Colombo-Morando Lathe Machine

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Colombo-Morando Lathe Machine Specification

Product Type
Heavy Duty Lathe Machine

Material
Cast Iron Body, Hardened Steel Gears

Cutting Thickness
Up to 20 mm (depending on material)

Cutting Speed
Variable, up to 1200 RPM

CNC Or Not
Conventional (Not CNC)

Automatic Grade
Manual

Control System
Manual

Max. Swing Diameter
Up to 800 mm

Voltage
415 V, 3 Phase, 50 Hz

Weight (kg)
Approx. 3800 kg

Dimension (L*W*H)
Approx. 4000 x 1100 x 1500 mm

Capacity
Heavy-Duty Turning Applications

Feature
Robust construction, Precision Ground Bed, High Load Capacity, Reliable Performance

Color
Industrial Grey/Blue

Center Distance
Between 1500 mm to 3000 mm (Model Dependent)

Chuck Diameter
Up to 400 mm

Bed Width
600 mm

Tailstock Travel
200 mm

Surface Finish
Precision Ground and Hardened

Lead Screw Diameter
38 mm

Spindle Bore
100 mm

Spindle Speed Range
35 to 1200 RPM

Tool Post Type
4-way Universal

Main Motor Power
7.5 HP

Feed Range
Longitudinal and Cross Feed Available

About Colombo-Morando Lathe Machine

Colombo-Morando Lathe Machine

Make - Colombo-Morando (Italy)
Model - PA300
Center Height - 305 mm
Max. Length of Job - 1600 mm
Max. Job Diameter over Bed - 610 mm
Max. Job Diameter over Cross-Slide - 400 mm
Spindle Speeds - 24 rpm to 2400 rpm
Bed Width - 400 mm
3-Jaw Chuck Diameter - 310 mm
4-Jaw Chuck Diameter - 450 mm
Spindle Bore - 60 mm
Complete with 3-point Steady.
Both 3-jaw and 4-jaw chucks are available with machine.
Machine is in excellent working condition.

Video Link - https://youtu.be/m-ehvi3s4Zk

Engineered for Heavy-Duty Performance

With a robust cast iron construction and a hardened, precision ground bed, the Colombo-Morando Lathe Machine is built to handle intensive turning operations. Its considerable bed width and high load capacity make it ideal for large, demanding projects common in manufacturing and fabrication sectors.

Precision and Versatility in Machining

The spindle speed range of 35 to 1200 RPM and 4-way universal tool post facilitate versatile tooling setups and accurate cuts. Longitudinal and cross feeds enhance operational flexibility, allowing the machine to perform a range of turning and threading tasks efficiently.

User-Friendly and Reliable Operation

A manually operated control system ensures straightforward handling, while the manual feed system offers machinists tactile control for fine adjustments. The lathes precision surface finish minimizes friction and maximizes accuracy throughout the machining process.

FAQs of Colombo-Morando Lathe Machine:

Q: How is the Colombo-Morando Lathe Machine suited for heavy-duty applications?

A: Its cast iron body, precision ground bed, and 7.5 HP main motor are engineered to withstand large workloads, ensuring robust performance and reliability in demanding industrial environments.

Q: What types of materials can this lathe machine process?

A: The lathe can work with a wide range of materials, including steel, cast iron, aluminum, and various alloys. Its hardened steel gears and powerful drive system support high-capacity turning and cutting.

Q: When is it ideal to use a manual (conventional) lathe over CNC machines?

A: A manual lathe like this is suitable for tasks requiring operator control, custom part fabrication, prototyping, and jobs where flexibility and hands-on adjustments are essential.

Q: Where is this lathe machine typically installed and operated?

A: This machine is well-suited for manufacturing workshops, fabrication centers, and industrial repair facilities, especially where heavy-duty precision turning is routinely required.

Q: What is the process for changing spindle speed on this machine?

A: Changing spindle speed is a manual process, involving adjustment of gear levers to select from a wide speed range (351200 RPM), allowing the machinist to match the speed to the specific machining operation.

Q: How does the 4-way universal tool post benefit users?

A: The 4-way tool post enables quick tool changes and secure multi-tool setups, improving workflow efficiency and reducing downtime during complex machining processes.

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