Recipe Management:

Product grouping management

Unlimited number of recipes

Testing Statistics
Substatistics
Production and service statistics

Three diagnostic modes

Quickly locate the problem
Online parameter modification
Remote offline calculation

8 types of permission settings

3 levels of user management
Customization of permissions and users

XispVision^® has a complete industrial image processing library with 25 algorithmic sublibraries and over 100 algorithms. These algorithms can be used like building blocks to build specific inspection applications through inspection chaining technology. The image processing library has an open design, so it is possible to add your own algorithms in addition to the existing algorithms and to import commercial image processing libraries.

For in-line inspection systems, especially high-speed inspection systems, real-time control is a very important key. Not only does the trigger of the camera have to be at the right point in time, but also the rejection of non-conforming products requires stable and accurate tracking control.The XispVision^® platform already includes a description implementation of TrackML and an interpreter implementation of XispAutomation. The system's tracking control settings are not programmable, what you see is what you get. Inspection objects can be defined online, and a series of controls such as photographing, rejecting, grasping or transmitting signals at specific locations can be performed. For details, please refer to the introduction of TrackML.

1. TrackML^®-based automatic object tracking technology

Solve the following problems:

Real-time tracking on high-speed production lines
Stability over long distances
Flexibility to be applied to different production line control systems
Diagnostic functions to ensure the accuracy of high-speed inspection

2. Detection chain technology and a set of common algorithm library

The following problems are solved:

Possibility of using the same inspection platform for all inspection devices
Shortening of the development cycle for new equipment
Easily expandable with new inspection functions
Cross-line and even cross-industry capability of the system

3. Parallel computing techniques

Solve the following problems:

Reducing the time for solving a single problem and improving the efficiency of the system
Increase the scale of problem solving
Fault tolerance, higher availability, increased system throughput rate
Continuous improvement of system computing power by expanding computing units

One software package for all inspection devices

Support for XispSmart smart cameras
Universal HMI and operating modes
High and stable inspection efficiency
Expandable computing units on demand
Universal data interface
Easy tracking programming with TrackML^® technology
Easy to learn and use Xispek software

Xispek offers different levels of training for the XispVision^® inspection software platform.