Custom Furniture Testing Equipment Manufacturer & Factory

Dual-Station Motor Durability Testing Machine

1.The motor test current can be adjusted using the torque controller.

2. Motor current can be monitored.

3. Motor operating time and rest time can be configured.

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Electric Heating Blower Constant Temperature Drying Oven

The electric heating forced-air constant-temperature drying oven is a piece of equipment that generates heat through heating elements and utilizes a circulation fan to ensure uniform air movement within the chamber, enabling rapid and uniform drying. It is widely used in fields such as scientific research, industry, and healthcare for drying, baking, sterilization and disinfection, as well as constant-temperature testing.

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Jingyao Instrument Automatic Screw Spring Assembly Machine | High-Precision Custom Solution for Electronics & Hardware Manufacturing

Automatic screw spring assembly machine, Jingyao assembly machine, Dongguan automation equipment, Spring screw assembling device, Custom automatic assembly machine, E-cigarette hardware assembler, Fully automatic screw spring assembly line, Intelligent assembly equipment

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Automatic Sand & Dust Test Chamber Manufacturer | JingYao Instrument Complies with GB/T2423.37

JingYao manufactures sand dust test chamber for IP5X & IP6X dust protection test. SUS stainless steel inner tank, PLC touch control system, used for auto parts, outdoor lamps, communication equipment dust resistance test, customized service & 1-year warranty available.

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Wire Swing Bending Tester | Cable Flex Fatigue Testing Machine – JingYao Instrument

JingYao Instrument manufactures wire swing bending tester for cable flex fatigue test, 1-6 stations, 0-180° adjustable angle, comply with IEC, UL, GB standards, auto-stop when wire breaks, factory direct supply with customization.

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Automatic Double-head Magnet Assembly Machine | Precision Magnet Press Equipment | Jingyao Instrument

automatic double-head magnet assembly machine,magnet assembling machine,magnet press machine,dual station magnet assembly equipment,automated magnet fitting machine,magnet assembly automation,Jingyao Instrument

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Mechanical Design and Operation Principle of Drop Testing Machines

A drop testing machine is designed to evaluate the impact resistance and structural durability of products and materials under free-fall conditions. Its mechanical design typically includes a rigid frame, a lifting and release mechanism, a guided dropping system, and a stable impact base. These components work together to ensure accurate and repeatable drop tests. The working principle of the machine is based on gravitational potential energy conversion into kinetic energy. The test specimen is first securely fixed onto a holding fixture, either in a horizontal, vertical, or edge orientation depending on the testing standard. The lifting mechanism then raises the specimen or the impact surface to a predetermined height, which corresponds to a specific impact energy level. Once released, the specimen or platform falls freely under gravity through a guided structure that minimizes rotation and ensures vertical alignment. Upon impact with the rigid base plate, the kinetic energy is transferred to the specimen, causing stress, deformation, or possible failure. Sensors or high-speed cameras may be used to record impact force, acceleration, and damage behavior. The machine’s operation allows engineers to simulate real-world accidental drops, such as product falls during handling or transportation. By adjusting drop height, orientation, and surface type, different impact conditions can be reproduced.

Future Development of Precision Drop Test Equipment

The future development of precision drop test equipment is closely linked to advances in automation, sensing technology, and digital data analysis. As industries such as consumer electronics, automotive, and aerospace demand higher product reliability, drop testing systems are evolving toward greater accuracy, repeatability, and intelligence. One key trend is the integration of high-precision control systems. Modern drop testers are expected to achieve more accurate height adjustment, positioning, and release control, reducing human error and improving test consistency. Servo-driven mechanisms and advanced motion control technologies are increasingly replacing traditional mechanical systems. Another important development is the use of smart sensors and real-time data acquisition. Future equipment will incorporate high-speed cameras, force sensors, and accelerometers to capture detailed impact data, enabling deeper analysis of material behavior during collision events. This helps engineers better understand failure mechanisms and improve product design. Digitalization and artificial intelligence are also transforming drop testing technology. AI-based analysis can automatically identify damage patterns, classify failure types, and predict product durability based on test results. Cloud-based platforms allow remote monitoring, data storage, and collaboration across global laboratories. In addition, modular and flexible design is becoming more important. Future drop test equipment will support multiple test standards and product types with quick configuration changes, improving efficiency in R&D and quality control environments.

Furniture testing equipment

Mechanical Design and Operation Principle of Drop Testing Machines

Future Development of Precision Drop Test Equipment