EnShape GmbH

Address:

Moritz-von-Rohr-Straße 1A
07745 Jena
Germany

Contact:

Dr. Martin Schaffer
Dr. Marcus Große
phone: +49 3641 48158 0
email: info@enshape.de
www.enshape.de

Year of foundation:

2014

Number of employees:

6

Keywords:

3D Sensing, bin picking, pick & place, 3D measurement of moving objects, high precision, short measurement time, quality inspection, defect detection, speed, accuracy, performance


Company profile:

The EnShape GmbH is a young, innovative company in Jena. The innovative sensors concepts based on sequential statistical pattern projection, developed by the physicists M. Schaffer and M. Große, enable as yet unachieved short time of measurement without loss of precision. As sole worldwide vendor EnShape offers 3D-sensors, which achieve dense full-field and at the same time precise measurements at a high rate of measurement and reconstruction. Thereby, the technology of EnShape allows new approaches for complex and time-critical surface inspection tasks and related applications.


Products and services:

EnShape is a developer and producer of optical 3D machine vision sensors. The 3D sensors Inspect and Detect uniquely combine a high 3D measurement precision with a short measurement time. By this, the sensors are ideal for industrial applications where precision is needed and time is critical. Even in demanding robot applications (Bin Picking, Pick&Place) and quality inspection tasks (defect detection) the sensors can convince with speed, accuracy and performance.


The sensor family Inspect was developed with inline quality control in mind. Whenever a high measurement precision and accuracy with a short measurment time is needed, the Inspect is the sensor of choice. With more than 10 Hz smallest three-dimensional surface defects can be detected. Each measurement always contains the surface shape of the entire object. No scanning is needed.

Detect names the sensor family for robot-assisted product handling, like in pick&place applications. With a combination of high measurement precision and measurement rates of more than 20 Hz even very small objects can be detected in shape, orientation and location. By this, it is possible to detect objects in a short time frame and at a high rate. Detection, Segmentation, Grabbing and Processing at high rate.