Facing seasonal labor shortages, Pearl Crop automated palletizing with rented FANUC robots, increasing throughput, improving safety and creating workforce flexibility.
With limited floor space and tight labor availability, Inland Packaging used a custom FANUC robotic cell to cut line staffing in half and surpass key performance goals.
Thogus eliminated a production bottleneck, increased output by up to 25% and improved manufacturing flexibility with a custom robotic drilling system powered by FANUC robots.
Pointe Precision machines mission‑critical aerospace parts with ultra‑tight tolerances. To ensure flawless, scalable precision, they use automation where failure isn’t an option.
RC Industries improved finish consistency and reduced manual sanding strain by implementing an automated solution with Complete Solution Robotics and Notre Dame’s iNDustry Lab.
BelleFlex boosted production 10x by automating disc spring inspection with FANUC robots — replacing slow, inconsistent manual checks with fast, precise, and reliable quality control.
Mrs. Gerry’s partnered with FANUC integrator Delkor to automate a labor‑heavy packaging line — boosting throughput, cutting labor, and reaching full production in just 10 days.
By automating with a FANUC CRX cobot, RMR Solutions boosted packaging output, improved ergonomics, cut turnover, and built a scalable foundation for future growth.
With demand rising and manual brake press work posing safety risks, Thunder Creek partnered with The Way Automation to deploy a FANUC R‑2000 robotic cell, improving throughput and consistency.
Facing labor shortages and inconsistent finishes, Gupta Permold automated beam sanding with a robotic cell — boosting throughput, improving surface quality, and reducing hands‑on labor.
Discover how robotic beveling transformed Sydor Optics’ manual process, freeing employees for higher‑value work while reducing rework and increasing overall throughput.
Learn how Zenni Optical increased fulfillment throughput by 80% by deploying AI‑powered robotic bagging with advanced vision — cutting manual steps and achieving near‑zero errors.
Learn how Regal Finishing increased throughput by up to 133%, reduced painters by half, and improved first‑run quality with a fully automated robotic paint line.
Discover how Northern Kentucky Machine uses robotic machine tending to extend unattended runs, boost productivity, and scale without adding headcount.
See how automated stone cutting helped Southern Stone Surfaces achieve precise, detailed countertop cuts while improving efficiency and expanding production capacity.
To overcome skilled welder shortages, Steelway Building Systems adopted robotic beam welding — boosting throughput, redeploying labor, and positioning the operation for scalable growth.
By deploying intelligent robotic harvesters, Westburg Greenhouse reduced reliance on manual labor, improved efficiency, and created a scalable path for greenhouse automation.
By adopting robotic sanding, Cripps & Sons transformed a labor‑intensive bottleneck — reducing costs, improving finish quality, and scaling production without sacrificing craftsmanship.
By automating CNC machine loading and unloading, CNC Machine Products doubled production, achieved 100% quality, and freed employees for higher‑value work.
By adopting CNC rotary transfer machines with robotic tending, Mitotec Precision boosted throughput, improved accuracy, and reduced secondary operations on titanium parts.
To improve dock safety in extreme heat, Saddle Creek deployed an AI‑powered mobile robot to automate unloading — cutting labor needs, increasing throughput, and eliminating unloading injuries.
Robotic grinding helped Lawrence Brothers lower rework, save costs, and transform a difficult manual job into a safer, more sustainable operation for its workforce.
Facing DC congestion and labor-heavy depalletizing, GNC partnered with AWL to deploy FANUC R‑2000 robots, smoothing product flow, improving consistency, and freeing employees for higher-value work.
AI-powered robotics transformed Lakeside Book’s depalletizing — beating human speeds, handling mixed-case variability, easing labor strain, and eliminating 45M+ lbs of lifting.
