SOLOMON vision AccuPick 2D Alternatives & Competitors

Wide range of AI visual inspection applications

Solvision has delivered outstanding results in the semiconductor, LCD display, footwear, textile, automotive, welding, and a wide range of other industries. Its flexibility has allowed it to be implemented in several applications such as defect inspection, presence detection, counting, classification, optical character recognition, and many more.

Few training samples for deep learning required

Solvision offers many easy-to-use data augmentation tools that allow users to simulate different real-life scenarios. Needing only 1/10 of the samples typically required by AI inspection software, our vision solution significantly reduces the amount of time that engineers have to spend during the labeling process.

User-friendly vision system interface

Our user-friendly design allows users to label several defect types at the same time, a very convenient feature in applications where multiple defects and features need to be simultaneously classified.

Simple industrial robot and PLC integration

Solvision provides easy integration with more than 20 robot brands and built-in PLC communications through the TCP/IP and Modbus communications protocol at no extra cost, allowing users and system integrators to choose the product that they feel most comfortable with.

Parallel defect detections

Solvision can select multiple GPUs and graphic cards to disperse the AI computing load, allowing the users to carry out simultaneous detections at the same time.

A next-generation manufacturing and retail automation solution

Solomon’s comprehensive material handling solution, AccuPick, is an AI powered tool that excels at picking random or unknown objects by using 3D machine vision to generate high quality point clouds.

Offering shorter cycle times and superior robot motion planning, AccuPick can detect and pick-and-place precisely regardless of object appearance, spatial location, or orientation.

AccuPick 3D Key Advantages:

Collision-Free Motion Planning
Graphic-Based Interface
Compatible Open Platform
Auto Labeling
No More CAD Files
Industry Leading AI and 3D Vision

Automated bin picking for random or complex objects
Where traditional vision systems struggle, AccuPick uses AI image processing to overcome limitations relating to object shape, material or size.

1. Soft or deformable objects
2. Transparent or reflective objects
3. Irregular objects with holes, protrusions etc
4. Complex patterns or backgrounds
5. Small, thin objects up to 0.5mm
6. Overlapping objects

Currently, the implementation of robotic palletizing systems requires the intervention of highly qualified expert programmers.

This affects high costs and total dependence on the integrator for future modifications.

Wepall is an alternative that, in a simple way, eliminates that dependence and drastically reduces costs.

Development of user-friendly applications for industrial robotic programming.
Based on our API, which allows anyone with basic knowledge of computer programming to program industrial robots of different brands, Wepall has developed the first universal palletizing software, an application with which you can design your own pallet formats, generate the code and load it onto the robot of your choice in just a few minutes.

Step#1- Design the line - Easily build your palletizing cell.

Step #2- Create the pallet pattern - Creates successive layers of products according to their characteristics.

Step#3- View the result - Simulates the behavior of the defined pallet with advanced physics.

Step#4- Generate the program - Generate hundreds of lines of editable code with a single click.

No need to know how to program -Defines the products, whether bags or boxes, with size and weight; the various pick-up stations or separators.Select robot and hands or palletizing tools.Configures the palletizing station and the different types of pallets.

Generates mosaics based on product and pallet properties -Sort products on the pallet to make the most of the available space. Creates successive layers of products according to their characteristics.

Define points, movements and more - View the final result of the palletizing process. Check, thanks to the advanced physics of this simulation, the stability of the defined mosaic. At any time, you can go back to redefine and complete the pallet according to your needs.

Generate native code for any robot- With just one click you can generate hundreds of lines of native code for any robot, according to the specifications defined in the previous steps. This code is editable and adaptable to successive changes or particularities of the line.

Metrics is a C++ / C# SDK for 3d metrology software development.
The focus of Metrics is performance – reduce cycle times in your inline application.
Metrics is “real” 3d and offers a wide range of algorithms and geometrical functions.

The Metrics IDE CodeX presents more than 150 functionalities of the SDK in its user interface.
Work interactively and let CodeX generate the source code on-the-fly.
Modify and run the source code and let CodeX visualize the results for you.
Create Dlls or C# files and use them in your applications.

Multi Sensor Calibration

Calibrate the pose of 3d scanners and the direction of a transport system, e.g. conveyor belt. Inspect all point clouds in one global coordinate system.

Automatic alignment

Align scan data automatically to a reference object. The reference can be another scan, or it can be a cadmodel. The alignment is fully automatic, there is no need for a prealignment.

Multi-view registration and triangulation

Multi-view ICP (Iterative Closest Point) for surface scans and triangle mesh generation

Cleaning
Remove outliers and points that have been scanned at bad conditions, e.g. at steep scan angles or with reflections on shiny surfaces

Geometries

Find or fit 3d planes, lines, circles, spheres, cylinders and cones in your point clouds.
Measure distances, compute projections, angles or intersections.

CodeX - Metrics development

Work interactively in 3d with CodeX and use the generated source code in CodeX and your applications. Use the full C# language and the complete interface of the Metrics SDK libraries.