Three of the platforms we integrate most often, compared the way a buyer should think about them: not by brand loyalty, but by payload, speed, safety, footprint, and the job in front of you. FANUC brings the broadest lineup and the deepest installed base. Kawasaki is built for rugged, high-speed handling and heavy payloads. Universal Robots leads on collaborative, easy-to-deploy automation. CSM Robotics integrates all three and recommends by application, not by house brand.
FANUC offers the widest robot range of any manufacturer, from small tabletop arms to high-payload models, backed by the largest installed base in the world and mature vision and force-sensing options. It is the safe default for high-volume, high-reliability production and for plants that want long-term parts and support availability. CSM Robotics applies FANUC to machine tending, palletizing, welding, and material handling where uptime and duty cycle matter most.
Kawasaki robots are known for rugged, high-speed handling and strong performance at heavy payloads and long reach. They are a natural fit for palletizing, press tending, material handling, and arc welding in demanding duty cycles. Where a line runs hard and parts are heavy, Kawasaki is often the most cost-effective arm for the job.
Universal Robots are collaborative robots: lightweight, force-limited arms that can often run without fencing after a risk assessment, and that are fast to program and redeploy. They suit high-mix, lower-volume work, tight footprints, and tasks close to operators, such as machine tending, light assembly, inspection, and cobot palletizing. They trade speed and payload for flexibility and a lower entry cost.
The industrial platforms, FANUC and Kawasaki, win decisively on payload, speed, and reach, which is what you want for high throughput and heavy parts. Universal Robots deliberately caps payload and speed to stay collaborative. If cycle time is tight or parts are heavy, an industrial arm is usually the answer; if flexibility and proximity to people matter more, a cobot is.
FANUC and Kawasaki industrial arms run inside guarding, light curtains, or interlocks, which take space and add cost but enable full-speed operation. Universal Robots can often run fenceless after a risk assessment, saving floor space and letting operators work alongside the robot. FANUC also offers CRX collaborative models when a cobot is preferred on its platform.
Universal Robots is the easiest to program and move between jobs, which is part of why it wins in high-mix shops. FANUC and Kawasaki use more capable but more involved programming suited to fixed, high-volume cells. The more often a cell changes over, the more a cobot's ease of redeployment pays off.
Cobot cells generally cost less up front and redeploy cheaply; industrial cells cost more but drive cost per part lower at high volume. The right comparison is cost per part over the life of the cell, not the sticker price. See our cost and payback guide for how the math works.
We are brand-agnostic and integrate FANUC, Kawasaki, and Universal Robots, along with Flexiv and Peer mobile robots, so our recommendation follows your part, volume, cycle time, and floor space rather than a house brand. Send us the part and the volume and we will tell you which platform fits, the cost, and the payback.
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