Products
High Performance Shock Systems
High-Energy Shock Testing for Advanced Product Validation
We bring you high-performance shock testing solutions through our partnership with Lansmont—a global leader in shock and vibration testing technology.
P series – P-Series is designed for high-impact, high-precision testing.
HS Series – Extreme Velocity Shock Testing for Compact & High-Precision Applications
HSX Series – Maximum Velocity. Extreme Acceleration. Ultimate Shock Performance
From compact setups to large-scale, high-payload systems, the P-Series offers scalable solutions tailored to diverse industry requirements.
Performance Shock Test Systems (P-Series)
The P-Series Performance Shock Test Systems are engineered for applications that demand higher energy impacts, larger payload capacities, and advanced shock pulse control beyond standard systems. These systems enable manufacturers to simulate real-world shock events with precision, ensuring product durability, reliability, and compliance with global standards.
The P-Series is designed for high-impact, high-precision testing, making it ideal for:
- Testing heavier and more complex assemblies
- Simulating extreme shock environments
- Achieving higher velocity changes and energy levels
- Supporting advanced waveform generation for accurate replication of real-world conditions
With flexible configurations and optional enhancements, these systems provide complete control over your shock testing requirements.
Model P23
Enhanced Performance for Higher Energy Testing
The P23 is a powerful upgrade over standard systems, designed to handle heavier payloads and higher energy shock events with precision.
Key Specifications:
- Table Size: 23 × 23 cm
- Maximum Acceleration: 5000 g (10,000 g optional)
- Maximum Velocity Change: 6.7 – 16.8 m/s
- Maximum Payload: 50 kg
Key Features:
- Supports higher energy impacts than standard Model 23 systems
- Optional shock pulse programmers for half-sine, trapezoidal, and terminal peak sawtooth waveforms
- Equipped with TouchTest Shock 2 (TTS2) Control Console for safe and intuitive operation
- Seamless integration with Test Partner Data Acquisition Systems
Model P30
Optimized for Consumer Electronics Testing
The P30 is specifically developed for consumer electronics applications, requiring performance beyond standard shock systems.
Key Specifications:
- Table Size: 30 × 30 cm
- Maximum Acceleration: 5000 g (10,000 g optional)
- Maximum Velocity Change: 6.7 – 16.8 m/s
- Maximum Payload: 50 kg
Key Features:
- Optional advanced acceleration systems for enhanced performance
- Suspended seismic reaction mass for improved shock isolation
- Supports multiple waveforms including half-sine, trapezoidal, and terminal peak sawtooth
- Fully compatible with Test Partner 4 Data Acquisition Systems
Model P40
Robust & Versatile for Medium-Scale Testing
The P40 offers increased table size and flexibility, making it suitable for larger test specimens and broader applications.
Key Specifications:
- Table Size: 40 × 40 cm
- Maximum Acceleration: 5000 g (10,000 g optional)
- Maximum Velocity Change: 6.7 – 16.8 m/s
- Maximum Payload: 75 kg
Key Features:
- Optional pulse programmers for custom shock waveform generation
- Integrated TouchTest Shock 2 (TTS2) Console for ease of use
- Designed for safe, repeatable, and controlled shock testing
- Seamless DAQ integration for data accuracy and analysis
Model P55
Flexible System for Larger Payloads
The P55 is a versatile solution designed for larger payloads and diverse testing applications.
Key Specifications:
- Table Size: 55 × 55 cm
- Maximum Acceleration: 1000 g (5000 g optional)
- Maximum Velocity Change: up to 18 m/s
- Maximum Payload: 136 kg
Key Advantages:
- Ideal for mid-to-large scale assemblies
- Flexible configuration options for varied test requirements
- Designed for robust and consistent performance
Model P65/81
High-Capacity System for Heavy-Duty Applications
The P65/81 is engineered for large and heavy test items, offering both free-fall and accelerated shock capabilities.
Key Specifications:
- Table Size: 65 × 81 cm
- Maximum Acceleration: 1000 g
Velocity Change:
- Free Fall: 6.1 – 7.6 m/s
- Accelerated: 7.6 – 15.2 m/s
Maximum Payload:
- Free Fall: 680 kg
- Accelerated: 227 kg
Key Advantages:
- Ideal for heavy-duty industrial and defense applications
- Dual-mode operation for greater testing flexibility
- Designed for high reliability under extreme conditions
Model P95/115
Maximum Capacity for Large-Scale Testing
The P95/115 is built for very large and high-mass test applications, delivering powerful and controlled shock performance.
