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China Shenzhen Pray-med Technology Co.,Ltd
Shenzhen Pray-med Technology Co.,Ltd
Shenzhen pray-med technology co.,ltd is a professional manufacturer of medical accessories for patient monitor nearly 10 years
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01
HIGH QUALITY
Trust Seal, Credit Check, RoSH and Supplier Capability Assessment. company has strictly quality control system and professional test lab.
02
DEVELOPMENT
Internal professional design team and advanced machinery workshop. We can cooperate to develop the products you need.
03
MANUFACTURING
Advanced automatic machines, strictly process control system. We can manufacture all the Electrical terminals beyond your demand.
04
100% SERVICE
Bulk and customized small packaging, FOB, CIF, DDU and DDP. Let us help you find the best solution for all your concerns.
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Latest company news about Welcome Boston Scientific To Shenzhen Pray-Med For A Factory Audit
2026-01-16

Welcome Boston Scientific To Shenzhen Pray-Med For A Factory Audit

Recently, an audit team from Boston Life Sciences, a global leader in the life sciences field, visited Shenzhen Pray- Med Technology Co., Ltd. (hereinafter referred to as "Pray- Med") to conduct a two-day special factory audit for suppliers. Focusing on core dimensions such as quality management system, production compliance control, and data integrity, this audit aims to comprehensively assess Pray- Med's supply chain guarantee capability and compliance level, laying a solid foundation for deepening strategic cooperation between the two parties. The general manager of Pray- med and the person in charge of core departments including production, quality, and R&D accompanied the audit throughout the process. At the kick-off meeting of the audit, the general manager of Pray- med extended a warm welcome to the audit team of Boston Life Sciences, and elaborated on the company's development history, core business layout, technological R&D capabilities, and global compliance strategy. He stated that Pray- med has always regarded "quality compliance as the root and technological innovation as the soul" as its development philosophy, strictly abiding by international medical industry standards such as ISO 13485, and establishing a full-process quality management system covering R&D, production, inspection, and warehousing. This audit is not only a test of the company's comprehensive strength, but also an important opportunity for the two parties to jointly explore the global high-end medical market.     Subsequently, in accordance with industry norms and cooperation agreement requirements, the audit team of Boston Life Sciences carried out systematic on-site inspections and document reviews. In the production workshop, the audit team went deep into the Class clean production area, carefully inspected the production process, equipment operation status, clean environment control and other conditions of core products, In the quality control laboratory, the team conducted a comprehensive inspection on the calibration of testing instruments, traceability of experimental data, sample management processes, etc., focusing on data integrity and record standardization to ensure that each test result is traceable and verifiable. During the document review phase, the audit team conducted a detailed review around core materials such as quality management system documents, production operation guidelines, employee training records, and Corrective and Preventive Action (CAPA) management system, and in-depth evaluated the implementation effects of Pray- med in compliance management, risk control and other aspects. The two parties conducted in-depth discussions on topics such as the update dynamics of medical industry regulations, supply chain risk management and control, and continuous quality improvement. The audit team put forward targeted optimization suggestions based on global industry practices, and the relevant person in charge of Pray-med responded one by one and clarified the follow-up improvement direction. After one days of comprehensive audit, the audit team of Boston Life Sciences highly recognized Pray-med's compliance management level, production control capability and technical strength. The person in charge of the audit team said: "Pray-med has demonstrated a rigorous attitude and solid foundation in quality management system construction, production process control and data integrity assurance, which fully meets the high standards required by the life sciences field for suppliers. The results of this audit are satisfactory, providing strong support for the two parties to further expand the boundaries of cooperation and achieve mutual benefit and win-win results." The quality director of Pray-med stated that the company will take this audit as an opportunity to earnestly implement the optimization suggestions put forward by the audit team, continuously iterate the quality management system, strengthen full-process compliance control, and continuously improve product quality and supply chain stability. In the future, the two parties will take compliant cooperation as the cornerstone, deepen collaboration in high-end medical product R&D and global market expansion, and jointly provide safer and more efficient medical solutions for global patients.   The successful conduct of this factory audit by Boston Life Sciences not only confirms Pray-med's comprehensive competitiveness in the medical supply chain field, but also demonstrates the company's confidence and strength in exploring the global high-end market. As an innovative enterprise in the medical technology field, Pray-med will always adhere to the bottom line of compliance, drive development with technological innovation, and work hand in hand with global high-quality partners to build a high-quality new ecology of medical supply chain.
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Latest company news about Adult Finger Clip Spo2 Sensor
2026-01-09

Adult Finger Clip Spo2 Sensor

The adult finger clip spo2 sensor is a medical sensor that uses non-invasive photoelectric technology to continuously monitor arterial blood oxygen saturation and pulse rate. Its core monitoring indicator-blood oxygen saturation-is a key physiological parameter for assessing the oxygenation efficiency of the respiratory and circulatory systems, directly reflecting the proportion of oxyhemoglobin in the blood. In clinical medicine and daily health monitoring, this device has become a fundamental tool for assessing the body's oxygen supply status due to its real-time, convenient, and painless characteristics. The probe structure of the device typically includes a transmitter and a receiver: the transmitter is equipped with a light-emitting diode (LED) that emits light of a specific wavelength; the receiver is a photodetector. When the probe is placed on the fingertip, the light penetrates human tissue and is absorbed by bone, soft tissue, venous blood, and arterial blood. Because oxyhemoglobin and deoxyhemoglobin have significantly different absorption spectra for these two wavelengths, the oxygenation information of the blood can be determined by measuring the change in the intensity of the transmitted light. Specifically, with the heartbeat, the arterial blood volume produces periodic pulsations, resulting in synchronous alternating current (AC) changes in light absorption. The device's built-in microprocessor uses a sophisticated algorithm to calculate the ratio of the AC to DC components of the two light signals and, based on a pre-calibrated curve, ultimately converts this into a numerical value for blood oxygen saturation. This physical process enables continuous and dynamic capture of blood oxygen levels without the need for blood sampling. Adult finger-clip pulse oximeters have a wide range of applications. In clinical settings, they are standard monitoring devices in surgical anesthesia, intensive care, emergency resuscitation, and respiratory and cardiology wards, used for real-time early warning of hypoxemia, guiding oxygen therapy decisions, and assessing changes in patient condition. For patients with chronic obstructive pulmonary disease (COPD), heart failure, and other conditions, home pulse oximeters equipped with these probes have become important disease management tools, facilitating long-term self-monitoring and recording. Furthermore, pulse oximeters play an irreplaceable role in high-altitude adaptation, initial screening for sleep-disordered breathing, and early identification of potential respiratory dysfunction during large-scale public health events. Their widespread use has become particularly prominent in recent years in the global prevention and control of respiratory infectious diseases, leading to a deeper public awareness of the importance of pulse oximetry monitoring. However, to ensure the accuracy and reliability of the device's measurement data, users must understand its technical characteristics and usage limitations. Proper operation requires the probe to be securely clipped onto the finger aligned with the nail bed, avoiding signal interference from nail polish, prosthetics, or abnormal skin color. Cold limbs, insufficient circulatory perfusion, or strenuous patient activity may result in inaccurate readings or prevent the acquisition of effective signals. In summary, the adult finger clip spo2 sensor is a practical monitoring technology that integrates optical, electronic, and physiological principles. From intensive care units to home environments, it provides a crucial window for observing vital signs. A thorough understanding of its working principles, standardized operation, and a clear awareness of its technological limitations are prerequisites for effectively utilizing this tool. With the continuous advancement of sensing technology and algorithms, the performance and applicable scenarios of pulse oximeters are expected to be further expanded and deepened in the future.
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