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AUTOMATIC LEVEL AZA1031

AZA1031 Automatic Level (Auto Level / Optical Level)

The AZA1031 Automatic Level is a precision optical leveling instrument engineered for accurate elevation measurement in surveying, construction layout, and civil engineering projects. Designed for durability and long-term accuracy, it delivers consistent performance in demanding outdoor environments while remaining simple and efficient to operate.


Reliable Self-Leveling Performance

At the core of the AZA1031 is a magnetic damping compensator that automatically corrects minor tilts and vibrations. This self-leveling mechanism ensures a stable horizontal line of sight without continuous manual adjustment, significantly reducing setup time and operator error.

Once roughly leveled using the circular bubble vial, the internal compensator completes the leveling process automatically, making the instrument ideal for long-distance and repetitive leveling tasks.

AUTOMATIC LEVEL AZA1032

AZA1032 Automatic Level (Self-Leveling Optical Level)

The AZA1032 Automatic Level is a precision self-leveling optical instrument designed for accurate height transfer, alignment, and leveling operations in construction, surveying, and civil engineering projects. Engineered for reliability, ease of use, and field durability, it delivers consistent performance on demanding job sites.


Automatic Self-Leveling Accuracy

At the core of the AZA1032 is a built-in compensator mechanism that automatically aligns the line of sight to a true horizontal plane. After rough leveling using the circular bubble vial, the compensator fine-tunes alignment instantly, eliminating manual errors and significantly reducing setup time.

This self-leveling system ensures stable readings even in environments affected by vibration or minor ground movement.

AUTOMATIC LEVEL AZA1033

AZA1033 Automatic Level (Auto Level / Self-Leveling Optical Level)

The AZA1033 Automatic Level is a high-precision optical surveying instrument engineered for accurate elevation measurement in construction, roadwork, and civil engineering projects. Designed to establish and verify horizontal planes over long distances, it is an essential tool for engineers, surveyors, and site supervisors who require speed, stability, and dependable accuracy.


Self-Leveling Accuracy with Built-in Compensator

Unlike manual leveling instruments, the AZA1033 features a self-leveling compensator system that automatically maintains a true horizontal line of sight. Once roughly leveled using the circular bubble vial, the internal compensator corrects minor tilts and vibrations instantly.

This mechanism significantly reduces setup time, eliminates operator error, and ensures stable readings even on uneven ground or vibration-prone sites

AUTOMATIC MARSHALL STABILITY TEST MACHINE AZA0954

The AZA0954 Automatic Marshall Stability Test Machine from AZALAB is a cornerstone instrument for modern civil engineering, highway material, and asphalt testing laboratories. Designed for fully automated determination of Marshall Stability and Marshall Flow, the AZA0954 plays a critical role in asphalt mix design, quality control, and performance evaluation of bituminous pavements.

Compared to conventional manual Marshall testers, the AZA0954 represents a significant technological advancement, offering superior accuracy, repeatability, operational efficiency, and digital data management. It is ideally suited for laboratories handling high sample volumes, regulatory testing, and advanced pavement research.

AUTOMATIC SOIL COMPACTOR AZA0867

The AZA0867 Automatic Soil Compactor from Azalab is a precision-engineered laboratory machine designed to perform Standard Proctor and Modified Proctor compaction tests with high repeatability and minimal operator dependency. The system mechanizes the hammer lifting and dropping process, ensuring consistent compaction energy in strict accordance with international standards. This apparatus is essential for geotechnical laboratories involved in road construction, airfield pavements, embankments, earth dams, and foundation engineering, where accurate determination of Maximum Dry Density (MDD) and Optimum Moisture Content (OMC) is critical for quality control and design validation.

AVERAGE LEAST DIMENSION AZA0976

The AZA0976 Average Least Dimension (ALD) Gauge is a precision instrument designed to measure the flakiness index of coarse aggregates. It is widely used in civil engineering and construction materials laboratories to evaluate the shape and quality of aggregates for concrete and asphalt applications. Manufactured as per IS 2386 (Part I), this gauge ensures accurate, repeatable, and reliable dimensional classification.

Key Features

  • Measures flakiness index of coarse aggregates
  • Fully compliant with IS 2386 (Part I) standards
  • Precision steel frame with clearly labeled slots
  • Easy-to-use, manual operation for rapid testing
  • Heavy-duty, corrosion-resistant construction
  • Suitable for laboratory and field environments

AZA LAB CUT MODEL OF PLANETARY GEAR SYSTEM AZA1250

The AZA LAB Cut Model of Planetary Gear System – Model AZA1250 is a practical and educational training aid designed to demonstrate the working principles of a planetary gear mechanism in a clear and visual manner. This fully functional, hand-powered cutaway model allows students and trainees to observe torque transmission and power distribution within a planetary gear system.

