Saimp 1500 mm Lathe Machine

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Saimp 1500 mm Lathe Machine Specification

Product Type
Conventional Lathe Machine

Material
Cast Iron Body, Hardened Steel Gears

Cutting Thickness
Up to 25 mm

Cutting Speed
Variable, up to 2000 RPM

CNC Or Not
No (Manual Operation)

Automatic Grade
Semi-Automatic

Control System
Manual Hand Wheel and Lever

Max. Swing Diameter
400 mm

Voltage
415 V 3-Phase

Weight (kg)
Approx 1200 kg

Dimension (L*W*H)
2250 mm x 900 mm x 1250 mm

Capacity
1500 mm Between Centers

Feature
Precision Bedways, High Rigidity, Gear-Driven Headstock, Thread Cutting Capability

Color
Machine Grey with Red Accents

About Saimp 1500 mm Lathe Machine

Make - Saimp (Italy)
Model - MS-230
Center Height - 230 mm
Max. Length of Job - 1500 mm
Max. Job Diameter over Bed - 460 mm
Max. Job Diameter over Cross-Slide - 280 mm
Bed Width - 350 mm
4-jaw Chuck Diameter - 400 mm
Spindle Speeds - 24 rpm to 1200 rpm
Spindle Bore - 45 mm
Max. Job Diameter in Gap-Bed - 620 mm
3-jaw Chuck Diameter - 255 mm
- Machine is complete with both 4-jaw and 3-jaw chucks.
- Complete with tool holders, etc. etc.

Video Link - https://youtu.be/wLmjIOLy6BA

Precision and Durability

With an induction-hardened bed and cast iron body, the Saimp 1500 mm Lathe Machine delivers outstanding wear resistance and stability. Its hardened steel gears support heavy-duty machining, while precision bedways enable accurate work with minimal deflection. This combination ensures reliable performance over years of intensive use.

Versatile Machining Capabilities

Capable of handling a maximum swing diameter of 400 mm and a cutting thickness up to 25 mm, this lathe caters to varied turning needs. The machines range of 32 feed rates, metric and inch thread cutting (0.57 mm; 256 TPI), and variable spindle speeds make it suitable for complex operations across multiple industries.

User-Friendly Manual Control

Featuring a manual hand wheel and lever-based control system, the Saimp lathe ensures intuitive handling for operators. The straightforward layout supports efficient workflow in both manufacturing and maintenance settings. Semi-automatic functions help streamline repetitive tasks while maintaining user oversight for accuracy.

FAQs of Saimp 1500 mm Lathe Machine:

Q: How does the induction-hardened bed improve the lathe machines performance?

A: The induction-hardened bed enhances the machines wear resistance and stability by providing a harder surface that withstands constant contact and load during machining. This results in improved precision and longer bed life, making it ideal for high-volume operations.

Q: What types of machining processes can be performed on the Saimp 1500 mm Lathe Machine?

A: This lathe is capable of turning, facing, threading (metric and inch), drilling, and boring. Its wide spindle speed range and multiple feed rates allow operators to carry out various machining tasks on metals with precision and efficiency.

Q: When should the operator adjust the spindle speed and feed rates?

A: The spindle speed and feed rate should be adjusted based on the material, tool type, and desired finish. For harder materials or finer finishes, lower speeds and feeds are recommended, while higher speeds and feeds suit softer materials and rapid roughing operations.

Q: Where is the Saimp 1500 mm Lathe Machine best utilized?

A: This lathe machine is ideal for industrial workshops, tool rooms, maintenance departments, and manufacturing facilities needing versatile and reliable turning solutions. Its semi-automatic features and robust construction make it suitable for both batch production and custom jobs.

Q: What are the benefits of using a manual control system on this lathe model?

A: A manual control system offers operators direct tactile feedback and immediate adjustments, which enhances accuracy during intricate machining tasks. It also allows for greater flexibility in handling unique or one-off jobs compared to fully automated systems.

Q: How do you use the thread cutting function on the Saimp lathe?

A: To cut threads, select the desired pitch using the machines gear and feed settings; set up the lead screw accordingly, and engage the correct feed rate. The spindle and carriage will then move in synchronization, producing precise metric or inch threads as required, all while under manual control for accuracy.

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