Robotics & Intelligent Automation

Building America’s Robotics Capabilities

FROM CONCEPT TO PRODUCTION

Our path to production

Validate robotics and automation concepts through feasibility studies, technology roadmapping, and proof-of-concept development to ensure technical and operational viability. 

  • Product and technology roadmapping 
  • Automation concept and feasibility 
  • Mission and risk analysis 
  • Proof-of-concept prototypes development 
  • Trade study analysis execution 
  • Technical feasibility assessment 
  • Requirements validation workshops 
  • Technology gap identification 

Define system architecture and technical requirements that align automation goals with operational needs while minimizing integration complexity. 

  • Systems engineering and architecture 
  • Requirements analysis and specification 
  • Automation system architecture design 
  • Robotic cell integration planning 
  • Control strategy development 
  • Interface control documents 
  • Network architecture design 
  • Preliminary design reviews 

Develop complete engineering models, control systems, and documentation for robotic systems optimized for performance, reliability, and maintainability. 

  • Detailed CAD design models 
  • Control panel design documentation 
  • Motion planning and trajectory design 
  • Simulation and digital twin development 
  • Power distribution circuit design 
  • Custom component and subsystem design 
  • Wire harness design engineering 
  • Manufacturability for Design (MFD) reviews

Verify that robotic components and automation systems meet performance specifications through simulation, prototype testing, and validation. 

  • Prototype system builds 
  • Performance analysis and optimization 
  • Simulation validation testing 
  • Control strategy verification 
  • Sensor and device testing 
  • System load and throughput testing 
  • Safety system validation 
  • Documentation and compliance verification 

Integrate mechanical systems, electrical controls, sensors, and software into complete automation platforms while validating interfaces and functionality. 

  • Custom mechatronic assembly integration 
  • Industrial automation systems integration 
  • Sensor and device integration 
  • SCADA/HMI system integration 
  • Edge connectivity and IIoT enablement 
  • Vision system integration 
  • Robotics programming and commissioning 
  • System functional testing 

Validate complete robotic systems to meet customer requirements and operational standards through factory acceptance testing and site commissioning. 

  • Factory acceptance testing (FAT) 
  • Site acceptance testing (SAT) 
  • Performance validation in operational conditions 
  • Safety and compliance verification 
  • Operator training and documentation 
  • System reliability testing 
  • Quality assurance validation 
  • Production readiness transfer 

Develop and prove automation processes, control systems, and manufacturing procedures to meet production and quality standards. 

  • Automation process flow development 
  • Control system programming procedures 
  • Custom equipment fabrication processes 
  • Assembly and integration procedures 
  • Testing and inspection protocols 
  • Critical process parameter definition 
  • Process capability studies 
  • Quality control plan development 

Establish automation infrastructure, control systems, and manufacturing capabilities required to scale robotic and intelligent automation production. 

  • Custom machine design and fabrication 
  • Robotics and material handling systems 
  • PLC, SCADA, and HMI development 
  • Control panel fabrication and testing 
  • Custom equipment procurement 
  • Operator training and work instructions 
  • Quality system implementation 
  • Facility layout and infrastructure planning 

Execute pilot builds of automation systems and robotic platforms to validate manufacturing readiness and optimize processes. 

  • Pilot automation system builds 
  • Control system validation 
  • Custom equipment testing 
  • Assembly process validation 
  • Quality assurance testing 
  • First-article inspection data 
  • System integration troubleshooting 
  • Manufacturing readiness demonstration 

Scale automation and robotics production volume while maintaining quality standards and improving efficiency through process optimization. 

  • Incremental production scaling 
  • Workforce training expansion 
  • Process cycle time optimization 
  • Quality yield stabilization 
  • Automated testing implementation 
  • Lean manufacturing tools 
  • Performance monitoring systems 
  • Target production rate achievement 

Manufacture robotic systems and automation equipment at full-production volume with consistent quality and reliable delivery. 

  • Target production volume execution 
  • Standard operating procedures 
  • ISO 9001 compliance maintenance 
  • Customer delivery schedules 
  • Supply chain coordination 
  • Component lot traceability 
  • Quality control monitoring 
  • Preventive maintenance programs 

Drive systematic improvements in automation systems through data analytics, predictive maintenance, and process optimization. 

  • Real-time performance monitoring 
  • Data-driven process analytics 
  • Predictive maintenance implementation 
  • Automated process adjustments 
  • Continuous improvement feedback loops 
  • System optimization initiatives 
  • Best practice implementation 
  • Customer support and upgrades 

Our path to production

Validate robotics and automation concepts through feasibility studies, technology roadmapping, and proof-of-concept development to ensure technical and operational viability. 

  • Product and technology roadmapping 
  • Automation concept and feasibility 
  • Mission and risk analysis 
  • Proof-of-concept prototypes development 
  • Trade study analysis execution 
  • Technical feasibility assessment 
  • Requirements validation workshops 
  • Technology gap identification 

Define system architecture and technical requirements that align automation goals with operational needs while minimizing integration complexity. 

  • Systems engineering and architecture 
  • Requirements analysis and specification 
  • Automation system architecture design 
  • Robotic cell integration planning 
  • Control strategy development 
  • Interface control documents 
  • Network architecture design 
  • Preliminary design reviews 

Develop complete engineering models, control systems, and documentation for robotic systems optimized for performance, reliability, and maintainability. 

  • Detailed CAD design models 
  • Control panel design documentation 
  • Motion planning and trajectory design 
  • Simulation and digital twin development 
  • Power distribution circuit design 
  • Custom component and subsystem design 
  • Wire harness design engineering 
  • Manufacturability for Design (MFD) reviews

Verify that robotic components and automation systems meet performance specifications through simulation, prototype testing, and validation. 

