Robotito Experience

09/30/2026

09/29/2026

08/06/2026

Selling a robot is the easy part—making it produce clean, repeatable welds at high efficiency is where real automation happens.
Whether implementing new cells or fine-tuning existing processes, I bridge the gap between complex robotics and practical, high-quality manufacturing.
​Core Expertise:
​Robotic Arc Welding & Parameter Optimization: (Voltage, WFS, Travel Speed, Pulse Settings)
​Process Tuning & Troubleshooting: Joint fit-up analysis, distortion control, and cycle time reduction
​Customer Empowerment: On-site training, operator enablement, and system programming. .

08/01/2026

People often ask me what I do for a living.
I specialize in programming industrial robotic welding systems for a wide range of fabrication applications. My work involves developing optimized welding programs for carbon steel, stainless steel, aluminum, and other specialty alloys while ensuring compliance with welding procedures and production requirements.
Every project begins with selecting the correct welding process, defining travel speed, voltage, amperage, wire feed speed, torch orientation, weave parameters, and robot path to achieve complete fusion, consistent pe*******on, and repeatable weld quality. I also integrate robot motion with servo positioners and external axes to maximize productivity and maintain precise torch-to-joint geometry throughout the weld cycle.
Whether it's pipe spools, pressure vessels, structural components, or custom fabrications, my goal is to deliver repeatable, high-quality welds that reduce cycle time, minimize rework, and improve manufacturing efficiency.
Robotic welding is more than automation—it is the integration of welding metallurgy, process engineering, and robotic motion control to produce consistent, code-quality results.