ROCK/CONCRETE CUTTING MACHINE AZA0997

AZA0998 Asphalt & Concrete Floor Saw is a heavy-duty, professional cutting machine designed for high-precision cutting of asphalt and concrete surfaces. Built for demanding construction environments, this machine delivers powerful performance, long-term durability, and exceptional cutting accuracy for roadwork, utility installations, trenching, and demolition projects.

Powered by a high-performance industrial engine, the AZA0998 delivers consistent torque and blade speed, allowing smooth cutting through thick concrete slabs and dense asphalt without power loss. Its strong power transmission system ensures uninterrupted operation, improving job-site efficiency and reducing downtime.

The machine features a precision depth-control system, enabling operators to achieve accurate and uniform cutting depths. Its stable, reinforced steel chassis minimizes vibration and maintains straight-line stability, resulting in clean, professional-grade cuts every time.

Designed for harsh job-site conditions, the AZA0998 uses heavy-gauge steel construction, corrosion-resistant components, and durable mechanical parts that ensure long service life and reduced maintenance.

Operator comfort and safety are enhanced through ergonomically designed, vibration-dampened handlebars, easy-access controls, full blade guarding, and an emergency stop system, allowing safe and fatigue-free operation during extended use.

AZA0996 Motorised Core Cutting & Drilling Machine is a high-performance, electrically powered coring system designed for extracting precise cylindrical samples from concrete, asphalt, masonry, and geological formations. Built for both laboratory and field use, this machine combines strong structural stability with smooth, vibration-free drilling for consistently accurate core samples.

The machine is powered by a high-torque single-phase electric motor (1.5–2 HP) that delivers a constant rotational speed, ensuring clean cuts even through reinforced concrete. Its precision vertical feed system with adjustable speed control allows operators to manage penetration rate according to material hardness, ensuring minimal sample damage and superior core integrity.

A heavy-duty trolley-mounted steel frame provides excellent stability while allowing easy movement across job sites or within laboratories. The integrated wet drilling water feed system cools the diamond core bit, extends tool life, and significantly reduces dust for safer operation.

Designed to support core barrel sizes from 25 mm to 150 mm, the AZA0996 is suitable for a wide range of standard testing applications including structural investigations, pavement evaluation, and research sampling.

This machine is compliant with major international standards including ASTM C42/C42M, IS 516:2018, and AASHTO T24, making it a reliable choice for professional testing environments.

AZA1000 Polishing & Lapping Machine is a dual-purpose laboratory system engineered to achieve exceptionally flat, smooth, and mirror-finished surfaces on rock, mineral, metallurgical, ceramic, and composite samples. It is widely used in geology, metallurgy, material science, and civil engineering laboratories for preparing test specimens before microscopic analysis, spectroscopic evaluation, and mechanical testing.

By combining both lapping and polishing operations in one compact unit, AZA1000 ensures consistent surface flatness, controlled material removal, and low surface roughness, delivering highly repeatable and accurate test preparation results.

AZA1006 Rock Bolt Pull Out Test Apparatus is a high-precision, field-grade hydraulic testing system designed to determine the anchoring strength and load-bearing capacity of rock bolts, anchor bars, and grouted tendons directly in-situ. It is widely used in mining, tunneling, underground excavation, dam construction, and slope stabilization projects to verify the safety and performance of installed support systems.

This rugged and portable apparatus allows engineers to apply a controlled tensile load to rock bolts and measure both ultimate pull-out force and displacement. By simulating real-world tensile stresses, it helps evaluate grout bonding quality, rock mass interaction, and overall installation effectiveness before final commissioning of underground structures.

As underground infrastructure grows, ensuring the reliability of anchoring systems is critical. AZA1006 delivers dependable performance through its hydraulic pull mechanism, precision pressure monitoring, and easy-to-deploy field design, making it an essential tool for geotechnical safety assurance.