HD-A504-E AUTOMATIC BURST STRENGTH TESTER(HighPressure

Applications: During the products handling or transport process, there may be drop/ fall, which results in damage within the products. Packages Double Wings Drop Test Machine simulates the drop/ fall of a finished product to evaluate the damage. Standard test of packaged freights (surfaces, corners, and edges), etc. can be performed efficiently with a high accuracy.

The environmental test chamber with programming Haida HD-E702-100

Ink Abrasion Tester HAIDA HD-A845

Ink Abrasion Tester HAIDA HD-A845 HD-A508-1

Applications: Packages Single wing Drop test machine is used to conduct a free fall test on a complete, filled transport package. It simulates the drop of the corrugated box hitting its side, edge, or corner from a specified height through a given angle to determine whether the package or stuff inside can withstand the impact force when the drop occurs in the practical scene. thereby improving the packaging . This single-wing is an economical drop tester developed by HAIDA. It has a single-wing support arm, which is more suitable for drop tests on small-sized and regular-shaped cartons. Its structure is stable and can load up to 100 kg. In addition, we have other drop test machines for customers to choose from, such as the pneumatic drop test machine based on the ISTA test standard, the double-wing drop test machine designed for irregular samples, and the zero distance drop tester designed for large-size and bulky packag

Automatic Burst Tester HD-A504-2(low)

Ring Compression Tester HD-A513-2

Carton Compression Tester HD-A501-1500

Applications: Transportation Vibration Tester is to simulate the goods in transit, encounter different road conditions such as bumpy, uphill, downhill, cornering, etc., products in the car produce the collision between goods and goods or goods and car and the extrusion between goods. With a the packaging vibration test, you can ensure the packaging comply to international requirement (like ISTA) and avoid damage during transit.