Rock
Aggregate
Cement
Concrete
Soil
Steel
Bitumen/Asphalt
Security Survey Equipment
General Items
TRIPLE BEAM BALANCE AZA1088
The AZA1088 Mechanical Triple Beam Balance is a robust, electricity-free laboratory weighing instrument designed for accurate mass measurement of solids, powders, and containers. It is widely used in chemistry, biology, agricultural, and educational laboratories, as well as in field testing environments where digital balances may be impractical or unreliable.
This balance is a time-tested analog weighing solution, valued for its durability, repeatability, and simplicity of operation. With no requirement for batteries or external power, it delivers dependable performance in classrooms, research labs, and remote locations.
Description
The AZA1088 operates on a traditional triple-beam mechanical principle, allowing users to measure samples with a maximum capacity of 610 grams and a readability of 0.1 g. Three calibrated beams with sliding poise weights provide clear, visual mass determination and help users understand fundamental weighing concepts.
Unlike electronic balances, this mechanical system is immune to electromagnetic interference, power fluctuations, or software drift, making it ideal for long-term use and instructional demonstrations.
Measurement Principle & Design
The balance consists of three parallel beams, each responsible for a different weighing range:
- Main beam: up to 500 g
- Secondary beam: up to 100 g
- Fine beam: up to 10 g
The user adjusts the poise weights on each beam until equilibrium is achieved. The total mass is the sum of the poise positions, ensuring transparent and easy verification of results.
A manual zero adjustment knob allows quick calibration before use, ensuring consistent accuracy.
Construction & Durability
The AZA1088 is built for rigorous laboratory and classroom environments:
- Cast metal frame provides excellent structural strength and long service life
- Stainless steel weighing pan resists corrosion and is easy to clean
- Stable base design minimizes vibration and improves repeatability
- Lockable pan and poises enable safe transportation and storage
This rugged construction makes the balance suitable for repeated daily use by students and professionals alike.
Applications
The AZA1088 is commonly used for:
- Weighing chemical reagents and powders
- Biology and environmental sample measurement
- Agricultural and soil testing
- Educational demonstrations of mass, equilibrium, and physics principles
- Field research where electricity is unavailable
- Backup weighing in laboratories using digital balances
It is especially valued in schools and universities for teaching manual weighing techniques and core measurement concepts.
Standards & Educational Relevance
The balance aligns with ISO 80000-1, which defines fundamental physical quantities and units used in measurement science. Its transparent mechanical operation helps students clearly distinguish mass vs. weight, understand balance equilibrium, and develop confidence in basic laboratory skills.
Key Features
- Mechanical triple beam weighing system
- Maximum capacity of 610 g
- 0.1 g readability for accurate measurements
- No electricity or batteries required
- Durable cast metal body
- Corrosion-resistant stainless steel pan
- Manual zero calibration
- Portable and field-ready design
- Ideal for teaching, lab work, and on-site testing
Technical Specifications
| Parameter | Details |
|---|---|
| Model | AZA1088 |
| Capacity | Up to 610 g |
| Readability | 0.1 g |
| Measurement Type | Mechanical (Triple Beam) |
| Beam Increments | 500 g / 100 g / 10 g |
| Calibration | Manual zero adjustment |
| Pan Material | Stainless steel |
| Body Material | Cast metal |
| Pan Diameter | ~150 mm |
| Dimensions (L×W×H) | 450 × 150 × 200 mm |
| Weight | Approx. 3.5 kg |
| Power Requirement | None |
| Compliance | ISO 80000-1 |
Product Highlights
- Reliable analog weighing without power dependency
- Ideal for chemistry, biology, and educational labs
- Perfect for field use and remote locations
- Long-lasting accuracy with minimal maintenance
- Strong alternative or backup to digital balances
Model: AZA1088
Additional information
| Capacity |
Up to 610 g |
|---|---|
| Readability |
0.1 g |
| Measurement Type |
Mechanical (Triple Beam) |
| Calibration |
Manual zero adjustment |
You may also like…
ADVANCED TRIAXIAL TEST SYSTEM (UU–CU–CD CAPABLE) AZA1296
The AZA LAB Advanced Triaxial Test System AZA1296 is a fully automated geotechnical laboratory testing system designed for accurate determination of soil shear strength and deformation characteristics under controlled stress and drainage conditions.
