Shock & Drop Test Systems

The STM5 is designed specifically to meet the shock testing requirements of the small components industry. It has been successfully deployed in production quality control and research & development for small electronics such as semiconductors and watch manufacturers.

Key Features

• Shock repetition rate: up to ~1 shock/second
• Closed loop control: precise regulation of shock amplitude
• Tri-axis mounting: test item can be mounted in tri-axis (top/left/right)
• High shock amplitude: resonance free shock of up to 2000g
• Optimized for small components: electronics, precision instruments and micro mechanical parts
• Self contained design: free standing with its own seismic mass

Applications
Perfect for production quality control, R&D testing, and validation of small, high-precision components under extreme mechanical stress.

The STM10P is our high-performance flatbed shock machine for cost effective shock testing. Several machines have been delivered to the watch, defense and aerospace industry where high amplitude shocks are made for life duration testing.

The STM10P is ELSTAR’s high-performance flatbed shock machine and takes your product testing to the next level. Engineered for maximum shock amplitudes and unmatched reliability, it’s the go-to solution for the optics, watch, defense, sensor and battery industry.

Key Features

• High-speed testing: up to ~1 shock/second
• Precision control: closed-loop systems delivers accurate, repeatable shocks
• Compact yet capable: 320 x 250mm payload area
• Extreme performance: resonance free shock of up to 1500g
• Versatile applications: for development, life duration and production testing
• Stable and self contained: free standing with its own seismic mass

Applications
The STM10P ensures your components withstand the toughest conditions, delivering fast, reliable, and repeatable results every time.

The STM50 provides cost-effective yet high-performance shock testing for larger components that do not require extremely high amplitudes. It is well-suited for applications ranging from military-standard environmental testing to automotive and battery component production quality control.

Key Features

• Shock repetition rate: up to ~1 shock/second
• Closed loop control: ensures precise and consistent shock amplitudes
• Payload area: 450x500mm,accommodating medium to larger components
• High shock amplitude: resonance free shock up to 600g
• Versatile testing: for development, life duration and production testing
• Stable design: free standing with its own seismic mass

Applications
The STM50 delivers reliable, repeatable results for R&D, production, and durability testing, making it a versatile solution across multiple industries.

The STM50P is our most widely used flatbed shock machine, engineered for high-amplitude shock testing of medium to heavy DUT (Device Under Test) loads. The “P” designates its high-performance acceleration capability, making it ideal for both rigorous military-standard evaluations and demanding civil applications—including battery testing, safety equipment, automotive components, and electronic assemblies. Its broad versatility makes the STM50P an excellent addition to any test laboratory or R&D environment.

Key Features

• High repetition rate: up to ~1 shock/second
• Closed loop control: guarantees accurate and repeatable shock amplitude
• Payload area: 450x500mm payload area for medium to large components
• High shiock capability: Resonance free shocks up to 1000g
• Vertail testing applications: for development, durability and production testing
• Stable, self contained design: free standing with its own seismic mass

Applications
The STM50P provides reliable, repeatable shock performance for R&D, production, and life-cycle testing. Its high output capability and robust design make it a dependable solution for industries requiring consistent, high-energy mechanical shock simulation.

The STM100 is designed to meet the needs of customers working with larger and heavier test objects, delivering dependable and cost-effective shock testing performance. As automotive and industrial suppliers increasingly produce larger sub-assemblies to streamline production processes, the demand for higher-capacity shock systems continues to grow. The STM100 addresses this need with a robust design that accommodates substantial payloads while maintaining precise and repeatable shock outputs.

Key Features

• High repetition rate: up to ~1 shock/second
• Closed loop control: ensures accurate, consistent shock amplitudes
• Payload area: 450x500mm payload area for oversized components
• Resonance free performance: shock amplitudes up to 600g
• Optimized for production enviorments: for testing of larger sub-assemblies
• Stable, self contained structure: free standing with its own seismic mass

Applications
The STM100 is an excellent choice for production chain and durability testing where larger, heavier assemblies require controlled mechanical shocks. Its combination of capacity, reliability, and affordability makes it well-suited for automotive, industrial, and general manufacturing environment

The STM200 is our largest and most powerful shock machine, engineered for customers who require reliable shock testing of large, high-mass components. With its expanded payload capacity and exceptionally robust mechanical design, the STM200 is perfectly suited for large sub-assemblies found in the automotive, defense, and aerospace industries. It delivers precise, repeatable shock inputs even under substantial DUT masses, making it equally suitable for development, qualification, and production environments.

Key Features

• High Shock repetition rate: up to ~1 shock/second
• Closed loop control: ensures highly cosistent and precise shock levels
• Large payload area: 800x600mm payload area for oversized components
• Resonance free shock amplitudes: up to 450g
• Versatile applications: for production testing of larger components and advanced battery testing
• Stable, self contained structure: free standing with its own seismic mass

Applications
The STM200 is the ideal solution for testing large and heavy DUTs where high energy, repeatable mechanical shock performance is critical. Its high capacity and stability make it particularly valuable for automotive battery testing, defense component qualification, and aerospace subsystem verification.