  • Prototype system builds 
  • Performance analysis and optimization 
  • Simulation validation testing 
  • Control strategy verification 
  • Sensor and device testing 
  • System load and throughput testing 
  • Safety system validation 
  • Documentation and compliance verification 

Integrate mechanical systems, electrical controls, sensors, and software into complete automation platforms while validating interfaces and functionality. 

  • Custom mechatronic assembly integration 
  • Industrial automation systems integration 
  • Sensor and device integration 
  • SCADA/HMI system integration 
  • Edge connectivity and IIoT enablement 
  • Vision system integration 
  • Robotics programming and commissioning 
  • System functional testing 

Validate complete robotic systems to meet customer requirements and operational standards through factory acceptance testing and site commissioning. 

  • Factory acceptance testing (FAT) 
  • Site acceptance testing (SAT) 
  • Performance validation in operational conditions 
  • Safety and compliance verification 
  • Operator training and documentation 
  • System reliability testing 
  • Quality assurance validation 
  • Production readiness transfer 

Develop and prove automation processes, control systems, and manufacturing procedures to meet production and quality standards. 

  • Automation process flow development 
  • Control system programming procedures 
  • Custom equipment fabrication processes 
  • Assembly and integration procedures 
  • Testing and inspection protocols 
  • Critical process parameter definition 
  • Process capability studies 
  • Quality control plan development 

Establish automation infrastructure, control systems, and manufacturing capabilities required to scale robotic and intelligent automation production. 

  • Custom machine design and fabrication 
  • Robotics and material handling systems 
  • PLC, SCADA, and HMI development 
  • Control panel fabrication and testing 
  • Custom equipment procurement 
  • Operator training and work instructions 
  • Quality system implementation 
  • Facility layout and infrastructure planning 

Execute pilot builds of automation systems and robotic platforms to validate manufacturing readiness and optimize processes. 

  • Pilot automation system builds 
  • Control system validation 
  • Custom equipment testing 
  • Assembly process validation 
  • Quality assurance testing 
  • First-article inspection data 
  • System integration troubleshooting 
  • Manufacturing readiness demonstration 

Scale automation and robotics production volume while maintaining quality standards and improving efficiency through process optimization. 

  • Incremental production scaling 
  • Workforce training expansion 
  • Process cycle time optimization 
  • Quality yield stabilization 
  • Automated testing implementation 
  • Lean manufacturing tools 
  • Performance monitoring systems 
  • Target production rate achievement 

Manufacture robotic systems and automation equipment at full-production volume with consistent quality and reliable delivery. 

  • Target production volume execution 
  • Standard operating procedures 
  • ISO 9001 compliance maintenance 
  • Customer delivery schedules 
  • Supply chain coordination 
  • Component lot traceability 
  • Quality control monitoring 
  • Preventive maintenance programs 

Drive systematic improvements in automation systems through data analytics, predictive maintenance, and process optimization. 

  • Real-time performance monitoring 
  • Data-driven process analytics 
  • Predictive maintenance implementation 
  • Automated process adjustments 
  • Continuous improvement feedback loops 
  • System optimization initiatives 
  • Best practice implementation 
  • Customer support and upgrades 

Featured Projects

SELECT Capabilities

PROCESS AUTOMATION & CUSTOM EQUIPMENT BUILD

PROCESS AUTOMATION & CUSTOM EQUIPMENT BUILD

Custom machine design and fabrication for specialized automation applications including assembly machines, test equipment, and material handling systems. From single-purpose machinery to complete automated production lines, we deliver engineered solutions that address unique process challenges, improve throughput, and enable automation where standard equipment falls short.

EMBEDDED SOFTWARE DEVELOPMENT

EMBEDDED SOFTWARE DEVELOPMENT

Real-time embedded software and firmware development across diverse platforms and operating systems, delivering hardware-integrated solutions for control systems, data acquisition, and intelligent product functionality.

MACHINE VISION & QUALITY INSPECTION

MACHINE VISION & QUALITY INSPECTION

2D and 3D vision system design and integration with AI-powered defect detection, dimensional measurement, and robotic guidance. From camera selection through software configuration, we deliver automated quality control solutions that enable 100% inspection traceability, reduce scrap, and provide real-time process feedback.

FACTORY AUTOMATION
& MODERNIZATION

FACTORY AUTOMATION
& MODERNIZATION

End-to-end automation and brownfield modernization integrating robotics, vision systems, material handling, PLC/SCADA controls, and MES connectivity. From single-cell automation to full production line buildouts, we deliver turnkey solutions that scale throughput, improve quality, and enable data-driven optimization, whether building new facilities or upgrading legacy operations.

20k+

Projects Completed For Industrial 
Clients Across the US

5

Market Segments Supported

700+

Complex Automation and Production Systems Delivered

Quality & Compliance Certifications

  • ISO 9001​
  • GCCH​
  • NIST 800-171 Compliant​
  • ITAR Compliant​
  • Control System Integrators Association ​ (CSIA) Certified
  • U and R Stamp Certified for Pressure Vessel ​ Fabrication and Repair ​
  • UL Certified for Industrial Control Panels Fabrication
  • CMMC Level 2

Contact us

Tell Us What You’re Building

Advance your automation capabilities with precision-engineered solutions designed to meet demanding industrial standards. Partner with us to accelerate innovation while ensuring operational reliability, process efficiency, and seamless system integration.