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China Shenzhen Pray-med Technology Co.,Ltd
Shenzhen Pray-med Technology Co.,Ltd
Shenzhen berdoa-med teknologi co., Ltd adalah produsen profesional aksesoris medis untuk monitor pasien hampir 10 tahun
Lihat Lebih Lanjut
Minta Kutipan
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KUALITAS TINGGI
Segel Kepercayaan, Pemeriksaan Kredit, RoSH, dan Penilaian Kemampuan Pemasok. perusahaan memiliki sistem kontrol kualitas yang ketat dan laboratorium pengujian profesional.
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Pengembangan
Tim desain profesional internal dan bengkel mesin canggih. Kita bisa bekerja sama untuk mengembangkan produk yang Anda butuhkan.
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MANUFAKTUR
Mesin otomatis canggih, sistem kontrol proses yang ketat. Kami dapat memproduksi semua terminal listrik di luar permintaan Anda.
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LAYANAN 100%
Pengemasan kecil dalam jumlah besar dan disesuaikan, FOB, CIF, DDU, dan DDP. Biarkan kami membantu Anda menemukan solusi terbaik untuk semua masalah Anda.
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Berita Terbaru

Berita perusahaan terbaru tentang The crucial role of body temperature probes in intraoperative anesthesia management
2025-12-05

The crucial role of body temperature probes in intraoperative anesthesia management

During surgical procedures, maintaining stable vital signs is a core objective of anesthesia management. Body temperature, a fundamental yet clinically valuable physiological parameter, directly impacts the balance of multiple physiological systems, including metabolism, circulation, and coagulation. Intraoperative hypothermia can prolong postoperative recovery time and increase the risk of complications such as infection, bleeding, and arrhythmias. Therefore, continuous and accurate temperature monitoring to inform anesthesia management has become an indispensable safety measure in modern operating rooms. Temperature probes are key devices in this process.                                                           Temperature probes enable real-time monitoring of core body temperature, which is particularly clinically significant in prolonged surgeries or those involving open body cavities. Compared to traditional intermittent measurements, temperature probes use thermistors to rapidly convert temperature changes into electrical signals that are transmitted to the monitoring system, enabling continuous curve monitoring. This immediacy facilitates anesthesiologists' assessment of the patient's current condition and allows for the timely detection of potential risks arising from abnormal temperature changes. For example, during surgery, the use of cold irrigation, anesthetic drugs causing suppression of the thermoregulatory center, or when a large exposed area is present, the patient may experience a sustained drop in body temperature. By analyzing the temperature trend provided by the temperature probe, the anesthesia team can promptly implement warming measures, such as using warming blankets or administering warm intravenous fluids, effectively preventing the adverse consequences of hypothermia.                                                             Regarding the selection of temperature probes, esophageal or rectal probes are generally preferred for intraoperative monitoring. These two types are closer to the core temperature response zone, providing more representative data. Esophageal probes are more commonly used in patients undergoing intubation anesthesia, as they can be stably fixed in the thoracic esophagus, reducing measurement interference; while rectal probes are suitable for patients who cannot be intubated, such as those undergoing local anesthesia or pediatric anesthesia. In contrast, skin-type temperature probes are generally not the first choice for monitoring core body temperature during surgery due to their susceptibility to ambient temperature fluctuations.                                                                            The unique intraoperative environment also places higher demands on the performance of temperature probes. Probes need to have rapid response capabilities to provide accurate feedback at the initial stage of changes in patient temperature; they should also have good anti-interference performance to avoid signal fluctuations caused by electrosurgical units, high-frequency equipment, or changes in patient position. Furthermore, the probe's structural design must consider ease of intraoperative operation and patient comfort. Flexible cables, precise and compact temperature-sensing heads, and excellent interface compatibility with monitors are all crucial for ensuring the quality of intraoperative data. From an anesthesia management perspective, the use of temperature probes is not only reflected in intraoperative monitoring but also throughout preoperative preparation and postoperative observation. For example, probes can be pre-set before anesthesia induction to reduce mid-operative interference; maintaining the probe connection when the patient is transferred to the recovery room after surgery helps monitor postoperative hypothermia recovery and, if necessary, extend warming intervention. This integrated continuous monitoring process provides reliable support for hospitals to improve perioperative management.                                                               With increased awareness of infection control, the usage rate of disposable temperature probes in anesthesiology departments has been increasing year by year. Their characteristics of requiring no cleaning, ease of use, and reduced risk of cross-infection make them particularly suitable for high-turnover, high-risk surgical environments. For institutions equipped with comprehensive cleaning and disinfection systems, reusable probes can also achieve a balance between performance and cost. In conclusion, temperature probes are not merely monitoring tools in intraoperative anesthesia management but also essential components for ensuring patient safety, optimizing anesthesia protocols, and reducing postoperative complications. Through proper selection, standardized use, and comprehensive management, body temperature probes will continue to play an irreplaceable role in modern operating rooms, contributing to the continuous improvement of medical quality and patient care.
Lihat Lebih Lanjut 
Berita perusahaan terbaru tentang Pameran Peralatan Medis Internasional China ke-92 CMEF 2025 Guangzhou
2025-09-26

