End-to-End Robotic Solutions That Deliver

For more than 20 years, manufacturers have turned to McIver Engineering & Controls as their one-stop shop for reliable robotic integration and automation success.

Robotic Automation, Built Around Your Business

At McIver Engineering & Controls, we design robotic solutions tailored to your unique applications, boosting efficiency, safety, and performance across any industry.

Meet the Systems that Deliver

From the Cobot CRX 25iA to the M-410 to the R-1000iA, McIver can automate your end-of-line with almost any configuration. From automotive to pharmaceutical to food, end-of-line robotic McIver has all the experience you need: From case erection, then bag insertion with cuffing, to robotic case filling, case de-cuffing and closure, to taping, labeling, sorting, and finally robotic palletizing – McIver has done it all. Integrating Fanuc, or your brand of robot, is what we do.

Industrial Automation & Control Panel Expertise

Proven systems, Powerful results,
Explore our core solutions today.

Whether you need robotic palletizing, control panels, or full-scale automation, McIver Engineering & Controls provides turnkey systems that deliver measurable success.

Smarter Welding Automation Starts Here

From cobot welding to fully integrated FANUC and Lincoln AutoDrive systems, McIver Engineering & Controls designs automation solutions that work seamlessly in your environment. Our team develops reliable and efficient solutions that enhance productivity and ensure consistent quality—making us the trusted partner for your next project.

Boost Production with Robotic Assembly Automation

Struggling with throughput, efficiency, or downtime on your production line? McIver Engineering & Controls designs custom robotic assembly automation cells built for medium-volume, high-complexity, and multi-SKU applications. Our automation solutions improve safety, increase output, and deliver consistent results across industries. From design to integration, we create robotic systems that maximize ROI and keep your operations competitive.

Smarter Mold and Machine Tending Automation

Manual tending tasks often slow production and expose workers to challenging conditions. McIver Engineering & Controls designs robotic machine tending systems that integrate seamlessly with your current equipment. Our automation boosts throughput by as much as 40%, enhances safety, and enables lights-out production when paired with pre-feeding and post-process solutions.

Custom Robotic Systems for Testing & Inspection

From batteries to motors and microchips, production testing can be complex when relying on manual operator lines. McIver Engineering & Controls designs and builds robotic automation cells with custom feed systems to simplify testing, enhance accuracy, and increase throughput. Our engineers design solutions tailored to your needs, helping you overcome obstacles and optimize production.

Proven Robotic Automation in Action

Industrial Automation Life Sciences

Needle Assembly Automation

COVID provided a instant market change sending many in the system integrator business into a full stop on all existing work to an instantaneous triple output situation for new...

Industrial Automation Industrial Manufacturing

Automated Tube Label Forming

Plants across the globe require plumbing or electrical runs which require proper labeling to identify what is in these conduit or plumbing runs. Our client was like most clients...

Industrial Training Classrooms McIver Workstations

Creating a Multi-Domain Training Environment at Johnson Controls, Inc.

When Johnson Controls (JCI) announced the sale of its historic Milwaukee headquarters in 2021, it sparked the opportunity to reimagine the future of technical training across all business domains...

Your Questions, Our Expertise

Get to Know Robotic Automation

In what types of applications are robots a better choice than fixed automation?

Robotic automation is particularly valuable in applications requiring high throughput, repetitive tasks, or consistent quality control.

What industries benefit most from robotic automation?

Industries such as food & beverage, automotive, pharmaceuticals (life sciences), packaging, pulp & paper, electronics, and consumer goods see significant benefits.

What is industrial robotic automation?

At McIver Engineering & Controls, industrial robotic automation means deploying advanced, programmable robotic systems to handle critical manufacturing tasks—such as material handling, palletizing, welding, assembly, inspection, and packaging.

What are the main benefits of implementing robotic automation?

Our customer experience key benefits, including: increased productivity by reducing cycle times, improved quality and consistency through precision control, enhanced workplace safety by removing employees from hazardous or repetitive tasks, lower operating costs over time due to redcued labor and waste, and scalability to meet changing production demands.

How long does it take to see a return on investment (ROI)?

ROI varies based on the application, production volume, and labor savings. Many manufacturers achieve payback within 12–24 months due to increased throughput, reduced scrap, and labor cost savings.

How flexible are industrial robots?

Modern robots, especially when integrated with vision systems, conveyors, and custom end-of-arm tooling, are highly adaptable. They can be reprogrammed and retooled to handle new products, packaging formats, or processes without extensive downtime.

Robotic Automation Blog & Industry Insights

Explore articles on industrial automation, robotic palletizing, end-of-line packaging, and FANUC robotic systems. McIver Engineering & Controls shares expertise, case studies, and best practices to help manufacturers improve productivity, safety, and ROI.

How to Select the Right Automated Palletizing and Depalletizing Solution for Your Operation

In today’s competitive manufacturing environment, automating material handling has become essential for improving efficiency, reducing manual labor, and maintaining product consistency. Choosing the best palletizing and depalletizing system requires more

How Assembly Line Robots Help Manufacturers Optimize Workflow

In today’s competitive manufacturing landscape, accuracy, consistency, and efficiency define success. As global markets demand higher output and uncompromising quality, manufacturers are increasingly turning to industrial automation to stay ahead.

How Handling Solutions Maximize Industrial Productivity

In today’s manufacturing environment, efficiency and precision define success. Industrial automation has become the cornerstone of modern production, and leading robotic automation companies are helping manufacturers achieve new levels of