Robot Offline Programming
& Simulation Software-Robotmaster

Robot Offline Programming (OLP) Solution

Robot Offline Programming (OLP) or Offline Robot Programming (OLRP) moves robot programming from the physical shop floor into a powerful computer simulation. By creating a virtual work cell, you can develop and test programs while the real robot stays in production.

This “simulate before you operate” strategy offers critical advantages of robot offline programming:

Eliminates Production Downtime: Keep your robot working and earning.
Prevents Costly Errors: Detect collisions and issues in the simulation, not on your equipment.
Maximizes Your ROI: Drastically speeds up programming for all types of production runs.

Intuitive Robot Offline Programming Workflow

Robotmaster’s offline programming (OLP) workflow is designed to be simple and fast. You don’t need to teach manually or write complex code. Whether you are programming for laser cutting, surface grinding, or additive manufacturing, start by importing your 3D CAD model into a workspace that looks like your actual robot setup.

With Robotmaster’s offline programming (OLP) workflow, you can go from a 3D model to production-ready code in just a few clicks. The process is simple:

Import & Visualize: Load your 3D CAD model into a virtual replica of your robot cell.
Generate & Simulate: Instantly create toolpaths and automatically simulate motion to detect errors.
Optimize & Validate: Use powerful tools to fix collisions and optimize paths for peak performance.
Export Code: Generate brand-specific code compatible with all major robot manufacturers.

“Our goal was to revolutionize the way robots are programmed by creating software that is so intuitive anyone can use it. It enables customers to enjoy error-free task-based programming that takes collisions, singularities, joint collisions, and other robotic errors into account before running the program live on a robot. This in turn makes it possible to program new jobs without interrupting the robot, minimizing downtime and instantly increasing productivity and profitability.”

– Garen Cakmak, leader of Hypertherm’s Robotic Software team.

Advanced Software Features for Robot Integration

Robotmaster is a purpose-built robotic offline CAD/CAM platform, engineered with 100% focus on programming industrial robot arms. Developed by robotics experts with deep expertise in inverse kinematics, it seamlessly integrates simulation, motion optimization, post-processing, and multi-robot coordination into a single, intuitive interface.

Whether you’re handling complex machining, surface finishing, or external axis operations, Robotmaster’s advanced modules are optimized to generate accurate, collision-free robot code quickly and reliably.

Explore the core software features below to see how Robotmaster helps manufacturers streamline robotic integration, reduce programming time, and minimize downtime.

Intuitive Robot Path Creation

Go directly from your part to a perfect robot path. Our intelligent tools empower all users to create optimized trajectories; no prior CAD/CAM experience or skills are required.

Visually Solve Robot Errors

Turn complex robot errors into simple, one-click solutions. Our tools visually detect issues like collisions and singularities, guiding you to a safe, efficient, and perfectly optimized path in seconds.

Multi-Robot Efficiency

Program, simulate, and synchronize multiple robots in one cell. Easily balance workloads and optimize paths between robots to slash cycle times and dramatically boost your overall production output.

Design Your Digital Twin

What you see is what you get. Our user-friendly editor lets you create an accurate virtual replica of your work cell, ensuring reliable simulations and correct programs from the start.

Integrate with your CAD/CAM

Boost your workflow with Robotmaster! Our technology connects CAD/CAM and robotics, making it easy to transform your CAD/CAM trajectories into robot paths.

Flexible Part Handling

Simplify complex part handling with Robotmaster. Our revolutionary module separates the task from the device, letting you program pick-and-place logic once and deploy it on any robot or workcell with total flexibility.