
Problem Solved — Ohio Body Shop Improves Efficiency With the Help of Air Quality Grant
A new paint booth can significantly increase throughput — from providing more working area in the booth to shortening cycle times and allowing more cycles
Reducing curing times in finishing operations is crucial for enhancing productivity and streamlining processes. GFS is committed to providing high-quality, efficient finishing solutions that enable businesses to improve their finishing operation. In addition to efficient curing in our paint booths and ovens, we offer two accelerated curing system options. Using controlled turbulent airflow, the AdvanceCure Accelerated Airflow System is designed to be integrated into our automotive paint booths to reduce drying times. REVO Accelerated Curing Systems use short wave electric infrared technology to rapidly cure filler and coatings from the inside out.
Improve your paint shop efficiency without having to overhaul your space with REVO Accelerated Curing Systems from Global Finishing Solutions. The revolutionary technology cures filler and coatings quickly from the inside out, offering the fastest curing time in the industry for both prep and paint processes.
Designed to help body shops be more productive, efficient and profitable, the AdvanceCure Accelerated Airflow System from GFS greatly reduces the amount of time needed to dry any type of base coat — be it waterborne or solvent-based.
A new paint booth can significantly increase throughput — from providing more working area in the booth to shortening cycle times and allowing more cycles
Waterborne paints have been a hot topic in the automotive refinish industry for a long time. Of course, the actual development of the paints, as
The Abra Brainerd body shop layout is the quintessential shop floor layout for dealerships looking to maximize efficiency. Their body shop features a GFS Side-Load Finishing System, complete with an Ultra XD Paint Booth, dual-bay Ultra XD CTOF Booth and a REVO Speed unit that can be easily positioned and moved between bays.