Yeaple探针200A电子压力敏感探针Yeaple Probe electronic force-sensing probe
Yeaple探针200A电子压力敏感探针Yeaple Probe electronic force-sensing probe
Our objective is to provide worldwide support for research organizations that use the Yeaple Probe in clinical studies, primarily in the field of dentistry. The Yeaple Probe is registered with the United States Department of Health and Human Services, Food and Drug Administration as a Medical Device.
If you need repairs to existing equipment, turn-around time can vary widely, depending on the condition of the unit and the need for manufacturing or ordering parts. Again, prompt communication is the best insurance for meeting your objectives. We will do our best to support your requirements.
The Classification Name is "Probe, Periodontic." The Proprietary Name is "Model 200A Electronic Force-Sensing Probe
If you need repairs to existing equipment, turn-around time can vary widely, depending on the condition of the unit and the need for manufacturing or ordering parts. Again, prompt communication is the best insurance for meeting your objectives. We will do our best to support your requirements.
The Model 200A is an electronic force-sensing probe that has proved to be precise, reproducible and clinically efficient in two distinct applications where accurate force measurements are critical: Peridontal Pocket Probing and Dentinal Sensitivity Testing.
Yeaple探针200A是一种电子压力探针是已被证明是准确的，精确的压力测量在临床上非常重要的，在两个不同的应用中：牙周袋探测和牙本质敏感性测试。
PRODUCT FEATURES
The probe design allows for adjustable force from 10 to 100 grams and is accurate to plus or minus 1 gram. It is battery-powered for safety and convenience. Any probe tip can be fitted to the instrument. The Yeaple Probe has been used for periodontal pocket probing and dentinal sensitivity testing in dental research for over 18 years and has become the worldwide industry standard.
探针压力设计允许从10到100克可调整的力并精确到正负1克。由于使用的是电池电源，比较安全性和便利性。我公司生产的几种探针型号都可以安装在这个个仪器中，标准的探针型号是DG-16。该Yeaple仪器已被用于牙周袋探测和牙本质敏感性测试牙科研究超过18年，并已成为全球行业标准。
BENEFITS
• Reduces inter- and intra-examiner probing force variations
• Controls excessive force during probing
• Provides quantifiable reproducible stimuli
• Enables different laboratories to compare data.
减少内部和内部探测时探针力变化
•探测过程中控制过度用力
•提供量化的可重复的刺激
•允许不同的实验室进行比较的数据。
