CSF prides itself on using the most advanced technologies, machines, and experienced personnel to design, develop, and manufacture the worlds best cooling systems. With three privately owned manufacturing facilities, CSF houses the industry’s best machines. Our engineering staff designs many of these machines in-house, giving CSF the innovative edge when introducing new technologies to the industry.
Every CSF radiator is first designed and engineered by our expert technical engineering staff. A blueprint and detail drawings are then produced before any manufacturing ever takes place. Other radiator manufactures or small radiator shops miss this critical step that ensures proper fitment and the highest level of cooling efficiency.
Our 6-stage tube mill is the basis of our advanced all-aluminum radiators. This mill carefully constructs our industry leading
Automated core building machine was designed in-house by one of our expert engineers to remove labor and variability from the aluminum core building process. This allows the quality of our radiator cores to stay consistent and extremely high, resulting in a perfectly made core that is ultra efficient (High Efficiency Core)
CNC machine allowing us to produce the strongest brackets, mountings, and fixtures in the industry. World’s first manufacturer to use this technology for cooling systems (Design & Engineering page)
Brand new all-aluminum brazing oven with advance temperature control and state-of-the-art digital monitoring system
Our newly established welding station is where all our Racing & High Performance radiators are essembled. Our “master” welders are trained every year by Isuzu at their main factory in Japan (Design & Engineering page)
Our newly established polishing center is where every one of our all-aluminum units are completed with our patented “Sho-Stopper™” mirror finish.
Our vibration testing machine is located in our testing facility which also features; leak testing, salt-spray testing, impulse testing, burst cycle testing, and wind tunnel testing.