Robot Programming
We write and debug your robot code against the digital twin, so the cell arrives on your floor already knowing how to do the job.
Service Overview
Robot programming normally happens on the shop floor, with the line down, an integrator on the clock and a schedule quietly bleeding. We move it into the model. Programs are written, simulated and validated against the digital twin, then posted to your controller — so the robot arrives having already done the job thousands of times.
What We Deliver:
Offline Programming
Robot programs written, simulated and validated entirely against the digital twin, then post-processed into your controller’s native language. The code that reaches the cell has already run the job many thousands of times and arrives ready to refine rather than ready to debug from scratch.
Reach, Collision & Singularity Studies
Every position, approach and retract checked against the real robot’s kinematics and the real cell’s geometry. Reach failures, joint limits, wrist singularities and collisions get found and resolved in the model, months before a fixture is welded or a pad is poured.
Toolpath Development & Optimization
Welding, cutting, printing, milling, dispensing and pick-and-place paths generated from the model geometry and tuned for cycle time, approach angle and tool orientation. The path is optimised before it is ever taught, not after somebody notices the cycle is slow.
Post-Processor Support
Programs generated for ABB, KUKA, FANUC, Yaskawa, Universal Robots and others, with custom post-processor development where a controller or an application needs one. You are never locked into a single manufacturer because of the way your programming was originally done.
Integrator Handover & Support
Your integrators receive a validated model, working code and a documented sequence rather than a drawing set and a verbal explanation. We stay available through installation, so the interface between the design and the build stops being where things get lost.
End-of-arm-tooling (EOAT) Design Assist
We help you design your custom EOAT to avoid singularities, assess clashes and minimize the number of drives.
Value We Create:
Programming That Does Not Stop Production
Because the work happens in a model, new products, new parts and new sequences get developed while the line keeps running. Changeovers stop being an event you schedule the whole plant around and become something that happens quietly in the background.
Errors Found In Software, Not In Steel
A reach failure discovered in a model costs an afternoon of repositioning. The same failure discovered after the fixture is welded and the cell is installed costs a re-pour, a rebuild and a quarter of production. The error is identical. Only the bill is different.
Commissioning Time Cut, Not Just Planned For
Days that would have been spent teaching a robot its job on your shop floor, with the line down and an integrator billing by the hour, are simply never spent. The robot arrives knowing the job, and the schedule you promised is the schedule you keep.
Vendor Independence
Because the programming lives in a model rather than inside one manufacturer’s ecosystem, you keep the freedom to change robot brands, integrators or applications later without starting the entire programming effort again from nothing.
Knowledge That Stays In The Building
The model, the code and the documented sequence remain yours. When the integrator leaves and the engineer who understood it moves on, the knowledge does not walk out of the door with them. It stays in an asset your team can open and read.
Validate Custom Tools
Custom robot tools are high risk ventures. Let us minimize your prototyping costs while working out all the bugs.
Let the robot learn the job before it arrives
Send us the cell layout and the part. We will tell you whether the robot can actually reach it.