The system supports all major triaxial compression testing modes including:
- Unconsolidated Undrained (UU)
- Consolidated Undrained (CU)
- Consolidated Drained (CD)
Engineered for high-precision geotechnical analysis, the AZA1296 replicates in-situ soil stress conditions to evaluate soil stability, strength behavior, pore pressure response, and failure mechanisms under axial loading.
The system integrates servo-controlled loading, automatic pressure regulation, real-time pore pressure monitoring, automated data acquisition, and advanced software analysis, making it ideal for geotechnical laboratories, civil engineering projects, infrastructure development, research institutions, and academic applications.
AIR BAG TRAINER AZA1246
The AZA1246 AZALAB Air Bag Trainer is a comprehensive educational training platform designed to demonstrate the structure, operation, diagnostics, and fault analysis of modern automotive airbag systems, also known as Supplemental Restraint Systems (SRS). Built using OEM automotive components, this trainer delivers a realistic learning experience while maintaining complete operational safety.
This system is ideally suited for automotive engineering colleges, ITIs, polytechnic institutes, vocational training centers, and service technician programs, enabling both theoretical instruction and hands-on diagnostics practice.
ALTERNATOR TRAINER AZA1247
The AZA1247 AZALAB Alternator Trainer is a hands-on automotive electrical training system designed to demonstrate the working principles, construction, and diagnostics of an automotive alternator with external voltage regulation. Built using OEM automotive components, this trainer provides a realistic and safe learning platform for students, technicians, and trainees to understand vehicle charging systems in depth.
This system is ideal for automotive engineering institutes, ITIs, polytechnics, vocational training centers, and service technician programs, supporting both theoretical instruction and practical experimentation.
ARC WELDING MACHINE AZA1234
The AZA1234 Arc Welding Machine by A Z A Lab is a high-performance industrial welding solution engineered for demanding fabrication, maintenance, and structural welding applications. Designed using advanced inverter technology, this machine delivers superior arc stability, high efficiency, and reliable welding performance across a wide range of electrode types and materials.
With an inverter frequency of up to 20 kHz, the AZA1234 ensures fast dynamic response, reduced spatter, and excellent weld bead appearance. Its robust electrical design supports a high duty cycle, allowing continuous operation under heavy loads while maintaining consistent welding output—even with output cable lengths of up to 100 meters.
AUOTFLASH AUTOMATED ABEL FLASH POINT ANALYZER AZA1277
The AutoFlash-1277 (Model: AZA1277) from AZA Lab is a fully automated, microcontroller-based Abel Flash Point Analyzer designed for accurate, safe, and repeatable determination of flash points of combustible liquids. Engineered to meet stringent international testing requirements, this advanced instrument conforms to IP 170, ISO 13736, and IS 1448 (Part 20) standards.
Covering a standard temperature range of –30°C to 70°C, extendable up to 110°C, the AZA1277 is ideally suited for laboratories involved in petroleum testing, petrochemical quality control, fuels research, and regulatory compliance.
AUTODIST-86 GLASS DISTILLATION UNITAZA1282
The AutoDist-86 Glass Distillation Unit (Model AZA1282) is a high-performance laboratory water distiller designed for the continuous production of high-purity distilled water.
Constructed entirely from borosilicate glass 3.3, the unit ensures zero metallic contamination, excellent thermal resistance, and long operational life. It is ideal for laboratories requiring consistent, low-conductivity distilled water for analytical, pharmaceutical, and research applications.Distillation Performance
- Distillate Output: Up to 4 L/hour (±10%)
- Suitable for routine and medium-scale laboratory demand
- Efficient removal of:
- Dissolved salts
- Heavy metals
- Organic/inorganic impurities
- Microbial contaminants
Related products
DIGITAL VERNIER CALIPER AZA1079
The Digital Vernier Caliper is a high-precision dimensional measuring instrument widely used in laboratories, engineering workshops, industrial inspection, and research environments. Combining the proven mechanical accuracy of a traditional vernier caliper with the speed and clarity of a digital LCD display, AZA1079 by AZALAB delivers fast, reliable, and repeatable measurement results.
Manufactured from hardened stainless steel, this digital caliper is corrosion-resistant, wear-resistant, and designed for long-term laboratory and industrial use. It is ideal for accurately measuring internal dimensions, external dimensions, depths, and step measurements where precision directly impacts testing outcomes or product quality.
