Offline Programming For Real-World Robotics

Robot programming that understands state, not just motion. Validate behavior before you reach the factory floor.

CAD to robot path generation still lacks the parametric control engineers expect from adjacent CAM tools.

As robot programs evolve, controller changes break assumptions, with no centralized simulation to catch it.

Modifying robot jobs requires working directly in vendor-specific controller languages.

Most tools validate ideal motion, leaving logic failures to surface during integration.

The Solution: Vendor-Agnostic Offline Programming

Program robots once and deploy across vendors using a single, consistent model for defining paths, job behavior, and execution.

Everything you need to go from CAD to code with confidence.

Define robot paths using CAM-like parameters instead of fixed points and changes that automatically recompute.

Model IOs, registers, flags, frames, and mappings in one place, keeping robot programs aligned as controller configurations change.

Build and modify robot jobs without writing vendor-specific controller code, using a consistent programming model across robots.

Validate reach, collisions, timing, and logic by simulating real execution states, not just ideal motion, before deployment.

Whether you're processing complex components or running a high-mix job shop, Aplomado adapts to your workflow.

Define rasters, edge follows, and surface passes directly from geometry. Iterate quickly with CAM-like tools.

Cells with tightly coupled operations where behavior depends on shared signals, sequencing, and controller configuration.

Standardize how jobs are built across vendors. Define behavior once instead of rewriting logic in multiple controller languages.

We’re onboarding a small group of early technical teams. Secure your spot today.