Key Specifications:
- Table Size: 95 × 115 cm
- Maximum Acceleration: 1000 g
Velocity Change:
- Free Fall: 6.1 – 7.6 m/s
- Accelerated: 7.6 – 15.2 m/s
Maximum Payload:
- Free Fall: 1135 kg
- Accelerated: 454 kg
Key Advantages:
- Supports large-scale product testing
- Optional pulse programmers for advanced waveform control
- Suitable for heavy equipment, aerospace, and defense systems
MODEL | TABLE | MAX. ACCELERATION | MAX. PAYLOAD |
P23 | 9.06 in x 9.06 in (23 cm x 23 cm) | 5000 g | 110 lbs (50 kg) |
P30 | 11.8 in x 11.8 in (30 cm x 30 cm) | 5000 g | 110 lbs (50 kg) |
P40 | 15.7 in x 15.7 in (40 cm x 40 cm) | 5000 g | 165 lbs (75 kg) |
P55 | 21.7 in x 21.7 in (55 cm x 55 cm) | 1000 g | 300 lbs (136 kg) |
P65/81 | 25.6 in x 31.9 in (95 cm x 115 cm) | 1000 g | 1500 lbs (680 kg) [free fall] 500 lbs (227 kg) [accelerated] |
P95/115 | 37.2 in x 45.3 in (95 cm x 115 cm) | 1000 g | 2500 lbs (1135 kg) [free fall] 1000 lbs (454 kg) [accelerated] |
P122 | 48 in x 48 in (122 cm x 122 cm) | 1000 g | 2500 lbs (1135 kg) [free fall] 1000 lbs (454 kg) [accelerated] |
High-Speed Shock Test Systems (HS Series)
Extreme Velocity Shock Testing for Compact & High-Precision Applications
HS15 / HS30 Series
High Velocity Performance in a Compact Design
The HS15/30 series is purpose-built for smaller test specimens, combining exceptional shock performance with a compact footprint—making it ideal for laboratory environments and precision testing applications.
Key Specifications:
- Table Size: 15 × 10 cm to 30 × 40.6 cm
- Maximum Velocity Change: up to 36.6 m/s
- Maximum Acceleration: up to 6000 g
- Maximum Payload: 113 kg
- Pulse Duration: as short as 0.2 ms
Key Features:
- Suspended seismic reaction mass with integrated impact surface to minimize shock transmission to the facility
- Compact design for space-efficient installation
- Capable of testing specimens up to 250 lbs (113 kg)
- Equipped with TouchTest Shock (TTS) Controller for safe and intuitive operation
- Optional programmers for generating half-sine, trapezoidal, and terminal peak sawtooth waveforms
Design Advantages:
- High velocity capability for extreme shock simulation
- Electrically driven hoist system for precise positioning and repeatability
- Advanced braking system (air pressure / oil amplified) for controlled shock delivery
Ideal Applications:
- Small electronic assemblies and components
- Aerospace and defense electronics
- High-reliability product validation
- R&D and qualification testing
HS45 Series
Higher Energy Shock Testing with Enhanced Control
The HS45 extends the HS Series capabilities by enabling higher energy impacts with larger test surfaces, making it suitable for mid-sized test specimens and more demanding applications.
Key Specifications:
- Table Size:
- Top Face: 45 × 45 cm
- Front Face: 45 × 30 cm
- Maximum Acceleration: 6000 g
- Maximum Velocity Change: 18.3 m/s
- Maximum Payload: 100 kg
Key Features:
- Equipped with TouchTest Shock 2 (TTS2) Control Console for enhanced safety and usability
- Optional pulse programmers for short-duration half-sine and terminal peak sawtooth waveforms
- Seamless integration with Test Partner Data Acquisition Systems
Design Advantages:
- Forged aluminum table for high-accuracy shock pulse generation
- Optional acceleration kit for enhanced velocity performance
- Electric hoist system for precise lift and drop control
- Floating seismic base to minimize shock transmission to the floor
Additional Support:
- Comprehensive application training programs
- Access to global service and support network
Ideal Applications:
- Medium-sized electronic assemblies
- Automotive and aerospace components
- High-energy shock qualification testing
- Production-level and validation environments
MODEL | TABLE | MAX. ACCELERATION | MAX. PAYLOAD |
HS16 | 6.3 in x 6.3 in (16 cm x 16 cm) | 6000 g | 110 lbs (50 kg) |
HS45 | 17.7 in x 17.7 in (45 cm x 45 cm) | 6000 g | 220 lbs (100 kg) |
HSX20 | 8 in x 8 in (20.3 cm x 20.3 cm) | 10000 g | 250 lbs (113 kg) |
HSX45 | 18 in x 18 in (45.7 cm x 45.7 cm) | 10000 g | 300 lbs (136 kg) |
Extreme High-Speed Shock Test Systems (HSX Series)
Why HSX Series?
