Product Overview

Sumspring has long been dedicated to the field of pharmaceutical packaging and material testing. The CJY-03 Glass Bottle Impact Resistance Tester is fully compliant with the newly revised national standard GB/T 6552-2025 and the requirements of the Chinese Pharmacopoeia 2025 Edition. Featuring an electronic fully automatic pendulum impact design, it precisely quantifies the impact resistance of glass containers. The instrument is suitable for a full range of glass bottles, including vials, infusion bottles, beverage bottles, and wine bottles. It serves as a core piece of equipment for enterprise quality control, compliance verification, and process optimization.

Testing Principle

CJY-03 operates on the principle of pendulum potential-to-kinetic energy conversion, fully complying with the test mechanism specified in ISO, GB/T 6552-2025:

A servo motor precisely drives the pendulum to a preset angle (0–180°), where it locks and stores potential energy.

Upon release, the potential energy is converted into kinetic energy. A standard 25.4 mm steel ball (pendulum total weight: 612 g ± 2 g) strikes the pre-marked point on the bottle body instantaneously.

The impact energy corresponds precisely to the pendulum angle (0–2.5 N·m). A sensor collects real-time data and displays the impact energy value digitally.

The impact resistance is accurately evaluated based on whether the bottle body cracks or breaks, simulating real-world collision conditions during transportation and handling.

Key Features & Advantages

Intuitive Touch Interface:

Equipped with an LCD touch screen that allows operators to easily configure testing parameters, including impact energy and impact angle.

High Precision Measurement:

Utilizes an advanced electronic measurement mode, delivering exceptional testing accuracy up to 0.01 J.

Automated Operation:

Features pneumatic clamping and a pneumatic release mechanism for the pendulum, effectively eliminating human error and ensuring highly repeatable tests.

Adjustable Positioning:

The impact position can be easily adjusted to accommodate various sample dimensions and shapes.

Dual Testing Modes:

Offers both Pass/Fail Testing (non-destructive) and Destructive Testing modes, allowing users to switch freely based on their specific quality control requirements.

Intelligent Data Management:

The system automatically calculates test data and displays results intuitively.

On-Site Printing:

Includes a built-in micro-printer for the rapid generation and permanent storage of test reports.

Applications

 Pharmaceutical Packaging Industry (Core Application)

Suitable for vials, ampoules, infusion bottles, pre-filled syringes, pharmaceutical glass bottles, etc. Fully complies with Pharmacopoeia standards and GB/T 6552-2025 to identify the risk of bottle breakage during transportation and sterilization processes.

 Food & Daily Chemical Industry

Used for testing beer bottles, beverage bottles, glass condiment jars, canning jars, cosmetic glass bottles, etc. Reduces breakage rates during warehousing and transportation, preventing contamination from food or cosmetic leakage.

 Glass Manufacturing & Scientific Research

Glass Manufacturers: Suitable for factory quality control, incoming material inspection, and process optimization. Use impact resistance data to optimize annealing and forming processes, improving product mechanical strength.

Universities & Research Institutes: Supports research on mechanical properties of glass materials and development of new formulas, providing accurate data support.

Technical Specifications

Compliance & Standards

DIN 52295, GB/T 12415-90, GB 2641-90, GB 2639-90, GB/T 6552-2015, 2015 National Standard for Pharmaceutical Packaging Materials