Transformative Factory Information Systems (FIS)

Taking factory automation to the next level
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High Tech Manufacturing with Real-Time Data

While increasingly more manufacturers are adopting factory robots in their facilities, those manufacturers who want to take their factory automation systems to the next level are seeking out system integrator companies to combine tech with their capital equipment. Using global systems integrators to implement strategies to capture valuable manufacturing data, manufacturers can produce better products and make smarter business decisions. Wes-Tech does just that by integrating factory information systems (FIS) with automation solutions to modernize manufacturing operations.

When it comes to high tech manufacturing, FIS integration provides real-time data and insights for improved decision-making, business agility, operations responsiveness, and risk mitigation.

Seamless Information Systems Integration

We ensure seamless data flow through your manufacturing process with information systems integration by connecting corporate ERP systems down to plant floor devices. Wes-Tech's supervisory control and data acquisition—or SCADA integration—monitors and controls manufacturing processes by collecting real-time data from sensors and equipment.

Because our expertise extends to a wide range of factory automation hardware, including programmable logic controllers (PLCs) and operator interface terminals (OITs), our integration is smooth and promotes optimal performance in your factory processes.

We also perform legacy system upgrades. By upgrading older equipment to new platforms, you can improve performance and extend the life of existing systems.

Learn how Wes-Tech delivered ERP systems integration using DFAA and innovative custom automation solutions in our Motor Drive Manufacturer case study. 

READ CASE STUDY

Precision Laser Marking Solutions

Laser marking boosts data visibility, quality, and efficiency within manufacturing systems. By providing unique, permanent marks on components, this non-contact method of marking is valuable for part identification and traceability in crucial quality control functions. Laser markings are permanent and precise, and because laser marking is non-contact, tool wear and tear is minimal and material damage is avoided.

Consistent Automated Part Marking

Automated part marking systems improve overall process control. From pneumatic-impact marking, to paint-dot marking, to rubber-stamp-and-pad printing, component-level marks make traceability possible in final assemblies. Consistent, accurate markings reduce errors during assembly, aid in process verification to indicate completion of various steps, and demonstrate compliance with regulatory requirements.