CamBar B1光学三维测量系统CamBar B2 axios 3d Services GmbH

CamBar B1光学三维测量系统CamBar B2 axios  3d  Services GmbH  
哦，我们可以说我们的光学三维测量系统CamBar B1。 有人称它为CamBar B2的小兄弟，但我们不同意见：CamBar B1在小尺寸和**的组合中是很不错的。 市场上没有类似的立体genzong系统。
光学三维测量系统宽度小于20厘米，测量精度达到1/100毫米，是小体积测量距离短的很好genzong系统。 CamBar B1允许**的3D定位以及工具和其他物体的genzong（导航）。 立体测量系统应用于神经外科和牙科导航，耳鼻喉手术导航，工业质量**和定位。

Small, Precise and Unique
Oh, the things we could say about our optical 3D measuring system CamBar B1. Some call it the little brother of CamBar B2, but we beg to differ: CamBar B1 is unique in its smooth combination of small size and sharp precision. There is no comparable stereo tracking system available on the market.
Less than 20cm in width, the optical 3D measurement system reaches a measurement accuracy of 1/100 mm, making it the perfect tracking system for short measuring distances in small volumes. CamBar B1 allows highly accurate 3D positioning as well as tracking (navigation) of tools and other objects. The stereo measuring system finds application in neurosurgical and dental navigation, navigation in ENT surgery, industrial quality assurance and positioning.
Team player with Potential
The capabilities of Cambar B1 are further revealed when the optical tracking system is operated as part of a network of measuring systems:
Groups of AXIOS 3D? 3D tracking systems can be operated in networks via a network interface, allowing the optimization of measurement accuracy and measurement volume.
Accessible Data
CamBar B1 likes to share what it sees. The measuring system allows access to its cameras’ image data, creating the option to directly monitor tracking via a live image: a plus for everyone involved in troubleshooting and quality control.
Variable configurations allow the individual adaptation of the stereo measuring system to the customer’s application. Depending on the configuration, 3D tracking of the following kinds of markers or targets is possible:
?	retroreflective (passive) target markers
?	diffusely reflective target markers
?	natural patterns and shapes (i.e. edges und corners)
Aplications
?	Positioning of robots
?	High-precision rivet guidance in aircraft construction