Manual Core Splitter

Manual Core Splitter Specification

Frequency
Manual, not applicable

Automation Grade
Manual

Model No
MCS-9965

Measurement Range
NQ and PQ size core diameter

Power Source
Manual (no external power required)

Capacity
Single core splitting per operation

Feature
Robust construction, easy to operate, consistent splitting

Core Components
Splitting blades, support frame, lever handle

Accuracy
High core splitting precision

Temperature Range
0C to 50C

Equipment Materials
Heavy-duty steel frame, hardened steel splitting blades

Type
Core Splitter

Usage
Splitting rock core samples

Display Type
Manual operation (no digital display)

Dimension (L*W*H)
Approx. 600 x 250 x 400 mm

Weight
Approx. 25-35 kg

Splitting Mechanism
Lever-operated mechanical action

Operation Environment
Suitable for laboratory and field use

Installation
Ready to use, no assembly required

Core Size Compatibility
Designed for 47.6 mm (NQ) and 55.6 mm (PQ) cores

Maintenance
Low maintenance, easily replaceable blades

Safety Features
Protective hand guard and anti-slip base

Packing Details
Supplied in carton box with protective foam

Surface Finish
Powder coated, corrosion resistant

Portability
Integrated carry handles for easy transportation

User Manual
Provided for safe operation guidance

About Manual Core Splitter

Introducing the Manual Core Splitter MCS-9965-grab this magnificent offer now! Engineered with a heavy-duty steel frame and hardened steel splitting blades, this manual splitter ensures accurate, consistent splitting of rock core samples. Its lever-operated mechanism boasts a stellar, gilt-edged powder-coated surface for superior corrosion resistance and portability, thanks to integrated carry handles. Protective hand guard, anti-slip base, and no electricity required make it a hot deal for laboratory and field use. Ready to use straight from the box, our promotion includes a user manual and protective packaging for optimal safety and ease.

Pristine Precision and Competitive Edge

The Manual Core Splitter offers robust construction, delivering high accuracy and reliability every time. Its primary competitive advantage lies in the precision-split mechanism, protective elements, and versatility across NQ and PQ cores. Designed for splitting geological core samples smoothly, it thrives in both lab and field media. The low-maintenance feature and easily replaceable blades further solidify its reputation as a stellar solution for professionals demanding consistent, magnificent results.

Seamless Delivery & Exceptional Supply

Order completion is streamlined for your convenience, with prompt outlay and dispatch. We maintain a strong supply ability to efficiently fulfill bulk or individual orders. Each core splitter is securely transported in a carton with protective foam to guarantee pristine condition upon arrival. Sample policies are available, ensuring you experience performance before full commitment. Our reliable logistics ensures on-schedule delivery, allowing users to seamlessly integrate this gilt-edged equipment into daily operations.

FAQ's of Manual Core Splitter:

Q: How does the Manual Core Splitter operate?

A: The Manual Core Splitter functions through a lever-operated mechanical action, enabling users to manually split core samples precisely and consistently without the need for external power.

Q: What safety features are included in this equipment?

A: This splitter is equipped with a protective hand guard and an anti-slip base to ensure safe and secure operation during each use, reducing the risk of injuries.

Q: Where can the Manual Core Splitter be effectively used?

A: The unit is designed for flexible application in both laboratory and field environments, accommodating splitting needs wherever geological core samples are assessed.

Q: What is the process for replacing the splitting blades?

A: The splitter is engineered for easy maintenance, allowing users to replace the hardened steel blades quickly with standard tools and minimal downtime.

Q: What are the benefits of using a manual splitter over powered alternatives?

A: Manual operation eliminates reliance on electricity, making it suitable for remote fieldwork, reducing operational costs, and increasing reliability in varied conditions.