C61125 / C61140 / C61160 / C61180 Heavy-duty Horizontal Lathe
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Heavy-duty Horizontal Lathe

C61125 / C61140 / C61160 / C61180 Heavy-duty Horizontal Lathe

C61125 / C61140 / C61160 / C61180 Heavy-duty Horizontal Lathe product page with specification images, model range, applications, advantages and technical data tables.

C61125C61140C61160C61180C61200

Product Overview

C61125 / C61140 / C61160 / C61180 Heavy-duty Horizontal Lathe

This product series is configured for turning shaft, sleeve and disc parts, including cylindrical surfaces, conical surfaces, arcs, end faces, grooves, chamfers and threads.

The design emphasizes bed rigidity, spindle stability, feed accuracy and configurable accessories for B2B production environments.

Key Advantages

High-rigidity bed and precision guideway structure for stable cutting.

Spindle and drive system focused on speed stability and heavy cutting capability.

Feed and positioning configuration designed for repeatable batch machining.

Standard and optional configurations support project-specific machine selection.

Applications

Shaft partsSleeve partsDisc partsThread turningSmall and medium batchesHeavy cutting

Product Gallery

Technical Data

Specification Table 1

2.1 一般规格
C61125C61140C61160C61180C61200
Max. swing over bedØ1250Ø1400Ø1600Ø1800Ø2000
Max. swing over carriageØ900Ø1050Ø1250Ø1450Ø1650
Max. workpiece length(mm)3000/4000/5000/6000/7000/8000/9000/1000012000/13000/14000/16000
Max. turning length(mm2800/3800/4800/5800/6800/7800/8800/980011800/12800/13800 /15800
主轴最大扭矩(N·m)16966
最大主切削力(N)50000
最大Longitudinal进给力(N)20000
顶尖间最大工件重量(kg)16000
2.2 主轴箱
Spindle bore(mm)100
主轴孔前端锥度公制140
主轴正转时的转数种数21种
主轴反转时的转数种数12种
主轴Speed range(r/min)正转3.15—315
反转3.5—291
2.3 进给箱
主轴每转刀架的纵Cross进给量种数56种
主轴每转刀架的进给量范围:(mm)Longitudinal0.1—12 (0.004"--0.473")
Cross(Longitudinal的二分之一)0.05—6 (0.002"--0.236")
上刀架(Longitudinal的四分之一)0.025—3 (0.001"--0.118")
公制螺纹的种数44种
公制螺纹的螺距范围(mm)1—120

FAQ

Request Configuration & Quote

Share workpiece size, material, process plan, target capacity and preferred options so the final technical proposal can be confirmed.

Source Specification: C61125系列规格书(2026版).doc

How should center distance or machining length be selected?

Use maximum workpiece length, clamping method, tool travel and process allowance as the basis. The specification table provides the initial selection range.

Can optional configurations change the parameters?

Yes. Chuck, turret, guard, tailstock, steady rest and follow rest options may change speed, travel or dimensions. Final data should be technically confirmed.

Are these web parameters the final contract data?

No. The page is for product introduction and selection discussion. Final scope, configuration and acceptance criteria should follow the confirmed technical documents.