Precision Drop Tester LPDT-T2010

Introduction

Precision Drop Tester 0.1 mm display accuracy for reliable performance. It is designed to evaluate the drop resistance of packaging during transportation and handling. Its advanced microcomputer control system ensures smooth operation with strong anti-interference capability. The system supports corner, edge, and flat surface drop tests for comprehensive packaging assessment.  Our tester is mainly used to assess packaging resilience during transportation, loading, and unloading.

This test equipment is designed to meet the rigorous requirements of modern laboratory operations, ensuring high precision, reliability, and ease of use for various experimental applications.

Applications

Our Precision Drop Tester is mainly used to assess the ability of packaging to withstand drops during transportation and loading and unloading, so as to improve the packaging design.

Specifications

Test Method	Edge, Corner, Flat
Working Environment	55 to 85% RH, Normal Temperature
Drop Height	0 to 1000 mm
Movement Speed	30 to 1000 mm/min (adjustable)
Display accuracy	0.1 mm
Air compressor	6 kgf/cm² , more than 50 L
Applicable Standards	1A, D5276, GB/T4857.5-92, GB/
Power Consumption	1.0
Power Supply	AC 220V 5A
Installation Space Dimensions (W x D x H)	3000 x 3000 x 3600 mm
Maximum Sample Dimensions (L x W x H)	1000 x 1000 x 1800 mm
Base Plate Dimensions (L x W)	1800 × 2000 mm
Maximum Sample Weight	200 Kg

Features

Microcomputer Control System

Hydraulic Lifting Device

Battery Backup Safety System

-Assisted Free Fall

Reliable Drop Fixture

FAQs

1. What is the primary purpose of the Precision Drop Tester ?

The Precision Drop Tester is designed to evaluate the durability and impact resistance of packaging materials during handling, transportation, loading, and unloading. It simulates real-world drop conditions such as edge, corner, and flat surface impacts to assess whether a package can withstand accidental drops and shocks. This helps manufacturers and packaging engineers optimize packaging design for maximum protection and product safety, ensuring compliance with international shipping standards and reducing the risk of product damage during transit.

2. What types of drop tests can be performed using the Precision Drop Tester ?

The Precision Drop Tester supports multiple drop testing modes to provide a comprehensive evaluation of packaging performance. These include edge drops, corner drops, and flat surface drops, which are essential for simulating the typical handling and mishandling that packages experience throughout the logistics chain. By covering these test types, the device ensures that all vulnerable points of a package are tested for strength and impact resistance. This comprehensive testing helps improve product reliability and supports packaging innovation across industries.

3. How accurate is the height measurement on the Precision Drop Tester model?

The Precision Drop Tester features a digital height display system with an accuracy of 0.1 mm, allowing precise control over drop height settings. This high level of accuracy is critical for repeatable testing and generating reliable results, especially when comparing the performance of different packaging materials or designs. The consistent and exact height measurement ensures that drop tests can be conducted according to specific standards such as or , which require tight control of test parameters.

4. What are the key components of the Precision Drop Tester that enhance its performance?

The Precision Drop Tester is equipped with a self-developed microcomputer control system that ensures smooth operation and strong resistance to interference. It uses a hydraulic lifting mechanism for stable and controlled elevation, while pneumatic cylinders help achieve consistent drop acceleration. An oil pressure buffer is also integrated to reduce noise and vibration upon landing. These components work together to deliver reliable and safe performance during testing, even under extended use in industrial environments.

5. How does the Precision Drop Tester ensure safety during power failure?

The Precision Drop Tester includes a built-in battery backup system that activates in the event of a power failure. This safety feature ensures that the platform can descend slowly and safely to its lowest position, preventing the test specimen from being suspended in mid-air. Such a precaution helps avoid potential mechanical strain or accidental drops, ensuring that both the operator and the equipment are protected. This system also ensures the device remains compliant with safety protocols in laboratory and industrial settings.

6. What is the purpose of using a Drop Tester in packaging quality control?

The Drop Tester is used to evaluate how well a product or its packaging can withstand the impacts it may experience during handling, shipping, or accidental drops. By simulating free-fall conditions, the Drop Tester helps manufacturers identify potential weaknesses in packaging design and material strength. This ensures that goods arrive safely at their destination, reducing damage-related losses and customer complaints. It plays a vital role in quality assurance by validating a product's shock resistance. The Drop Tester ultimately helps improve product reliability and customer satisfaction through consistent and repeatable testing.

7. What types of products can be tested using the Drop Tester?

The Drop Tester is highly versatile and can be used for testing a wide variety of products across multiple industries. It is suitable for both bare product drop tests and packaged product drop tests, allowing evaluation of individual items as well as their complete packaging. Products commonly tested include electronics, toys, household appliances, furniture, and various consumer goods. The Drop Tester can also be used for packaging materials such as cartons, boxes, and protective cases. This adaptability makes it a valuable tool for manufacturers, packaging designers, and quality control teams.

8. Which standards does the Drop Tester comply with?

The Drop Tester conforms to international standards such as (International Safe Transit Association), D5276, and GB/T 4857.5. These standards outline test procedures and performance criteria for simulating drop impacts during transport and handling. By adhering to these globally recognized standards, the Drop Tester ensures consistency, reliability, and accuracy in test results. Compliance also enables manufacturers to meet export requirements and pass third-party quality audits. Using a standardized Drop Tester builds trust with clients and certifying agencies while reducing the risk of shipping damage.

9. What are the key features of the Drop Tester provided by It?

Drop Tester is engineered for high performance, precision, and durability. It features adjustable drop heights ranging from 300 mm to 2000 mm, allowing users to simulate a range of real-world impact scenarios. The system includes a digital height display for accurate measurements and supports a maximum load capacity of up to 100 kg. With a low drop angle error and robust test platform, the Drop Tester provides dependable results for fragile and heavy items alike. These features make it suitable for rigorous quality testing in production lines, R&D labs, and inspection facilities.

10. In which industries is the Drop Tester commonly used?

The Drop Tester is widely utilized across industries that prioritize safe transport and product durability. Key sectors include electronics, furniture, packaging, toys, and consumer goods manufacturing. It helps businesses ensure that their products can withstand shocks and falls during storage, handling, and shipping. This not only reduces product returns and warranty claims but also enhances customer confidence. By using the Drop Tester, companies can streamline their packaging designs while maintaining compliance with international quality and safety standards.