Kerf Type RBM Cutter

Features of Litian Kerf type RBM Cutter

1. Wear-Resistant Tungsten Carbide Inserts

The cutter adopts premium tungsten carbide inserts with different configurations, including chisel, conical, spherical and ballistic inserts. The optimized insert design improves rock penetration efficiency while reducing premature wear during continuous excavation.

2. Reliable Bearing and Sealing System

Equipped with high-quality bearing structures and metal seals, Litian Kerf Type RBM Cutter maintains stable rotation performance under heavy loads, abrasive environments and long-duration drilling operations.

3. Repairable and Customized Design

To reduce operational costs, Litian provides repairable cutter solutions and customization services based on equipment requirements, geological conditions and project specifications.

Application and Working Conditions of Kerf Type RBM Cutter

Kerf type RBM cutters are mainly used in raise boring equipment for rock excavation. Their performance depends on factors such as rock hardness, geological conditions, cutter configuration and operating parameters. Selecting the appropriate cutter design helps achieve stable cutting performance, improve drilling efficiency and extend service life under different working conditions.

With a TCI cutter structure, the Kerf type RBM cutters are designed for efficient rock breaking and chip removal during raise boring operations. The suitable cutter configuration may vary depending on the drilling environment and project requirements.

Kerf Type RBM Cutter Application Parameters

Selecting the correct operating parameters is essential for maximizing cutter life and excavation efficiency. The recommended values may vary depending on rock hardness, machine configuration and project conditions.

1. Applicable rock hardness: protodyakonov scale of hardness 11≤f≤20.

2. Recommended WOB of roller cutter: 100KN~200KN.

3. Maximum WOB (weight on bit): 245KN.

4. Recommended cutterhead rotation speed: 3-15 RPM.

5. Maximum linear velocity: 90m/min.

How to Choose the Right Kerf Type RBM Cutter

Consider Rock Hardness

Different geological conditions require different cutter configurations. Hard rocks such as granite and basalt usually require more wear-resistant insert designs.

Match Cutter Design with Raise Boring Equipment

Cutter diameter, taper design and bearing structure should match the specifications of the raise boring machine and cutterhead.

Select the Right Insert Type

Chisel, conical, spherical and ballistic inserts provide different rock-breaking characteristics for various formations.

Kerf Roller Cutter Models and Specifications

Litian provides multiple Kerf Roller Cutter models with different dimensions and configurations to meet various raise boring requirements.

FAQ

Frequently Asked Questions About Kerf Type RBM Cutters

Q: How does a raise boring cutter break rock?

A: A raise boring cutter breaks rock through the interaction between the cutter body, carbide inserts and rock formation. The cutter applies pressure to create fractures and remove rock chips during rotation, allowing efficient excavation in raise boring operations.

Read More: Rock Breaking Mechanism of Raise Boring Rig Cutters

Q: What is the difference between Kerf Type RBM Cutter and Random Type RBM Cutter?

A: Kerf Roller Cutter uses a kerf cutting structure designed for efficient rock penetration in harder formations, while Random Type RBM Cutter uses randomly distributed buttons for broader crushing coverage in different rock conditions.

Q: How can I extend the service life of a Kerf Type RBM Cutter ?

A: Proper operating parameters, regular inspection and timely maintenance can help extend cutter service life. Monitoring carbide wear, bearing conditions and overall cutter performance is important for maintaining stable drilling efficiency.

Q: Can Kerf Type RBM Cutter be customized for different drilling conditions?

A: Yes. Kerf Type RBM Cutter can be customized according to equipment requirements, geological conditions and specific project needs, including cutter dimensions, carbide configurations and structural designs.