Hand Operated Soil Lathe

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Hand Operated Soil Lathe Specification

Model No
Varies by Manufacturer

Temperature Range
Ambient

Power Source
Hand Operated

Feature
Portable, manually operated, robust construction, fine adjustment

Core Components
Rotating spindle, hand wheel, tool rest, chuck

Measurement Range
38 mm to 100 mm diameter possible

Accuracy
High precision for laboratory use

Automation Grade
Manual

Capacity
Suitable for samples up to 38 mm to 100 mm diameter

Equipment Materials
Cast Iron Body with Steel Accessories

Type
Hand Operated Soil Lathe

Usage
Used for trimming and finishing cylindrical soil specimens in geotechnical laboratories

Display Type
Manual, No digital display

Dimension (L*W*H)
Approx. 450 x 150 x 200 mm

Weight
Approx. 25-30 kg

Hand Operated Soil Lathe Trade Information

Payment Terms
Cash Advance (CA), Cash in Advance (CID), Cheque, Telegraphic Transfer (T/T), Letter of Credit (L/C)

Sample Available
Yes

Sample Policy
Sample costs shipping and taxes has to be paid by the buyer

Packaging Details
carton box, export quality also available

Main Export Market(s)
Asia, Eastern Europe, Western Europe, Middle East, Africa

Main Domestic Market
All India

Certifications
ISO 9001, 14001 ,CE

About Hand Operated Soil Lathe

Hand Operated Soil Lathe

Specification of Hand Operated Soil Lathe :

For producing 38 mm diameter specimens.
The lathe platten is adjustable in height.
And will accept specimens up to 100 mm in length.
with all accessories (wire saw and trimming knife).

Versatile Soil Specimen Preparation

This hand-operated soil lathe is crafted specifically to meet the needs of geotechnical laboratories, allowing for both trimming and finishing of samples. Its manual spindle speed and precision controls guarantee fine adjustment, while its compatibility with varied sample sizes ensures versatility across common testing protocols.

Robust and Portable Construction

Built with a cast iron body and steel components, this soil lathe is both sturdy and portable, weighing approximately 2530 kg. Its compact design allows for convenient bench mounting and easy relocation within the lab, making it suitable for dynamic laboratory environments.

Safe and User-Friendly Operation

With a fully manual system, the risk of electrical hazards is eliminated, enhancing laboratory safety. The intuitive hand wheel, tool rest, and three-jaw chuck facilitate straightforward operation, requiring minimal training for staff and reducing operation-related fatigue.

FAQs of Hand Operated Soil Lathe:

Q: How do I operate the Hand Operated Soil Lathe for trimming soil samples?

A: To use the lathe, securely place your cylindrical soil sample (38 mm to 100 mm diameter) in the three-jaw chuck. Adjust the cutting tool as needed and use the hand wheel to rotate the spindle. Proceed to trim or finish the specimen, achieving a smooth surface by making controlled, fine adjustments.

Q: What types of samples are compatible with this soil lathe?

A: The lathe is designed for both undisturbed and remoulded cylindrical soil specimens with diameters from 38 mm up to 100 mm, making it adaptable to various geotechnical testing requirements.

Q: When should I perform maintenance on the soil lathe?

A: Routine maintenance is minimal. Lubricate moving parts periodically as recommended by the manufacturer to ensure smooth operation and optimum tool life.

Q: Where should I install the soil lathe within my laboratory?

A: Mount the lathe on a stable laboratory bench. Ensure there is adequate workspace around the instrument for safe and efficient operation and tool adjustments.

Q: What is the process for preparing soil specimens using this lathe?

A: Start by mounting your prepared soil sample in the lathes chuck, adjust the tool rest and cutting tool as needed, and rotate the spindle by hand while trimming the samples surface until it meets the desired finish and dimensions for testing.

Q: What are the main benefits of using a hand-operated lathe over an electrical one?

A: This manual lathe offers enhanced safety due to its non-electrical operation and significantly reduces risk of electrical accidents. Its fine adjustment controls enable high precision, while the portable and robust design provides durability and ease of use in varied lab settings.

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