Products
Shock Test Systems
Accurate Product Fragility & Impact Response Evaluation
At ADAMS Technologies, we offer advanced shock testing solutions designed by Lansmont to accurately measure product fragility and evaluate how components or complete systems respond to defined shock inputs. Shock testing plays a critical role in ensuring that products can withstand real-world handling, transportation, and operational conditions.
By simulating controlled shock events, engineers gain valuable insights into a product’s durability and performance—whether conducting a Damage Boundary Product Fragility Assessment, meeting industry or military standards, or validating custom test specifications.
Why Shock Testing Matters
Shock testing provides essential data to determine whether a product can survive its intended distribution and usage environment. From packaging validation to structural integrity analysis, it enables:
- Accurate measurement of impact fragility
- Evaluation of product response to shock energy inputs
- Identification of potential failure points
- Validation of design robustness and reliability
This data is critical for improving product design, reducing damage risks, and ensuring compliance with global testing standards.
Tailored Solutions for Every Application
Every testing requirement is unique. we provide customized shock testing systems based on your specific application needs. Our solutions are widely used across industries such as:
- Consumer products
- Automotive
- Medical devices
- Aerospace & defense
- Industrial equipment
Key Considerations for Selecting a Shock Test System
Choosing the right shock testing system depends on two critical factors:
1. Test Item Size & Weight
Understanding the size and weight of your test specimen is essential for proper system configuration:
- Determines the table surface area required
- Defines the maximum payload capacity
- Ensures safe and accurate testing conditions
2. Performance Capability
Shock testing requirements vary significantly depending on the application. The key performance parameters include:
- Velocity Change – Determines the severity of the shock event
- Acceleration Level (G-level) – Defines the intensity of impact
- Shock Pulse Waveform – Type of shock applied, such as:
- Half-sine
- Sawtooth
- Trapezoidal