PROPIETARY API

.Net/C++ Windows API

The processing engine of our intelligent system controller is based on a low-level XML API (Application Programming Interface). To minimize the time and effort required for automation and customization, INTELLASE offers a higher-level approach. NET/Win32 DLL API that handles network connection requirements and provides vector-oriented instructions.

These APIs can be used to create a GUI application that interacts with the controller via a tethered connection. Or, it can be used to create offline job files that can be sent to the controller for stand-alone execution.

Features of Our .Net/C++ Windows API

In addition to basic vector operations, our proprietary API offers a rich set of features that make integration seamless. These features include:

Vector and raster import tool
2D and 3D manipulation capability
Hatching algorithms
Industry standard symbolic codes (Barcode, data matrices, etc.)
Visualization tool kit
Custom Scripting language for communicating with hardware

What Is an API?

An application programming interface, or API, allows different software systems to communicate. It serves as a bridge, enabling users to send all the artwork and details directly to the laser system for faster production without an intermediary step.

This direct, automated control makes our API ideal for industrial automation and businesses managing high volumes.

How Does It Work?

By reducing manual input and eliminating redundant steps, our API helps you achieve what matters most: lower labor costs and improved operational efficiency. And it starts with just three steps.

Input Job Data

Our proprietary API receives instructions that include vector or raster graphics and parameters.

Automated Processing

The API bridges the software and the machine, transmitting graphics and settings.

Mark or Engrave

Your laser system receives the job data, allowing you to mark or engrave with ease.

Benefits of Our Proprietary API

You Can Create GUI Applications: Our API enables operators to manage vector-oriented instructions for marking, allowing you to build custom graphic user interfaces (GUIs) for your specific workflow.
You Can Create Offline Job Files: Offline-capable applications eliminate the need for a constant network connection. This increases speed and performance, as they do not rely on network latency.
It Offers Better Usability: GUIs enable users to navigate systems without special training, as functions are represented with icons rather than text-based commands.
It Improves Automation: Our proprietary API allows for integration of laser systems into industrial, automated production lines.
It Increases Efficiency: Bypassing the intermediary step reduces idle time and streamlines production.

Master Your Machine’s Software

To reduce the learning curve for our proprietary API and shorten customization time, we have included multiple examples, along with extensive documentation and syntax completion.

Need more assistance? You can also submit a support request, and we’ll be more than happy to help. All our support staff is in the United States. We’ve also designed and created our machinery and software in-house at Radian Laser Systems, making our technicians true, trusted experts.

Build a Workflow Tailored to Your Automated Production Needs at Radian Laser Systems

Need more effective industrial automation solutions? Our API is just one key component of our industrial laser marking ecosystem. It also includes our 3D galvo laser marking module, intelligent system controller, and laser marking studio, creating a complete eco-system with full customization capabilities to meet your large production needs.

Fill out our contact form to find and customize your ideal system for your laser application.

FAQs

What can you build with a proprietary API for laser systems?

A proprietary API allows you to build custom software solutions, such as a GUI application for operator control or to generate automated workflows. It enables direct communication with the laser system, supporting high-volume production with minimal manual input.

How do offline job files improve laser marking efficiency?

Offline job files allow jobs to be created and stored independently of a live connection. This reduces reliance on network availability, improves processing speed, and ensures consistent execution in stand-alone production environments.

Is a GUI application necessary when using a proprietary API?

No, but a GUI application significantly improves usability. While the API can be used with scripts or backend systems, a GUI makes it easier for operators to manage marking jobs, adjust parameters, and monitor performance without advanced programming knowledge.

How does a proprietary API support industrial automation?

A proprietary API integrates directly with production systems, enabling automated data transfer, job execution, and system control. By eliminating manual steps and enabling the creation of offline job files or custom interfaces, it helps streamline workflows and scale industrial laser operations efficiently.