Pameran Peralatan Medis Internasional China ke-92 CMEF 2025 Guangzhou

  Pameran Peralatan Medis Internasional Tiongkok ke-92 CMEF 2025 Guangzhou Tanggal: 26-29 September 2025 Lokasi: Kompleks Pameran Impor dan Ekspor Tiongkok (Kompleks Canton Fair) Nomor Stan: 19.2F11   CMEF, pertama kali diadakan pada tahun 1979, diadakan dua kali setiap tahun pada musim semi dan musim gugur. Melalui inovasi dan peningkatan diri yang berkelanjutan, pameran ini telah menjadi pameran terpenting untuk industri perangkat medis dan produk serta layanan terkait di kawasan Asia-Pasifik. Pameran ini menampilkan puluhan ribu produk khusus dalam pencitraan medis, diagnostik in vitro, elektronik, optik, perawatan medis darurat, rehabilitasi dan perawatan, perawatan kesehatan seluler, layanan medis, pembangunan rumah sakit, teknologi informasi medis, perangkat yang dapat dikenakan, dan banyak lagi, yang melayani seluruh rantai industri perangkat medis dari sumber hingga pengguna akhir. Sebagai penyelenggara utama pameran industri farmasi domestik dan pameran dagang, Sinopharm Exhibitions berpegang pada filosofi penyelenggaraan "melayani seluruh industri dan mencari pengembangan bersama". Dengan tim pameran profesionalnya, sumber daya informasi yang rinci dan luas, serta sistem layanan yang sempurna, pameran ini menarik hampir semua perusahaan terkemuka, pedagang, lembaga penelitian ilmiah, dan profesional di industri untuk berpartisipasi dalam lebih dari selusin pameran profesional yang kami selenggarakan setiap tahun. Shenzhen Pray-med Tech Co., Ltd adalah perusahaan teknologi tinggi nasional di Tiongkok dan produsen & pemasok terkemuka sensor medis & rakitan kabel seperti sensor SpO2, kabel ECG, EKG & EEG dengan kabel timah, oksimeter jari, probe suhu, manset & selang tekanan darah, transduser tekanan darah & kabel penghubung, elektroda EEG dan EMG, pensil ESU & bantalan grounding, konektor medis, pembuatan cetakan, kabel medis & kabel daya, layanan eksperimen klinis & kantong infus tekanan, dll. Produk kami banyak digunakan dalam monitor seperti ECG, oksimeter, elektrokardiograf, holter, elektroensefalograf, B-ultrasound & pemantauan janin, dll. Dengan berbagai produk, produk kami sangat kompatibel dengan sebagian besar merek & model impor & domestik dan kami dapat menyediakan layanan OEM/ODM untuk memenuhi kebutuhan khusus pelanggan.   Perusahaan kami memiliki tim yang berpendidikan baik dan profesional yang menggabungkan R&D, produksi & penjualan menjadi satu karena kami terus fokus pada perekrutan dan pelatihan talenta untuk memenuhi bahkan melampaui persyaratan klien. Produk kami populer di pasar CE, FDA, CFDA & TUV dan agen kami berasal dari hampir 90 negara di seluruh dunia. Produk kami tidak beracun, tahan lama, anti-interferensi & nyaman karena dibuat berdasarkan standar internasional terbaru.   Selamat datang untuk mengunjungi kami. Nomor stan kami adalah 19.2F11. Menunggu Anda
Lihat Lebih Lanjut