CORE CUTTING/CORE DRILLING MACHINE (PETROL) AZA0994
The AZA0994 Core Cutting/Core Drilling Machine (Petrol) from AZALAB is a fundamental piece of equipment for construction, civil engineering, and material testing professionals. Designed for unparalleled portability and precision, this petrol-powered core drilling machine allows for the efficient and accurate extraction of cylindrical core samples from concrete, asphalt, rock, and other hard construction materials Core Drilling Machine Petrol, Core Cutting Machine, Concrete Core Dril. Its self-contained power source makes it ideal for remote job sites where electrical power is scarce or inconvenient, offering complete operational freedom
Description
The AZA0994 Core Cutting/Core Drilling Machine (Petrol) from AZALAB is a fundamental piece of equipment for construction, civil engineering, and material testing professionals. Designed for unparalleled portability and precision, this petrol-powered core drilling machine allows for the efficient and accurate extraction of cylindrical core samples from concrete, asphalt, rock, and other hard construction materials Core Drilling Machine Petrol, Core Cutting Machine, Concrete Core Dril. Its self-contained power source makes it ideal for remote job sites where electrical power is scarce or inconvenient, offering complete operational freedom.
Specifications:
- Model Number: AZA0994
- Power Source: Petrol Engine (e.g., 4-stroke, specific CC/HP to be confirmed, typically around 5-6.5 HP)
- Core Sample Diameter Capacity: Up to 150 mm (6 inches) as standard; can be larger with specific bits (consult for maximum).
- Head Travel on Rack: Approximately 500 mm (for vertical drilling adjustment)
- Drill Speeds: Typically multi-speed, e.g., 900 R.P.M. for soft samples and 350 R.P.M. for hard samples (RPM values may vary).
- Base Dimensions (Approx.): 625 x 900 mm
- Overall Height (Approx.): 1300 mm
- Water Swivel: Built-in for wet drilling
- Mobility: Fitted with wheels on the base frame for easy transport
- Weight (Approx.): 85-100 kg (varies slightly by engine/configuration)
- Accessories (typically extra cost): Thin-walled diamond bits, core barrel
FREQUENTLY ASKED QUESTIONS (FAQ):
Q1: What is the primary advantage of a petrol core drilling machine like the AZA0994? A1: The main advantage of a petrol core drilling machine is its portability and independence from an external power source. This makes the AZA0994 Core Drilling Machine Petrol ideal for remote construction sites or areas without readily available electricity.
Q2: What materials can the AZA0994 core drill through? A2: The AZA0994 is designed for core cutting and drilling through hard construction materials such as concrete, asphalt, rock, and various types of stone and masonry.
Q3: Is wet drilling required for this machine? A3: Yes, wet drilling is highly recommended and standard for the AZA0994. The machine features a built-in water swivel for cooling the diamond bit, which extends its life and significantly reduces dust generation.
Q4: What size core samples can this machine extract? A4: The AZA0994 is typically suitable for extracting core samples up to 150 mm (6 inches) in diameter. Larger diameters may be possible with specialized diamond bits, please inquire with AZALAB.
Q5: What kind of maintenance does the petrol engine require? A5: Like any petrol engine, regular maintenance is essential. This includes checking and changing the engine oil, cleaning or replacing the air filter, inspecting the spark plug, and ensuring the fuel system is clean. Always refer to the engine manufacturer’s manual for detailed maintenance procedures.
Q6: Can this machine be used for inclined drilling? A6: The AZA0994 typically comes with a vertical pillar setup. For inclined drilling, specialized rigs or attachments would be required. Please consult AZALAB for solutions for specific drilling angles.
Additional information
| Model Number |
AZA 0994 |
|---|---|
| Power Source:Petrol EngOverall Height (Approx.) |
1300 mm |
| Water Swivel |
Built-in for wet drilling |
| Mobility |
Fitted with wheels on the base frame for easy transportine |
| Base Dimensions (Approx.) |
625 x 900 mm |
| Accessories (typically extra cost) |
Thin-walled diamond bits, core barrel |
Related products
AUTOMATIC GRINDING MACHINE AZA1001
AZA1001 Automatic Grinding Machine is a high-precision laboratory system designed for perfect end-face preparation of cylindrical rock and concrete core samples. Built for geotechnical, mining, civil engineering, and material testing laboratories, this fully automatic grinder ensures flatness, parallelism, and repeatability required for accurate strength testing.
It is essential for preparing specimens for UCS (Uniaxial Compressive Strength), triaxial, Brazilian tensile, and point load tests, where poorly prepared end faces can compromise results.
