SOLOMON vision Solvision Alternatives & Competitors

SOLOMON Vision AccuPick 3D utilizes AI-driven 3D machine vision to handle complex material handling tasks with high precision. It generates detailed point clouds to detect and manipulate random or unknown objects, regardless of their appearance, orientation, or spatial location. This technology is particularly effective in overcoming limitations associated with traditional vision systems, including issues with transparent, reflective, or irregularly shaped objects.

AccuPick 3D features advanced collision-free motion planning and a user-friendly graphic-based interface, which enhances its ability to execute complex pick-and-place tasks efficiently. Its compatibility with open platforms and auto-labeling capabilities streamline integration into various systems, eliminating the need for CAD files. This system is designed to handle soft, deformable, small, or overlapping objects with ease, making it suitable for diverse manufacturing and retail automation environments.

The system's key advantages include its ability to handle challenging conditions, such as transparent or reflective objects and complex backgrounds. By leveraging industry-leading AI and 3D vision technologies, AccuPick 3D provides a versatile and effective solution for automated bin picking and material handling.

Robot vision for the factory of tomorrow

Smart Manufacturing / Smart Logistics

AccuPick 2D significantly enhances the scope of robot applications with an intelligent AI based vision system. AccuPick 2D not only gives robots ‘eyes’ that allow them to see, but also provides them with a ‘brain’ to understand with human-like cognition.

Compared to conventional rule-based vision guided robot systems,

AccuPick 2D offers the following advantages:

Recognizes complex objects and patterns using advanced machine learning

Identifies and locates objects without time-consuming optical system set-up

Works seamlessly with more than 20 robot brands and major PLCs

Friendly GUI to easily build and change workflows

Generates high return on investment (ROI)

Easily Upgraded to our award-winning AccuPick 3D

Superior detection capabilities
Unlike rule-based vision systems that often require optimal ambient lighting, which can be expensive and time consuming to attain, AccuPick 2D works perfectly under unfavorable circumstances, such as subpar lighting conditions or with poor quality images. AccuPick 2D can easily see and locate objects that have been traditionally challenging to work with, including dark, highly reflective, and transparent items. AccuPick 2D supports any GenIcam compatible with a PC-based 2D camera.

Drag-and-drop user interface to build robot applications

AccuPick 2D – Smart Manufacturing / Smart Logistics offers the possibility to give direct commands to robots. Setting them up for different vision applications and workflows does not require intimate knowledge of robot programming. All workflows can be built and changed using a drag-and drop GUI.

Support of more than 20 robot brands in AccuPick 2D

Like AccuPick 3D, AccuPick 2D supports seamless connectivity with more than twenty robot brands and allows direct communications with many major PLC brands. Users can easily upgrade to our award-winning AccuPick 3D Random Bin Picking system. AccuPick 2D and AccuPick 3D software provides a similar user interface, minimizing the amount of time required to get familiar with our 3D vision system.

Ease-of-use is built into the heart of In-Sight vision systems starting with easy to use but powerful vision tools and In-Sight Explorer software interface. A spreadsheet view makes the user experience very simple for maximum control over your optical inspection applications. The In-Sight Explorer software also includes an EasyBuilder configuration environment for deploying reliable applications quickly, with no programming required.

Intuitive, Easy to Use

EasyBuilder configuration software helps users of all experience levels to quickly setup their application—no programming knowledge required. This easy-to-use interface walks you through the process of setting up your vision application, step by step.

Working from an image of the part, four simple steps complete the application setup:

1. Start - Find an In-Sight vision system on the network, then be guided through triggering the vision system and setting up scale and nonlinear calibrations.
2. Set up tools - After finding the part, a library of more than 22 vision tools is available to inspect the part.
3. Configure - A point-and-click communications setup provides easy selection of data to be sent, and the protocol to use for communicating to a PLC, robot, or HMI for data collection and archiving results.
4. Finish - In the deployment mode, colorful tool graphics, a results table, and a filmstrip control to review images simplify troubleshooting the application and identifying bad parts.

Setup your own applications to ensure a low cost of ownership

The In-Sight Explorer spreadsheet view provides a robust, flexible and efficient way to configure the vision tools and handle the data created from a vision application. The In-Sight spreadsheet includes specialized functions, options and operations that allow you to solve complex applications without ever writing a line of code.

Ease-of-use for fast deployment

A spreadsheet view of the In-Sight Explorer software interface makes the user experience very satisfying. Drag and drop vision tools and graphics palette along with menu-driven tool property sheets makes job configuration simple. The In-Sight Explorer software also includes an EasyBuilder environment. With no programming needed, applications are deployed quickly.

In addition to Easy Builder, In-Sight Explorer offers a more powerful Microsoft Excel-like environment for configuring more advanced applications. You can take advantage of the EasyBuilder configuration platform along with the power of the spreadsheet view with the flexibility of round tripping back and forth.

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.