Custom Robotic Automation, Engineered Around Your Production Process
From concept through commissioning, SCADAware designs and delivers complete robotic work cells that integrate custom machinery, controls, vision, and safety into your manufacturing operation.
Robotics Expertise From First Assessment to Production Startup
Application Evaluation & System Design
We assess part flow, cycle time, handling requirements, and existing equipment, then develop a custom cell concept with the robot, tooling, fixtures, and machine interfaces your application requires.
Fabrication, Controls & Programming
Our team brings the design to life through machine construction, electrical controls, robot and PLC programming, and safety integration—connecting every component into a coordinated production system.
Testing, Installation & Commissioning
We verify system operation during factory testing, install and commission the cell on your floor, train operators, and provide ongoing technical support after startup.
Your Process Defines the System
Every project starts with the work your operation needs to accomplish: the parts you handle, the cycle times you target, and the equipment already on your floor. SCADAware evaluates the application and engineers a robotic system around those requirements rather than forcing your process into a standard cell.
One Team Across Every Discipline
Mechanical engineers design the cell, fixtures, and end-of-arm tooling while electrical engineers develop the power distribution, control panels, and safety architecture. Robotics specialists, PLC programmers, and software developers coordinate motion, sensors, machine vision, and production equipment so the entire system works as one.
Built to Run on Your Floor
Our scope extends beyond robot selection and programming. SCADAware coordinates machine construction, assembly, integration, testing, installation, and startup—with attention to operator access, maintenance, and reliable performance in the conditions of your plant.
Every Component Engineered to Work Together
From robot selection to final controls integration, each work cell is designed around your production process, facility constraints, and performance goals.
Industrial Robots & Custom Tooling
Six-axis robots and purpose-built end-of-arm tooling handle parts with the reach, precision, and repeatability your application requires.
Machine Vision & Inspection
Cameras, lighting, and sensors guide robotic motion, verify parts, and support in-process quality checks.
Material Flow & Production Equipment
Conveyors, fixtures, and custom machinery coordinate part delivery, processing, and discharge across the cell.
PLC Controls & Safety Integration
PLC programming, control panels, operator interfaces, and engineered safeguards bring the complete system into reliable operation.
From Production Challenge to Working System
Step 1
Define the Application
We review your parts, cycle targets, equipment, floor space, and operator needs to establish practical requirements for automation.
Step 2
Engineer, Build & Test
Our team designs the cell, builds and integrates its mechanical and electrical systems, programs the controls, and tests operation before shipment.
Step 3
Commission & Support
We install and commission the system on site, train operators and maintenance teams, and remain available for ongoing technical support.
Robotic Machine Tending, Built Around the Process
Manufacturing Challenge
Client
Date
My Role
Kawasaki, Mitsubishi & More: Platforms Selected for Your Process
Answers to Common Automation Questions
Explore how a custom robotic system moves from application evaluation to production and ongoing support.
How do we know whether our process is a good fit for robotics?
We evaluate the part, cycle time, production volume, handling requirements, available space, and current workflow. That assessment helps determine whether a robotic cell is practical and what equipment the complete solution would require.
Can a new robotic cell work with our existing equipment?
Yes. We can design interfaces to existing machines, conveyors, PLCs, and production systems. The integration plan accounts for equipment signals, material flow, physical constraints, and operator access.
How is operator safety addressed?
Safety is considered during cell design, not added at the end. We engineer guarding, access points, safety controls, and operating sequences around the application and its applicable requirements.
Will the system be tested before it reaches our facility?
We plan factory testing to verify the assembled equipment, controls, robot programs, and key operating sequences before shipment. Testing also provides an opportunity to identify adjustments ahead of on-site installation.
What happens during installation and commissioning?
Our team installs and integrates the cell with the surrounding process, checks interfaces and safety functions, then tunes operation using production conditions. We work with your team to transition the system into service.
Do you provide operator training and support after startup?
Yes. We train operators and maintenance personnel on system operation and routine troubleshooting, provide documentation, and remain available for technical support as production needs evolve.
Let’s Evaluate Your Production Challenge
Tell us what you need to automate. Share your current process, parts or materials, target cycle time, existing equipment, and any space or safety constraints. We’ll use those details to start evaluating a custom robotic system built around your operation.