4042 Ampoule Circular Bounce Detector

4042 Ampoule Circular Bounce DetectorIt is a precision instrument used to detect vertical axis deviation and circular jumping of containers such as glass ampoules and penicillin bottles. It is mainly used in industries such as pharmaceuticals and medical packaging to ensure that the geometric accuracy of the bottle body meets quality standards. It has become an ideal choice for quality inspection centers, bottle factories, bottle users, and scientific research units to conduct vertical deviation detection.

CrowdtestingElectronic axis deviation measuring instrument VDT-02It meets the requirements of the 2025 edition of the Chinese Pharmacopoeia and combines two measurement modes: vertical axis deviation and circular runout, providing a one machine dual use solution. It not only effectively reduces detection costs, but also becomes an ideal choice for quality inspection centers, bottle factories, bottle users, and scientific research units to conduct vertical deviation detection due to its high precision and versatility. This device is not only suitable for pharmaceutical glass containers, but can also be used for round bounce detection of ampoules.

4042 Ampoule Circular Bounce Detector

Main parameters:
Common name: Circular Bounce Tester
Sample range: 2.5mm-145mm
Range: 0-12.7mm
Resolution: 0.001mm
Accuracy: ± 0.02mm
Measurable height: 10-320mm
Dimensions: 330mm (L) X240mm (W) X240mm (H)
Net weight: 25 kg

Execution standards:
YBB0033202-2015 Low Borosilicate Glass Ampoule
YBB00192003-2015 Method for Measuring Vertical Axis Deviation
GB/T 8452-2008 Test Method for Vertical Axis Deviation of Glass Bottles and Jars
GB/T 2639-2008 Glass infusion bottles

In the design of the circular jumping detection instrument, three claws are used for accurate positioning, effectively avoiding the loosening of the experimental process caused by unstable positioning and affecting the experimental results. Moreover, the thousand point display accuracy of this testing equipment is much higher than the experimental height required by the standard.