When standard and high-speed systems are not enough, the HSX Series provides:
- Extreme velocity changes up to 45.8 m/s
- Peak accelerations up to 10,000 g
- Ultra-short pulse durations down to 0.2 ms
- Advanced table acceleration boost technology
- Safe and controlled testing for high-value components
These systems are ideal for aerospace, defense, electronics, and high-reliability applications where failure is not an option.
HSX15 / HSX30 Series
Extreme Performance for Compact Test Applications
The HSX15/30 systems are designed for smaller test specimens, delivering exceptional performance through integrated table acceleration boost systems.
Key Specifications:
- Table Size: 15 × 10 cm to 30 × 40.6 cm
- Maximum Velocity Change: 45.8 m/s
- Maximum Acceleration: 10,000 g
- Maximum Payload: 113 kg
- Pulse Duration: as short as 0.2 ms
Key Features:
- Integrated acceleration boost system for extreme shock performance
- Super heavy-duty load frame for structural integrity and safety
- Suspended seismic reaction mass to minimize facility vibration
- Equipped with TouchTest™ Shock Controller for intuitive operation
- Optional programmers for half-sine, trapezoidal, and terminal peak sawtooth waveforms
Design Advantages:
- Compact yet powerful system for high-precision applications
- Electric hoist system for accurate positioning and repeatability
- Advanced braking system for controlled shock delivery
Ideal Applications:
- High-value electronic components
- Defense and aerospace subsystems
- Reliability testing under extreme shock conditions
HSX20 System
Focused High-Acceleration Testing with Maximum Control
The HSX20 is engineered for precision shock testing, delivering maximum acceleration and velocity performance in a compact configuration.
Key Specifications:
- Table Size: 20.3 × 20.3 cm
- Maximum Acceleration: 10,000 g
- Velocity Change: 22.9 – 45.7 m/s
- Maximum Payload: 113 kg
- Minimum Pulse Duration: 0.2 ms (half-sine)
Key Features:
- TouchTest Shock 2 (TTS2) Controller for safe and easy operation
- Forged aluminum table for high-fidelity shock pulse generation
- Acceleration kit for enhanced velocity performance
- Electric hoist system for precise drop repeatability
- Floating seismic base to reduce shock transmission to surroundings
Additional Support:
- Comprehensive application training programs
- Access to global service and support network
HSX30 / HSX60 Series
Extreme Shock Capability for Larger & Heavier Test Items
The HSX30 and HSX60 systems are built for high-capacity and extreme-performance testing, combining large payload capability with acceleration boost technology.
Key Specifications:
- Table Size: 30 × 30 cm to 60 × 60 cm
- Maximum Acceleration: up to 7,500 g
- Maximum Velocity Change: up to 30.5 m/s
- Maximum Payload:
- Free Fall Mode: 907 kg
- Accelerated Mode: 113 kg
Key Features:
- Integrated table acceleration boost system to double free-fall velocity capability
- Super heavy-duty load frame for high-load applications
- Dual electric hoist system for precise and stable positioning
- Suspended seismic reaction mass for reduced structural impact
- Equipped with TouchTest Shock (TTS) Controller
Operational Flexibility:
- Free-Fall Mode: High payload capacity for large test items
- Accelerated Mode: Extreme velocity and acceleration for advanced testing
Ideal Applications:
- Large electronic systems and assemblies
- Aerospace and defense equipment
- Heavy-duty industrial components
- High-energy shock qualification testing
Integrated Control & Data Acquisition
All HSX Series systems are designed for seamless integration with:
- TouchTest Controllers (TTS / TTS2) for safe, intuitive system control
- Test Partner™ Data Acquisition Systems for:
- High-speed data capture
- Precise waveform analysis
- Reliable test documentation
Key Benefits of HSX Series Systems
- Extreme acceleration up to 10,000 g
- Ultra-high velocity change for severe shock simulation
- Advanced acceleration boost technology
- Robust construction for safe and reliable operation
- Flexible configurations for wide-ranging applications