In the current era of vigorous technological development, the demand for high-precision testing equipment is increasing day by day, especially in cutting-edge fields such as semiconductors and optoelectronics. Accurate testing data is the key to driving technological breakthroughs and product upgrades. As a leading player in the industry, Beijing Saifan Optoelectronic Instrument Co., LTD., relying on its profound accumulation and continuous innovation in the research and development and manufacturing of optoelectronic instruments over the years, has launched a highly anticipated product - the 7-SCF06 3D probe base, bringing an unprecedented testing experience to numerous scientific researchers and enterprise producers.
Outstanding performance, fully demonstrating technological strength
High-precision positioning, millimeter-level accurate operation
The 7-SCF06 three-dimensional probe base is equipped with an advanced high-precision displacement adjustment system, enabling extremely precise positioning in the X, Y, and Z dimensions. Its displacement accuracy can reach ±0.01mm. This millimeter-level precise control enables the probe to accurately contact the target test points on the sample, greatly enhancing the accuracy and reliability of the test results. Whether it is conducting electrical performance tests on tiny chips or parameter detection of precision optical components, the 7-SCF06 can handle them with ease, ensuring the accuracy of the testing process and providing the most genuine and effective data support for researchers.
2. Stable and reliable structural design
This probe base adopts a sturdy frame made of high-strength aluminum alloy. After meticulous mechanical design and optimization, it features excellent stability and anti-interference capability. In complex experimental environments or industrial production scenarios, even if there are adverse factors such as vibration and electromagnetic interference around, the 7-SCF06 can still maintain a stable working state, ensuring that the contact between the probe and the sample is not affected, thereby guaranteeing the consistency and repeatability of the test results. This stable and reliable structural design not only extends the service life of the equipment but also provides a solid guarantee for long-term and large-scale testing work.
3. Flexible and convenient operation experience
SOFN Instruments fully considers the needs of users in actual operation. The 7-SCF06 3D probe holder is designed with a user-friendly operation interface and convenient control methods. Through the simple and intuitive operation handle, users can easily achieve rapid movement and precise positioning of the probe in three-dimensional space. The operation process is smooth and natural, greatly improving work efficiency. Meanwhile, this probe base also supports integration with external automated equipment to achieve an automated testing process, further liberating human resources, reducing human errors, and meeting the demands of large-scale and high-efficiency testing.
4. Wide applicability, meeting diverse demands
The 7-SCF06 three-dimensional probe holder is suitable for various types of samples and testing requirements. Its adjustable probe height, spacing and Angle can adapt to samples of different sizes and shapes. Whether it is a conventional planar sample or a three-dimensional sample with a special structure, a suitable testing solution can be found. In the semiconductor industry, it can be used for wafer testing, performance detection before chip packaging, etc. In the field of optoelectronics, it is capable of conducting electrical and optical performance tests on various optoelectronic devices, such as leds and solar cells. In addition, it can also play an important role in fields such as materials science research and biomedical testing, providing strong technical support for the research and development and production of different industries.
Innovative design leads the industry trend
1. Advanced probe technology
SOFN Instruments has adopted its self-developed high-performance probes on the 7-SCF06 three-dimensional probe base. These probes feature low resistance, high elasticity and excellent wear resistance. The low resistance characteristic ensures the stability and accuracy of signal transmission during the electrical testing process, reducing signal attenuation and interference. High elasticity enables the probe to maintain good contact pressure when in contact with the sample without causing damage to the sample surface, making it suitable for testing various sensitive materials and precision devices. Good wear resistance ensures the reliability of the probe during long-term and frequent use, reduces the frequency of probe replacement, and improves the testing efficiency and economy.
2. Intelligent control system
This probe base is equipped with an intelligent control system and has real-time monitoring and feedback functions. The position and pressure of the probe as well as the electrical parameters of the sample are monitored in real time through sensors, and these data are fed back to the control system. The control system automatically adjusts the position and pressure of the probe based on the preset parameters and real-time feedback data, achieving intelligent control of the testing process. This intelligent design not only enhances the accuracy and efficiency of the test, but also reduces the professional skills required of the operators, enabling more users to get started easily and fully leverage the performance advantages of the equipment.
3. Convenient sample installation and replacement
The 7-SCF06 three-dimensional probe holder is designed with a unique sample installation platform, featuring a rapid positioning and clamping device, enabling the installation and replacement of samples to be completed within a short period of time. Users only need to place the sample at the designated position and can achieve the fixation and positioning of the sample through simple operations, without the need for a complex debugging process. This design significantly saves the preparation time before testing and enhances the testing efficiency. It is particularly suitable for testing scenarios where samples need to be frequently changed, such as sample screening and process optimization in scientific research experiments.
SOFN Instruments, the guarantee of quality and innovation
Since its establishment in 2004, Beijing Saifan Optoelectronic Instrument Co., Ltd. has been dedicated to the research and development and manufacturing of optoelectronic instruments, and has established an outstanding reputation in the industry. The company was awarded the title of High-tech Enterprise in 2008, holds dozens of scientific research patents and software Copyrights, and was recognized as a specialized, refined, distinctive and innovative enterprise in Beijing in 2022. Relying on its two core technologies, namely spectral testing technology and precision motion control technology, SOFN Instruments continuously launches innovative products. Some of its products have successively won the Gold Award of the Beijing Innovation and Invention Competition, the Second Prize of the Science and Technology Award of the Machinery Industry, and other honors. They have also been recognized as Beijing's independent innovation products and included in the designated procurement list.
The 7-SCF06 3D probe holder, as another masterpiece of SOFN Instruments, fully demonstrates the company's persistent pursuit of technological innovation and strict control over product quality. It is not merely a testing device, but also a complete testing solution provided by SOFN Instruments for its customers, aiming to help them enhance R&D efficiency, improve product quality, and gain an advantageous position in the fierce market competition.
If you are troubled by finding a high-performance, high-precision and easy-to-operate 3D probe base, then the 7-SCF06 3D probe base from Beijing SOFN Instruments is definitely your best choice. Choosing SOFN Instruments means choosing a precise, efficient and reliable testing experience. Let's join hands and use the power of technology to drive the progress of the industry and create a brighter future together!
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