Expert Robotic Programming & Integrating Solutions
DMC provides comprehensive robotics engineering and robotic services to manufacturers seeking scalable, high-performance automation. Our team delivers full-stack programming, including path planning, position programming, external-axis programming, commissioning, cycle time improvement, and integration with PLCs and other systems. Additionally, we also support offline programming, using simulation environments to preprogram robotic systems for proof of concept, validation, and risk reduction before deployment.
As a trusted robotics and engineering partner, we design and deploy robotic systems that increase quality and throughput while helping clients modernize legacy processes with industrial automation and robotic process automation. We offer full lifecycle support from concept through deployment, including automation strategy, system integration, robotic cell optimization, and multi-platform programming across major industrial robot brands.
Ready to start your next project? We can help.
DMC’s Application Expertise
These applications can be implemented as standalone robotic cells or fully integrated automation systems with conveyors, sensors, vision, PLCs, and downstream equipment:
Vision Inspection & Adaptive Locating
Packing and Palletizing
Welding
- GMAW
- GTAW
- Plasma Cutting
Offline Programming
Painting
Vision System Integration
Hazard Analysis & Safety Programming
Certifications
As a Certified System Integrator (CSI) for Universal Robots, DMC has extensive experience implementing complex robot control using PolyScope and the Actin SDK (formerly owned by Energid).
As a FANUC ASI-SSA, DMC specializes in programming turnkey robotic systems and software. We have experience with FANUC Collaborative Robots, SCARA robots, high-speed pick and place, and PLC integration.
Key Robotics Technologies
Our cross-vendor expertise allows us to support new robotic deployments, upgrades, and integration into existing manufacturing environments.
Benefits of Working with DMC
Our expertise can reduce costs by replacing expensive processes, increase capacity by reducing required operations, improve part quality and reduce scrap by employing a more efficient process, and reduce product variability. With greater machine utilization and lower operating costs, our customers’ profits increase. And because our engineers understand best practices, the code is easily extendable, making future improvements easier to implement.
Industry Experience
DMC has a proven track record across a wide range of industries.
FAQs
How do you determine the best programming approach within a robotics engineering project?
Choosing the right programming method depends on the robot platform, the complexity of coordinated motion, vision or sensor requirements, and the level of integration needed with PLCs or MES systems. Robotics engineering evaluations compare vendor programming environments, simulation tools, and motion libraries to define an approach that supports long-term scalability and high-performance robotic services.
What factors determine whether an application is a good fit for robotic automation?
Important factors include part variability, required precision, cycle time expectations, repeatability, payload, reach, and safety considerations. Robotics engineering evaluations focus on mechanical feasibility, tooling requirements, sensor needs, and the scalability of the robotic cell.
How do robotic services differ from robotic process automation (RPA)?
Robotic services involve physical automation such as motion control, tooling, sensing, and integration with machinery. Robotic process automation is a software-driven approach that automates tasks within digital workflows. In manufacturing settings, the two can be combined to streamline both production and supporting operations.
