300 - 1500mm Drop Height Electronic Falling Weight / Incline Impact Testing Machine For Carton
This tester can determine the ultimate dimension in drop testing and incline impact testing for product and package performance which uses as reference to improve the packing. Special fixtures are available to allow for corner and edge drops.
Standard
Design standards:GB4757.5-84 JISZ0202-87 ISO2248-1972(E)
Specifications
|
Drop Height |
300 - 1500mm |
|
Max Weight of Specimen |
65 kg |
|
Test space |
800×800×800 |
|
Impact board dimensions(mm) |
1400×1200 |
|
Corbel dimensions(mm) |
700×350 |
|
Motor |
Highten 1/3P,manual wide adjustment |
|
Overall dimensions(mm) |
1400×1200×2200 |
|
Net weight(kg) |
500 |
|
Power |
380V 50HZ 5A |
|
Meet the standard |
ISO22488-1972(E) |
|
Manner of execution |
Motor-driven drop, hand reset |
Features
1. Advanced structure ensure that bracket and specimen separate freely and specimen drop freely through bracket rapid downward motion then rotation movement.
2. It delivers perfect test for specimen side, edge and corner.
3. This device simulates the drop/ fall of a finished product to evaluate the damage. All the rhombohedrons, angles and faces of the products can be tested.
What is Drop Testing?
Drop testing determines the ability of a package to withstand the rigors of handling by people and machinery in the distribution environment. Numerous studies have shown conclusively that a truly flat drop represents the worst possible input to a packaged product. Therefore, it is crucial that laboratory drop testing be done on a drop test system designed to insure the flattest impacts possible. In addition to accurate flat drop testing, this machine allows drop testing to be performed on the package's edges and corners, for complete performance evaluation. Drop Testers allow you to thoroughly examine the effectiveness of package cushioning and its ability to protect your product, dunnage, closures, and other critical design attributes when exposed to all possible drop test orientations.
Photo Reference
