Small Horizontal Lathe with Saddle
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Small Horizontal Lathe with Saddle

Small Horizontal Lathe with Saddle

The Small Horizontal Lathe With Saddle is a conventional horizontal lathe for turning, facing, boring, taper turning and threading of cylindrical, shaft and large-diameter workpieces.

Product Overview

 

The Small Horizontal Lathe With Saddle is a conventional horizontal lathe for turning, facing, boring, taper turning and threading of cylindrical, shaft and large-diameter workpieces. Its saddle structure provides additional support for the carriage and expands the usable machining area for larger workpieces. 

 

Key Specifications

 

Parameter

Specification

Swing Over Bed

800 mm

Swing Over Carriage

480 mm

Maximum Workpiece Length

1500–6000 mm

Maximum Turning Length

1350–5850 mm

Guideway Width

600 mm

Spindle Bore

100 mm

Spindle Nose

C11; C15 special configuration

Spindle Speed, Forward

5.5–750 rpm

Spindle Speed, Reverse

10–775 rpm

Forward / Reverse Speeds

18 / 6

Metric Thread Range

1–240 mm

Inch Thread Range

14–1 teeth/inch

Module Thread Range

0.5–120 mm

Diametral Pitch Thread

28–1 teeth/inch

Tool Shank Size

32 mm

Tailstock Quill

Ø100 × 250 mm, MT6

Main Motor Power

11 kW

Machine Weight

4900–7500 kg

Overall Length

3670–8260 mm

Overall Width × Height

1450 × 1730 mm

 

Saddle-Supported Machining

 

Rigid Carriage Support: The saddle provides a broad supporting base for the carriage, maintaining stable tool positioning during turning.

Larger Working Clearance: The saddle structure provides additional working space around the workpiece for larger-diameter turning.

Direct Machining Access: The 480 mm swing over carriage defines the usable clearance around the carriage for the selected workpiece.

 

Stable Cutting

 

Rigid Cast-Iron Bed: The cast-iron bed provides a rigid foundation for continuous turning operations.

Wide Guideway Support: The 600 mm guideway provides broad support for carriage movement and cutting loads.

Stable Carriage Movement: The rigid bed and wide guideway help maintain consistent carriage movement during turning.

 

Threading & Tooling Flexibility

 

Four Threading Standards: Metric, inch, module and diametral pitch threading cover different mechanical component requirements.

Adjustable Feed Selection: 64 longitudinal and cross-feed rates allow the feed movement to be matched to different turning and threading operations.

Taper & Boring Support: The ±90° tool-post swing and 32 mm tool shank capacity support conventional turning, boring and taper machining.

 

Applications

 

Shafts & Axles: Long shafts, stepped shafts and axle-type components requiring turning, facing and threading.

Flanges & Discs: Large-diameter flanges, discs and ring-shaped components requiring external turning and facing.

Bushings & Sleeves: Cylindrical sleeves and similar parts requiring internal and external turning.

Repair & Replacement Parts: General mechanical parts requiring conventional turning, boring or threading during equipment repair and replacement.

 

Manufacturing & Quality

 

80+ Years of Manufacturing: XS has manufactured machine tools since 1946.

In-House Production: Casting, machining, heat treatment and assembly are handled within the manufacturing operation.

Machine Inspection: CMM and laser interferometer equipment are used for machine inspection and verification.

Documented Acceptance Basis: Machine acceptance references GB/T 4020-1997 for parallel-lathe accuracy and JB/T 2322-1993 for parallel-lathe terms.

 

Packaging & Delivery

 

Item

Details

Packaging

Export Wooden Case

Machine Weight

4,900–7,500 kg

Overall Length

3,670–8,260 mm

Overall Width

1,450 mm

Overall Height

1,730 mm

Delivery

30–60 Days

 

After-Sales Support

 

Remote Technical Support: Support is available for machine operation, routine maintenance and troubleshooting after delivery.

Maintenance Guidance: Technical assistance covers routine adjustment and common mechanical maintenance during machine use.

 

FAQ

 

Q: What information should I provide when requesting a quotation?

A: Provide the workpiece drawings or dimensions, required turning length, material, thread requirements and expected production volume. This allows the machine configuration to be matched to the actual machining job.

Q: How should I determine the required turning length?

A: Base the required turning length on the longest section that must be machined, rather than the overall workpiece length. Allow additional length for workholding and tailstock support when confirming the configuration.

Q: Can the machine configuration be adjusted to suit a specific machining job?

A: The required configuration should be confirmed before quotation based on the workpiece dimensions, spindle requirements, threading system and other machining conditions.

Q: What electrical requirements should be confirmed before ordering?

A: The available voltage, frequency and three-phase power supply at the installation site should be confirmed before production so the machine's electrical configuration can be matched to the destination.

Q: What should be prepared before the lathe arrives?

A: Prepare a suitable foundation, lifting and unloading equipment, electrical connection and sufficient operating space according to the machine dimensions and installation requirements.

Q: What should be checked when the machine is received?

A: Check the machine model and configuration against the order, inspect the machine and packaging for transport damage, and verify the supplied components and documentation before installation and commissioning.

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