lines.

Core Technical Parameters

Industrial Application Scenarios

Automobile & Motorcycle Component Batch Machining

Ideal for mass production of drive shafts, brake discs and gear blanks. The hydraulic chuck and automatic 4-station NC turret cut manual clamping and tool change time, significantly lifting daily part throughput for auto component workshops.

General Machinery & Mold Auxiliary Parts

Process mold core shafts, bearing sleeves and hydraulic accessories. IT6-IT7 high precision tolerance meets strict fit standard requirements for transmission and hydraulic system matching parts.

Light Equipment & Hardware Fastener Production

Efficiently turn metric and imperial bolts, threaded sleeves and small cylindrical fittings. The wide spindle speed range adapts to low-speed heavy cutting and high-speed finish turning of carbon steel, cast iron and non-ferrous metal blanks.

FAQ

Can swing diameter and bed length be customized on CK6180 and CKQ61100 lathes?

Yes. Swing diameter and bed length can be modified to match actual workpiece sizes. Servo direct drive units and C-axis turning centers are also optional upgrades.

What CNC control systems can be installed on this medium-size CNC lathe?

Fanuc, Siemens and other mainstream international control platforms are available for selection. Customized automation modules can be integrated upon request.

What is the maximum distance between centers for these two lathe models?

The distance between centers can be configured as 1500/2000/3000/4000/5000/6000 mm according to client production demands.

How long does custom machine production take?

Standard ready-to-ship units can be delivered within 7 days, while tailor-configured machines require 15-25 working days for full assembly and quality inspection before shipment.