With programmable controls and vibration-free construction, AZA1001 delivers consistent, hands-free grinding with minimal operator effort.
CORE CUTTING GRINDING MACHINE AZA0999
AZA0999 Core Cutting & Grinding Machine is a dual-function laboratory system designed for precision cutting and surface grinding of cylindrical core samples made from rock, concrete, minerals, and similar materials. This machine is engineered for geotechnical, civil engineering, mining, and material testing laboratories where accurate core preparation is essential for reliable test results.
By combining cutting and grinding in a single compact unit, AZA0999 significantly improves laboratory efficiency, reduces manual handling, and ensures flat, parallel, and smooth specimen ends, which are critical for compressive strength, triaxial, and indirect tensile tests.
This machine integrates a heavy-duty diamond cutting blade and a high-precision grinding wheel, mounted on a rigid, vibration-free steel structure to deliver stable, accurate, and repeatable results.
CORE CUTTING/CORE DRILLING MACHINE (MOTORISED) AZA0996
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.
DIGITAL POINT LOAD TEST APPARATUS AZA1003
AZA1003 Digital Point Load Test Apparatus is a high-precision hydraulic testing system designed for determining the point load strength index of rock specimens in laboratory and field environments. Built with a 60 kN hydraulic load frame and an advanced digital measuring unit, this apparatus delivers accurate, repeatable, and standards-compliant results for geotechnical, mining, and civil engineering applications.
The manual hand-pump operated hydraulic system allows smooth and controlled load application, while the adjustable frame supports rock cores and irregular specimens up to 102 mm diameter.
HOEK TRIAXIAL AZA1008
The AZA1008 Hoek Triaxial Rock Testing System is designed for advanced triaxial testing of rock core specimens under simulated underground stress conditions. Built for high precision and durability, this system enables accurate evaluation of rock strength, deformation, and elastic behavior, supporting critical geotechnical, mining, and civil engineering applications such as tunnels, slopes, dams, and underground excavations.
Key Features
-
Designed for triaxial testing of intact rock cores
-
Supports high confining pressures for realistic in-situ simulation
-
Compatible with manual and servo-controlled compression frames
-
Precision-machined high-grade stainless steel pressure vessel
-
Robust sealing system with high-performance rubber membranes
-
Low-friction piston system for enhanced measurement accuracy
-
Full compliance with international testing standards
LOAD FRAME FOR UNIVERSAL COMPRESSION TEST OF ROCKS12 SPEED 200 KN AZA1007
The AZA1007 Universal Compression Test Load Frame is a heavy-duty mechanical and hydraulic testing system specially designed for determining the uniaxial compressive strength (UCS) and deformation behavior of rock core specimens. Engineered for precision and durability, this equipment is widely used in geotechnical laboratories, civil engineering institutes, mining operations, tunneling projects, and research organizations.
Built with a 200 kN high-capacity loading system and a 12-speed gear control mechanism, AZA1007 allows highly controlled and uniform load application, ensuring repeatable and accurate test results. Its rigid steel construction minimizes frame deformation during testing, offering maximum stability and long service life even under heavy laboratory workloads.
This load frame is manufactured to comply with ISRM Suggested Methods and ASTM D7012 requirements, making it a reliable solution for internationally accepted rock strength testing.
PORTABLE CORE CUTTING DRILLING MACHINE PETROL DRIVEN AZA0995
AZA0995 Petrol-Driven Core Cutting & Drilling Machine is a high-performance, portable coring system designed for on-site sampling of concrete, asphalt (bitumen), and rock surfaces. Built for demanding field conditions, this machine combines power, mobility, and cutting precision, making it ideal for civil engineers, geotechnical teams, road authorities, and construction quality control laboratories.
The petrol-powered 4-stroke engine ensures complete independence from electrical power, allowing reliable operation in remote and off-grid locations. Mounted on a trolley-type heavy-duty steel frame, the unit is easy to transport across rough or uneven terrain while providing excellent stability during drilling.
This machine supports core barrel sizes from 25 mm to 150 mm, making it suitable for a wide range of sampling requirements—from pavement layer checks to structural concrete strength investigations. The adjustable vertical drill column allows accurate alignment, ensuring clean, straight, and damage-free cores.
An integrated water feed system enables wet drilling, which keeps the diamond core bit cool, minimizes dust, and improves core quality. The vibration-dampened spindle system ensures smooth cutting, reduced operator fatigue, and longer machine life.
Designed with operator safety and durability in mind, AZA0995 features ergonomic handles, emergency cut-off, corrosion-resistant components, and a robust engine mount to prevent unwanted movement during operation.
ROCK BOLT PULL OUT TEST APPARATUS AZA1006
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.
