• Wide Application: Tests product packaging for damage due to drops during transportation and handling.
• Stable Design: Single-arm double-column structure ensures smooth lifting and prevents lateral shaking during operation.
• Electric Arm Reset: Automatic reset function for the arm, ensuring operator safety and efficient operation.
• Hydraulic Cushioning: Absorbs impact energy to reduce damage to the equipment and extend its service life.
• Precise Control: Digital height display and adjustable drop height for accurate and automatic stop at set height.
• Versatile Sample Fixture: Quickly positions packaging of different sizes for efficient testing.

• Dual-column Guide Design: Provides stable and reliable guidance for large and heavy packaging tests.
• Hydraulic Lift System: Ensures smooth and powerful height adjustments for precise drop testing.
• Zero Drop Height Capability: Adjustable from 0 to 1200 mm (varies by model) for accurate testing of packaging resilience.
• Comprehensive Drop Testing: Supports corner, edge, and flat surface drop tests to simulate real-world conditions.
• Reliable Drop Mechanism: Uses SMC pneumatic cylinders to ensure consistent drop acceleration and safe, noise-reduced landings.
• Safety Features: Equipped with a backup battery system for power failure protection and smooth descent.
• Conforms to Industry Standards: Meets ISTA 1A, ASTM D5276, GB/T4857.5-92, and GB/T1019-2008 for drop testing protocols.

•   Wide Drop Height Range: 
• • RS-315: 300mm to 1500mm
  • RS-320: 300mm to 2000mm
• High Load Capacity: Supports up to 100kg, suitable for various product sizes and weights.
• Accurate Testing: Drop angle error ≤5°, height display accuracy ≤2% of set value.
• Spacious Test Area: 800×600×1000mm, accommodating a wide range of items.
• Durable & Reliable: Sturdy construction with long-term operational stability.
• Versatile Applications: Ideal for toys, electronics, furniture, packaging, and more.

Application
The Vertical Impact Crash Tester RS-6150 Series is a fully automatic pneumatic lifting impact and collision test system, which is used to measure and determine the impact resistance of products or packages, and to assess the reliability of the function and structural integrity of the test specimen under the impact environment. The impact table can perform the conventional half-sine wave and back-peak sawtooth wave impact test to realize the shock wave and impact energy suffered by the product in the actual environment, so as to improve the system or optimize the packaging structure of the product.

• Versatile Testing: Evaluates packaging resistance to forklift clamping during transportation.
• Standards Compliance: Meets ASTM D6055, ISTA, GB/T 4857.4, and other international standards.
• High Precision: Adjustable clamping pressure (100–2000 kgf) with sensor-based calibration for accuracy.
• Robust Design: Durable clamping panels with guaranteed flatness and alignment under maximum pressure.
• User-Friendly Control: Touchscreen PLC controller with automated and manual operation modes.
• Safety First: Built-in overload, overpressure, and sudden power failure protection systems.

The RS-150-200, RS-150-600, and RS-150-500 Incline Impact Test Systems are high-quality machines that simulate and assess the impact resistance of packaging during transportation, handling, and storage. These systems comply with international standards (ASTM, ISTA, GB/T) and are perfect for manufacturers, testing facilities, and research organizations.

The RS-V Electromagnetic Vibration Test System is an ideal solution for conducting screening tests on a wide variety of products, including household appliances, electronic components, automotive parts, portable devices, storage equipment, connectors, and more.

Designed to comply with international standards, the RS-V Electromagnetic Vibration Test System meets rigorous military specifications such as MIL, ASTM, IEC, ISO, BS, JIS, and other global testing criteria.

Equipped with a large-diameter moving coil and high-strength guides, the system offers excellent vibration transfer rates. It can be configured with various additional tables to accommodate a broad range of specimens, ensuring precise and reliable test results.

The RS-V Electromagnetic Vibration Test System is particularly versatile, effectively meeting the testing needs of small components, including transportation vibration simulations, combined vibration-climate testing, and earthquake simulation testing.

The Safety Glass Drop Ball Impact Tester RS-8220LQ is designed according to GB/T9962-1999 Safety Glass Materials for Building Use - Safety Glass Performance Specification and Test Methods, 6.10 Falling Ball Impact Peeling Performance Methods, to meet the requirements of impact testing of safety laminated glass for building use.

Test standard
JIS R3205∶ 1989、ISO/DIS12542112543-6:1997 AS/NZS2208:1996、GB/T9962-1999