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Graziano sag 210 Lathe Machine

Name: Graziano sag 210 Lathe Machine
Brand: Liberty Metal & Machines Private Limited
Price: 20000 INR
Availability: InStock

Price 20000 INR/ Piece

Get a Price/Quote

MOQ : 1 Piece

Graziano sag 210 Lathe Machine Specification

Product Type
Geared Head Lathe Machine

Material
Cast Iron

Cutting Speed
402000 RPM (variable speed)

CNC Or Not
Conventional (Not CNC)

Automatic Grade
Semi-Automatic

Control System
Manual

Max. Swing Diameter
420 mm

Voltage
415 V / 3 Phase / 50 Hz

Weight (kg)
1700 kg (approx.)

Dimension (L*W*H)
2200 x 950 x 1350 mm

Capacity
Heavy Duty

Feature
High precision, rigid construction, hardened bed ways

Color
Grey & Green

Leadscrew Diameter & Pitch
35 mm diameter, 6 mm pitch

Chuck Size
250 mm

Carriage Travel
1380 mm

Distance Between Centers
1500 mm

Cross Slide Travel
280 mm

Thread Cutting Range
0.1 14 mm pitch

Coolant System
Available

Tailstock Quill Travel
185 mm

Longitudinal Feed Range
0.05 1.4 mm/rev

Bed Width
320 mm

Taper in Tailstock
MT4

Number of Spindle Speeds
16

Main Motor Power
5 HP

Spindle Bore
52 mm

Spindle Nose
Camlock D1-6

Graziano sag 210 Lathe Machine Trade Information

Minimum Order Quantity
1 Piece

Main Domestic Market
All India

About Graziano sag 210 Lathe Machine

Make - Graziano (Italy)

Model - sag 210

Center Height - 220 mm

Max. Length of Job - 1500 mm

Max. Job Diameter over Bed - 440 mm

Max. Job Diameter over Cross-Slide - 260 mm

Max. Job Diameter in Gap - 550 mm

Spindle Speeds - 38 rpm to 2000 rpm

Bed Width - 320 mm

Chuck Diameter - 250 mm

Spindle Bore - 57 mm

- Machine is in excellent working condition.

Video of The Machine-

https://youtu.be/6LaO4LBQP-A

Sturdy Construction for Accurate Machining

Built with a heavy cast iron body and weighing approximately 1700 kg, the Graziano SAG 210 ensures stability and vibration-free cutting. Its hardened bed ways and 320 mm bed width contribute to precision and durability across various metalworking jobs.

User-Friendly Operation and Versatility

This semi-automatic lathe is manually controlled, making it ideal for experienced machinists seeking fine control over their operations. The Camlock D1-6 spindle nose, wide threading range, and manual controls support flexible usage, from one-off projects to small-batch manufacturing.

Adaptable to Demanding Tasks

With a powerful 5 HP main motor and a 420 mm maximum swing diameter, the SAG 210 can handle large and heavy components with ease. Its 185 mm tailstock quill travel and 280 mm cross slide travel enhance its capacity for complex and heavy-duty machining requirements.

FAQs of Graziano sag 210 Lathe Machine:

Q: How does the Graziano SAG 210 Lathe Machine ensure high precision in machining?

A: The SAG 210 is built with hardened bed ways and a rigid cast iron construction, minimizing deflection and vibration. This ensures precise cuts, even at higher speeds or with larger workpieces, making it suitable for accurate, repeatable metalworking operations.

Q: What types of workpieces are supported by the SAG 210s specifications?

A: The machine features a 1500 mm distance between centers and a 52 mm spindle bore with a 250 mm chuck, accommodating long and sizeable workpieces. The 420 mm maximum swing diameter further allows for machining of large-diameter items.

Q: When should I use variable speed control on this lathe?

A: Variable speed control, ranging from 40 to 2000 RPM, should be adjusted according to material type and machining requirements. Lower speeds are suitable for harder materials and threading, while higher speeds benefit finishing cuts and softer metals.

Q: Where is the Graziano SAG 210 typically installed?

A: Due to its heavy-duty design and size (2200 x 950 x 1350 mm), the SAG 210 is best suited for industrial workshops, tool rooms, and manufacturing facilities equipped with three-phase power (415 V, 50 Hz).

Q: What is the process for cutting threads on this lathe?

A: The SAG 210 offers a thread cutting range from 0.1 to 14 mm pitch, enabled by its 35 mm diameter leadscrew with a 6 mm pitch. The operator sets the desired pitch and uses the manual controls to guide the tool along the workpiece, producing precise threads.

Q: How do the coolant system and manual controls benefit the operator?

A: The integrated coolant system helps reduce heat build-up, extends tool life, and ensures smooth finishes. Manual controls give experienced operators direct, nuanced command over machining processes, increasing versatility and user confidence during complex tasks.

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