Advanced Phone And Computer Battery Free Drop Test Machine For
Precise Evaluations
Product Description:
The Phone and Computer Battery Free Drop Test Machine is
specifically designed to simulate the daily drop scenarios of
batteries.
The machine features a stable structure and flexible height
adjustment, enabling it to accurately replicate various drop
conditions with millimeter - level precision. Operationally,
parameters can be easily set and the test initiated via the control
panel. Additionally, it is equipped with safety protection devices
to ensure the safety of operators.
This equipment is widely utilized by battery manufacturers, mobile
phone and computer manufacturers, as well as quality inspection
agencies. It facilitates battery quality inspection and reliability
testing, safeguarding product quality and market order.
Ensuring the Quality and Reliability of Battery Products:By accurately simulating various drop scenarios, it
comprehensively tests the performance of batteries when dropped
from different directions and heights. This helps manufacturers
promptly identify potential issues in battery structural design and
material selection, effectively reducing the failure rate of
products during actual use. It ensures that the battery products
launched on the market are of reliable quality, minimizing after -
sales disputes and brand reputation losses caused by battery
quality problems.
Accelerating the Battery R & D Process:It provides real and accurate test data for battery R & D
personnel, enabling them to quickly evaluate the impact of
different design schemes and material improvements on the drop -
resistance performance of batteries. R & D personnel can adjust the
R & D direction in a timely manner based on the test results,
avoiding blind attempts, significantly shortening the R & D cycle,
and speeding up the launch of new products, allowing enterprises to
gain the upper hand in the fierce market competition.
Optimizing Product Packaging Design:After understanding the damage patterns of batteries under
different drop conditions, it collaborates with the packaging
design team to develop more targeted packaging solutions for mobile
phone and computer batteries. The optimized packaging can better
absorb and disperse the drop impact force, further enhancing the
safety of batteries during transportation and storage and reducing
logistics costs.
Facilitating Industry Standard Setting and Compliance Testing:It provides important data support and technical references for
the formulation of relevant standards in the battery industry. The
accurate test data provided by the equipment helps industry
associations and standard - setting organizations establish
scientific and reasonable battery drop - resistance performance
standards. Meanwhile, manufacturers and quality inspection agencies
can use this equipment to conduct compliance testing on battery
products based on these standards, ensuring that products meet
market access requirements.
Company Information:
Dongguan Neide Technology Co. Ltd located in Dongguan, Guangdong
province with convenient transportation access. We take immense
pride in our journey of excellence as a premier provider of
top-quality testing equipment. With our unwavering commitment to
innovation, we specialize in crafting cutting-edge environmental
test chambers and mechanical test machines.
Our extensive range includes temperature and humidity chambers,
thermal shock test chambers, tensile testing machines, and
vibration test machines. What sets us apart is our proficiency in
creating customized testing equipment tailored to your specific
needs.
At the heart of our operations lies a dedication to precision and
compliance. Our products are engineered to meet and exceed
international standards, such as ISO, ASTM, DIN, EN, GB, BS, JIS,
AMSI, UL, TAPPI, AATCC, and IEC.
This ensures that our solutions not only adhere to industry
benchmarks but set new standards of excellence. Our services and
products find applications across diverse sectors, including
R&D institutions, quality inspection establishments,
universities, and electronics and communications industries
FAQ:
1.When conducting drop tests on batteries of different sizes and
weights, how is the stability of the equipment's fixtures ensured?
I'm concerned that the fixtures may not be able to firmly hold the
batteries during the test, leading to inaccurate test results.
Our equipment is equipped with a highly flexible and self -
adapting fixture system. The fixtures are made of special high -
strength and high - elasticity materials, which can be quickly
adjusted according to the size of the battery and provide a strong
clamping force. For batteries of different weights, through a large
number of mechanical tests and optimized designs, the structure and
fixing methods of the fixtures ensure that the batteries can be
stably fixed under various drop conditions. At the same time,
before each test, the equipment provides a fixture tightness
detection function. Through visual prompts or data feedback, it
helps you confirm whether the battery is firmly fixed, thus
ensuring the accuracy of the test results.
2. Data processing and analysis after the test are crucial for us to
evaluate battery performance. What is the data acquisition
frequency of this equipment? Can it meet the need for accurately
capturing the rapidly changing impact data at the moment of battery
drop?
The data acquisition frequency of the equipment is as high as
10kHz, which is far higher than the industry average. This means
that it can capture a large number of data points in a very short
time and accurately record the rapid changes in the impact data at
the moment of battery drop. Whether it is the peak value of impact
acceleration, the subtle changes in impact duration, or the
fluctuations during the impact process, they can all be completely
and accurately collected. Coupled with our professional data
processing software, these data can be deeply analyzed to provide
you with a detailed battery performance evaluation report.
3. I hope to integrate the test data with our company's existing
quality management system to achieve unified data management and
analysis. Does the data output format of this equipment support
this integration requirement?
Certainly. The equipment provides a variety of common data output
formats, including CSV, XML, and JSON. These formats have good
compatibility and can be easily integrated with various quality
management systems. We can also provide customized data interface
development services according to your specific needs to ensure
seamless docking between the equipment and your quality management
system, realizing real - time data transmission and sharing, and
facilitating your unified management and in - depth analysis.
4. Data processing and analysis after the test are crucial for us to
evaluate battery performance. What is the data acquisition
frequency of this equipment? Can it meet the need for accurately
capturing the rapidly changing impact data at the moment of battery
drop?
The data acquisition frequency of the equipment is as high as
10kHz, which is far higher than the industry average. This means
that it can capture a large number of data points in a very short
time and accurately record the rapid changes in the impact data at
the moment of battery drop. Whether it is the peak value of impact
acceleration, the subtle changes in impact duration, or the
fluctuations during the impact process, they can all be completely
and accurately collected. Coupled with our professional data
processing software, these data can be deeply analyzed to provide
you with a detailed battery performance evaluation report.
