GT-M18B Kinetic Energy Tester is the professional choice to

improve the safety standard of toys

Shooting and projectile toys are loved by children worldwide. However, if the kinetic energy of these toys is too high, it may pose a risk to children. This makes the Kinetic Energy Tester an essential tool for toy safety testing. This article provides an in-depth look at the GT-M18B Toy Kinetic Energy Tester, covering its applications, standards compliance, technical features, and advantages.

Product Overview

The GESTER GT-M18B Toy Kinetic Energy Tester is specifically designed to measure the maximum kinetic energy of shooting toys, such as toy guns and bows that shoot projectiles. This device allows for accurate assessment of the energy of projectiles to determine if they pose potential harm to children. It is widely used in toy manufacturing, quality inspection, and related research institutions, providing efficient and accurate kinetic energy testing for the industry.

Compliance with Safety Standards

Our GT-M18B Toy Kinetic Energy Tester strictly adheres to international and national standards, which define the maximum kinetic energy that shooting toys can reach to ensure their safety for children. The device complies with the following standards:

• ISO 8124-1 Section 5.15: This international standard outlines safety requirements for toys, with specific limits on the kinetic energy of projectile toys.
• GB 6675-2 Section 5.15: The Chinese national toy safety standard ensures that toys have appropriate kinetic energy control for child safety.
• EN-71-1 Section 8.24: The European toy safety standard applies to all toys sold in the EU.
• ASTM F963 Section 8.14: The U.S. toy safety standard covers safety requirements for common projectile toys in the U.S. market.

Technical Specifications of the GT-M18B Kinetic Energy Tester

The GT-M18B Toy Kinetic Energy Tester’s precision and versatility make it a highly reliable kinetic energy testing device on the market.

Key technical specifications include:

• Display Type: LED display, showing time, speed, kinetic energy, average value, and maximum value.
• Printing Method: Thermal printing for quick output of test results.
• Time Precision: Up to 0.0000001 seconds, ensuring accuracy in each test.
• Kinetic Energy Precision: 0.000001 Joules, allowing for detection of minor kinetic energy variations in different toy projectiles.
• Internal Channel Dimensions: 10 cm x 10 cm, suitable for toys of various sizes.
• Internal Sensor Distance: 300 mm, providing an ideal distance for standardized kinetic energy testing.
• Internal Channel Projectile Diameter: 2 mm to 80 mm, compatible with a wide range of toy types.
• External Sensor Distance: 25 mm to 330 mm (adjustable), adaptable to different projectile sizes.
• Cooling Method: Natural cooling for up to 150 uses, with water cooling available as needed to maintain stability during prolonged use.

Advantages of Using the GT-M18B Toy Kinetic Energy Tester

1. Precise Kinetic Energy Measurement: The GT-M18B kinetic energy tester’s design and high-precision sensors ensure accurate kinetic energy measurement, which is crucial for assessing toy safety and ensuring the reliability of each test.

2. User-Friendly Operation: With a color display and microcomputer control, the device is easy to operate. Users only need to input necessary test parameters, and the device performs automatic calculations.

3. Versatile Application Range: Whether testing small bullet-like toys or larger projectile toys, the GT-M18B kinetic energy tester adapts to different sizes and types of toys. Its dual-channel design further enhances its versatility, providing users with more options.

4. Efficient Data Storage and Management: The thermal printing feature ensures efficient management of experimental data. Users can instantly print test results and keep records for future quality control and product improvement.

5. Safe and Stable Cooling System: The cooling system of the GT-M18B kinetic energy tester is designed with frequent use in mind. After more than 150 consecutive uses, the device can naturally cool to maintain stable performance. The water cooling option ensures safe operation even in high-temperature conditions.