Capabilities
Assess.
Engineer.
Integrate.
One team from process study through commissioning.
Assess
Establish what should be automated, and what it is worth.
Automation Opportunity Assessment
Process analysis, bottleneck identification, labour-task breakdown and preliminary ROI.
Cycle-Time & Process Study
Rate requirements, motion sequencing and process balancing before design starts.
Engineer
Design the cell as one system rather than a set of purchased parts.
Robot & Cobot Cells
Machine tending, material handling, assembly, packaging, palletizing and inspection.
Flexible EOAT
Custom end-of-arm tooling, interchangeable and modular so one robot covers more operations.
Machine Vision & Sensing
2D and 3D vision for identification, positioning, inspection and Good/NG routing.
Mechanical & Electrical Design
Layout, fixtures, conveyors, control panels, electrical integration and guarding.
Integrate
Prove it, install it, and support it in production.
PLC, HMI & Industrial Controls
PLC and motion programming, HMI development, interlocks and integration with existing equipment.
Safety, POC, FAT, SAT & Commissioning
Safety-zone scanning and guarding, proof-of-concept testing, acceptance testing and ongoing support.
Technology we build on
Proven platforms, selected per application — not a single vendor for every problem.
Keyence
Sensing & inspection
2D vision, laser measurement, code reading and safety sensing for in-line verification.
Mech-Mind
3D vision
3D cameras and picking software for randomly positioned parts, bins and mixed loads.
Dobot
Collaborative robots
Cobot cells for machine tending, light assembly and inspection alongside operators.
Omron
Controls & safety
PLC and motion control, HMI, safety architecture and mobile material transport.
Robot brand is a design decision, not a default. We specify what the payload, reach, cycle time and budget actually call for.
How we work
Discover → Analyze → Design → Validate → Integrate → Deliver → Support
Understand the real process
We watch how the work is actually performed — operator movement, bottlenecks, quality and safety risk.
Separate the automatable tasks
What should automate, what should stay manual, and how the two hand off.
Design for utilization
Simplified motion, shorter cycle time and interchangeable tooling so one system does more.
Validate before committing
Simulation, cycle-time study and proof-of-concept trials on the real part.
Build it as one system
Robots, PLCs, HMIs, vision, sensors, EOAT, fixtures and conveyors engineered together.
Commission in production
Success is measured on your floor, at your rate, with your operators.
Support and extend
Built to be reprogrammed or retooled rather than replaced.