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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.
Description
Purpose & Working Principle
The AZA1295 functions by releasing a calibrated impact ball vertically from a preset height using either a manual trigger or magnetic release mechanism. Once activated, the ball is released without lateral movement, rotation, or drag, ensuring a true vertical drop that accurately simulates real-world impact conditions.
This controlled drop allows laboratories and manufacturers to assess whether materials can withstand sudden impact forces without cracking, shattering, denting, or permanent deformation—a critical requirement for product safety and durability certification.
Key Applications Across Industries
Plastic & Polymer Testing
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Impact resistance of molded, extruded, and thermoformed plastics
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Drop impact testing of packaging containers and housings
Glass & Ceramic Testing
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Break resistance testing for safety glass and ceramic components
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Quality validation for tiles, panels, and consumer glassware
Paints, Coatings & Laminates
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Adhesion and flexibility testing under sudden impact
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Resistance to chipping and surface cracking
Flexible Films & Packaging
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Puncture resistance and toughness evaluation
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Compliance testing for protective and food packaging materials
Consumer & Industrial Products
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Durability testing of electronic casings, enclosures, and screens
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Impact simulation for household and industrial goods
Construction Materials
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Testing resistance against falling debris or tool impact
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Quality control of panels, sheets, and protective layers
Standards Compliance
The AZA1295 is designed to meet and support internationally recognized impact testing standards, including:
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ASTM D5420 – Instrumented Impact Testing of Plastics
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ISO 6603-2 – Plastics — Determination of puncture impact behavior
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Compatible with other drop-weight and free-fall impact test methods
This makes the unit suitable for regulated industries and accredited laboratories worldwide.
Key Features & Technical Advantages
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Precision Ball Release Mechanism
Ensures identical release angle, speed, and trajectory for every test. -
Height Adjustable Operation
Compatible with drop towers and vertical frames up to 2000 mm. -
Multiple Ball Options
Supports steel, rubber, and tungsten carbide balls in sizes from 10 mm to 50 mm. -
Universal Mounting System
Easily integrates with most standard laboratory drop towers and custom rigs. -
Durable Construction
Manufactured from high-grade stainless steel and aluminum for corrosion resistance and long service life. -
Low Maintenance Design
Minimal wear components ensure reliable operation over thousands of test cycles. -
Manual or Semi-Automated Compatibility
Can be used in manual setups or integrated into automated impact testing systems.
What’s Included
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Precision Ball Release Mechanism
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Adjustable Universal Mounting Bracket
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Choice of Impact Ball (Steel or Rubber – standard)
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Setup, Alignment & Calibration Guide
Optional Accessories:
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Tungsten carbide impact balls
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Drop towers and support frames
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High-speed camera integration
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Digital impact sensors
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Automated or solenoid-based release upgrade
Technical Specifications
| Feature | Specification |
|---|---|
| Model | AZA1295 |
| Release Mechanism | Manual trigger or magnetic drop |
| Construction Material | Stainless steel & aluminum |
| Ball Compatibility | 10 mm to 50 mm diameter |
| Ball Materials | Steel, Tungsten Carbide, Rubber |
| Maximum Drop Height | Up to 2000 mm |
| Mounting Compatibility | Universal vertical & custom frames |
| Compliance Standards | ASTM D5420, ISO 6603-2 |
| Calibration Interval | Every 6–12 months or 500 test cycles |
| Operating Environment | Laboratory, Industrial QA/QC |
Frequently Asked Questions (FAQ)
Q1: What is the main function of the AZA1295?
It provides controlled and repeatable ball drop testing to evaluate impact resistance and material durability.
Q2: Can different ball materials be used?
Yes. Steel, rubber, and tungsten carbide balls are supported in multiple sizes.
Q3: Is it compatible with existing drop towers?
Yes. The universal mounting system fits most vertical drop towers and lab frames.
Q4: How accurate is the release mechanism?
The system eliminates human error and ensures consistent drop velocity and alignment every time.
Q5: How often does it need calibration?
Routine calibration every 6–12 months is sufficient under normal laboratory use.
Why Choose AZA1295
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Ensures highly repeatable and standardized impact testing
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Reduces operator dependency and testing variability
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Supports global ASTM and ISO impact test requirements
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Durable, long-life construction for continuous lab use
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Flexible configuration for manual or automated systems
AZA1295 – Precision Ball Release for Reliable Impact Resistance Testing
Additional information
| Material |
Stainless Steel / Hardened Aluminum |
|---|---|
| Compatible Ball Sizes |
10 mm to 50 mm |
| Drop Height Range |
Adjustable (up to 2000 mm) |
| Release Type |
Manual trigger / Magnetic (optional) |
- Automatic COR Calculation: Real-time coefficient computation based on rebound time or height.
- Precision Release Mechanism: Electromagnet-controlled ball drop ensures consistent center-hit.
- User-Friendly Interface: Digital indicator with backlit screen.
- Rigid Frame Construction: Prevents unwanted tile movement for repeatable testing.
- Test Mold Provided: Includes 75 x 75 mm mold cube for accurate tile placement.
Compliance:
- EN ISO 10545‑5 – Ceramic tiles: Determination of impact resistance by measurement of coefficient of restitution
- IS 13630 (Part‑14) – Indian Standard equivalent for tile impact resistance.
- Chrome-plated steel ball Ø 19 mm
- Electromagnetic drop device with guide tube
- Rigid concrete block support with tile holding system
- Digital indicator with COR calculator
- Tile mold cube – 75 mm x 75 mm
Optional Accessories (Available at Extra Cost):
- Environmental Conditioning Chamber: Temperature/humidity stabilization
- Drying Oven: For pre-test drying of tiles
- Magnifying Glass / Microscope: Post-impact inspection
- Compressed Air Blower / Brush: Cleaning tile surface prior to testing
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AVAILABLE PLUCOMETER SIZES
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450 × 450 mm
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600 × 600 mm
APPLICATIONS
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Measurement of diagonal linearity
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Evaluation of tile flatness
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In-process and final quality control in ceramic tile production
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Conformance testing as per national and international standards