ELECTRONIC BALANCE AZA1090
The AZA1090 Electronic Balance is a high-precision digital laboratory weighing instrument designed for environments where accuracy, repeatability, and compliance are critical. It is widely used in pharmaceutical laboratories, chemical analysis, food testing, environmental science, quality control, and R&D applications, where even minor weight variations can impact results.
Combining advanced load-cell technology with intelligent digital processing, AZA1090 delivers fast, stable, and reliable measurements across a broad range of laboratory tasks.
HEATING MANTLE AZA1061
The AZA1061 Heating Mantle from AZALAB is a precision-engineered, flame-free electric heating device designed specifically for the safe and uniform heating of inflammable liquids contained in round-bottom laboratory flasks. It is an essential piece of equipment for laboratories and industrial environments where controlled, risk-free heating is required without the hazards associated with open flames or hot plates.
This heating mantle is widely used in chemical laboratories, pharmaceutical production units, R&D facilities, glass manufacturing plants, and academic institutions. The design prioritizes safety, durability, thermal efficiency, and consistent performance, making it suitable for both routine laboratory operations and continuous industrial usage.
LABORATORY SCOOPS AZA1053
Azalab Laboratory Scoops AZA1053 are robust, precision-fabricated tools designed for the safe handling, transfer, and dosing of granular, powdered, and semi-coarse materials in laboratory and field environments. These scoops are widely used in soil testing laboratories, construction material labs, research institutions, industrial QA/QC facilities, and educational setups.
Manufactured from high-grade Stainless Steel (SS 304) or lightweight Aluminum, the scoops offer excellent durability, corrosion resistance, and ease of maintenance. Their rigid construction and welded handles ensure long service life even under repetitive and heavy-duty use.
MEASURING TAPES AZA1046
AZA1046 Measuring Tapes from AZA LAB (Azalab) are precision-engineered tools designed for accurate linear measurement of length and distance across laboratory, industrial, engineering, and field environments. Manufactured to meet the demands of both controlled lab conditions and rugged outdoor use, these measuring tapes provide consistent accuracy, durability, and ease of use.
They are clearly marked in dual units (metric and imperial), allowing measurements in millimeters, centimeters, meters, inches, and feet, ensuring universal compatibility with domestic and international standards.
MORTAR AND PESTLE (PORCELAIN) AZA1083
Porcelain Mortar and Pestle Sets are essential manual grinding tools used across chemical, pharmaceutical, analytical, and academic laboratories for crushing, grinding, and homogenizing solid substances. AZA1083 by AZALAB is purpose-designed for laboratory-grade performance, combining chemical inertness, mechanical strength, and efficient grinding capability.
Manufactured from high-fired laboratory porcelain, this mortar and pestle set delivers excellent hardness and abrasion resistance while remaining non-reactive with sensitive or aggressive chemicals. The combination of a glazed exterior surface and unglazed grinding interior ensures optimal friction for material breakdown while preventing contamination, staining, or sample absorption.
RUBBER TUBING AZA1082
Laboratory Rubber Tubing is a critical flexible connector used extensively in chemical, biological, analytical, and industrial laboratories for the safe transfer of gases, liquids, and low-pressure fluids between apparatus. AZA1082 by AZALAB is engineered for durability, elasticity, and chemical resistance, ensuring reliable performance in demanding laboratory environments.
Manufactured from premium-grade natural or synthetic laboratory rubber, this tubing offers excellent tensile strength, flexibility, and resilience while maintaining a chemically inert inner surface to prevent contamination of samples. Its smooth internal bore ensures uninterrupted flow, while the abrasion-resistant outer surface withstands repeated bending, clamping, and handling.
SPATULAS AZA1084
Laboratory spatulas are indispensable hand tools used for precise transferring, mixing, scraping, and handling of solid and semi-solid materials in scientific environments. AZA1084 by AZALAB is designed to meet the demanding requirements of research, analytical, pharmaceutical, food testing, and educational laboratories, where accuracy, cleanliness, and material compatibility are critical.
AZA1084 spatulas are manufactured in stainless steel, polypropylene (PP), and PTFE, allowing laboratories to select the most suitable material based on chemical compatibility, sterilization needs, and workflow preferences. Each variant is engineered for durability, ease of handling, and contamination-free sample transfer.