Widely used in automatic automobile transmissions, ship propulsion systems, turbines, and industrial gearboxes, planetary gear systems can be complex to understand through theory alone. The AZA1250 model bridges this gap by offering full visibility of internal components, making it an essential teaching tool for engineering classrooms, workshops, and vocational training institutes.

B TYPE AIR ENTRAINMENT METER AZA1145

For Accurate Air Content Measurement in Fresh Concrete The AZA1145 B-Type Air Entrainment Meter is a durable, lab-grade instrument designed to determine the percentage of entrained air in freshly mixed concrete using the pressure method. Air entrainment is a critical parameter for ensuring workability, longevity, and freeze-thaw resistance of concrete—especially for structures exposed to harsh environmental conditions.

Applications

Widely used across the concrete testing sector, the AZA1145 is ideal for:
  • Civil construction quality-control laboratories
  • Cement and concrete R&D departments
  • Ready-mix concrete testing facilities
  • Engineering colleges and training institutes
  • Material testing and QA/QC divisions

Why Air Entrainment Testing Is Important

Entrained air improves:
  • Workability of fresh concrete
  • Durability in freeze–thaw conditions
  • Resistance to scaling, cracking, and surface deterioration
Accurate measurement ensures compliance with mix design specifications, verifies performance of air-entraining agents, and supports high-quality concrete production. With AZA1145, labs can confidently:
  • Confirm mix design compliance
  • Validate field concrete quality
  • Optimize concrete mixes for extreme environments

BALL RELEASE FOR IMPACT RESISTANCE TESTER AZA1295

The AZA LAB Ball Release for Impact Resistance Tester (AZA1295) is a precision-engineered laboratory accessory designed to deliver accurate, repeatable, and standardized ball drop impact testing for a wide range of materials. It is an essential component of drop weight impact testing systems used in research & development, quality control, compliance testing, and academic laboratories.

This device ensures controlled release of a weighted ball from a defined height, eliminating operator variability and guaranteeing consistent impact energy in every test. The AZA1295 is widely used to evaluate impact strength, puncture resistance, and breakage behavior of materials under sudden mechanical stress.

BALLAST SIEVE -100x70x10 cm – 65 mm AZA1299

The AZA1299 Ballast Sieve (65 mm) from AZA LAB is a heavy-duty, industrial-grade aggregate testing sieve designed for the separation, grading, and classification of coarse aggregates, railway ballast, crushed stone, and large construction materials.

Engineered for demanding laboratory and field applications, the AZA1299 features a reinforced large-area frame and precision 65 mm square aperture mesh, ensuring reliable and repeatable particle size analysis for infrastructure, railway, highway, mining, and civil engineering projects.

Its rugged construction, corrosion-resistant materials, and compatibility with both manual and mechanical sieving systems make it an essential tool for aggregate quality control and standards-compliant material testing.

BANDSAW MACHINE AZA1193

The AZA1193 Bandsaw Machine by AZALAB is a robust, high-precision cutting solution designed for efficient and accurate cutting of metal and wood materials in industrial workshops, fabrication units, and training laboratories. Engineered with a stress-relieved fabricated steel structure, the machine delivers excellent rigidity, vibration resistance, and long-term operational stability.

Designed for continuous-duty industrial use, the AZA1193 combines mechanical reliability with operator-friendly controls, making it suitable for both production environments and educational training facilities.

BEAM MOULD AZA1124

The AZA1124 Beam Mould is a precision-engineered mould designed for casting concrete beams used in flexural strength testing. Built with high-grade cast iron or mild steel, this mould ensures accurate geometry, dimensional stability, and repeatable testing results in accordance with IS, ASTM, and BS standards. It is an essential tool for construction material testing laboratories, civil engineering departments, cement quality control labs, and academic institutions conducting structural testing exercises.

Purpose & Importance

Flexural strength testing evaluates a concrete beam’s ability to resist bending stress. Standards such as IS 516, ASTM C78, and BS EN 12390-5 specify strict guidelines for specimen dimensions and surface finish. The AZA1124 Beam Mould enables users to produce uniform, high-quality concrete beams with precise cross-sections, ensuring reliability and compliance during flexural strength evaluation.

Beams cast from AZA1124 are used for:

  • Flexural tensile strength testing
  • Load-bearing capacity studies
  • Structural behavior simulations
  • R&D on mix designs and reinforcement additives

Ideal for:

  • Civil engineering research laboratories
  • Cement product quality assurance departments
  • Construction material testing centers
  • Technical universities and engineering institutions