Lab Vibration Table Environmental Chamber For Testing Corrugated Containers

1. Product Name and Purpose

2. Product Features

• Customizable Chamber Dimensions:
  • Tailored to accommodate various corrugated container sizes and configurations.
  • Ensures efficient testing of diverse packaging formats.
• Integrated Vibration Table:
  • High-performance vibration shakers to simulate various transportation vibration profiles.
  • Adjustable frequency, amplitude, and duration to match specific testing requirements.
• Precise Temperature and Humidity Control:
  • Advanced control systems for stable and accurate environmental conditions.
  • Wide temperature and humidity ranges to simulate diverse shipping environments.
• Data Acquisition and Analysis:
  • Comprehensive data logging and analysis software for detailed test results.
  • Real-time monitoring of test parameters for immediate feedback.
• User-Friendly Interface:
  • Intuitive software and control panels for easy operation and test setup.
  • Programmable test sequences for automated testing.
• Safety Features:
  • Built-in safety mechanisms to protect test specimens and operators.
  • Emergency stop functions for immediate shutdown.
• Compliance with Industry Standards:
  • Meets or exceeds relevant transportation packaging test standards, such as ISTA and ASTM.

3. Specific Parameters

4. Application Areas and Success Stories

• Packaging Manufacturing Companies
  • A leading corrugated packaging manufacturer used the system to test a new container design. The tests involved subjecting the containers to a combination of high-frequency vibrations and rapid temperature changes. The results showed that the original design had a weakness in the corner joints, which could lead to container failure during transportation. By modifying the joint design and using a stronger adhesive, the manufacturer was able to enhance the container's durability and reduce the risk of product damage.
• Shipping and Logistics Providers
  • A major shipping company tested the corrugated containers used for transporting fragile electronics. The containers were exposed to vibrations simulating different transportation modes and temperature and humidity conditions similar to those encountered during transit. The testing identified a problem with the container's moisture resistance, which could cause the electronics to be damaged by condensation. By using a different type of corrugated board with better moisture barrier properties and improving the container's sealing, the shipping company was able to ensure the safe delivery of the electronics.
• Research Institutions
  • A research institution focused on packaging materials used the equipment to study the effects of long-term vibration and temperature cycling on corrugated containers. Their research led to the discovery of a new material combination that significantly increased the container's resistance to fatigue and environmental stress. This finding was shared with the packaging industry, leading to the development of more durable and sustainable corrugated containers.

5. Benefits:

• Reduced product damage during transportation.
• Minimized shipping costs and product returns.
• Improved customer satisfaction.
• Ensured compliance with transportation regulations.
• Optimized packaging design.