Revolutionizing Robotics and Metal Shaping with Rocketman Coatings' QLC™
At Rocketman Coatings, we're thrilled to expand our innovative QLC™ (Quartz-Like Ceramic) low-friction coating services into the dynamic worlds of robotics and metal shaping tooling. This ultra-thin, permanently bonded ceramic film—measuring just 0.00005 inches thick—transforms ordinary components into high-performance assets without altering tolerances or requiring ongoing lubrication. By embedding proprietary rare earth materials through our "Force Altered" technology, QLC™ creates a self-lubricating surface that's slicker than molybdenum disulfide and even further reduces friction under pressure. Whether you're battling friction in robotic joints or ball and socket plungers, QLC™ delivers measurable gains in efficiency, durability, and cost savings, helping manufacturers scale production while slashing downtime.
In robotics, where precision movement is paramount, QLC™ shines on critical components like roller balls, sockets, grippers, and bearings. These areas often suffer from friction-induced heat, wear, and energy loss, leading to frequent servicing and reduced operational speed. Applied to these parts, QLC™ minimizes sliding resistance, enabling smoother, faster motions that boost throughput by up to 20-30% in automated assembly lines. For metal shaping operations—think forging, stamping, and extrusion—QLC™ coats sockets, roller balls, plain bearings, and punches to combat galling, cold welding, and abrasive forces. This not only extends tool life by 3-5 times but also reduces forming forces, yielding higher-quality parts with flawless surfaces and fewer rejects. The result? Shorter machine service intervals, lower energy consumption, and a greener footprint, all while unlocking new levels of productivity for your operations.
Key Features and Benefits of QLC™ for Robotics and Metal Shaping:
Ultra-Low Friction & Self-Lubrication: Reduces coefficient of friction by 50-70%, eliminating the need for wet lubricants and preventing buildup in dusty or chemical-heavy environments—ideal for robotic grippers and shaping dies.
Extended Component Life: Boosts wear resistance and hardness, cutting tool replacement costs by 40% or more and minimizing unplanned downtime for roller balls and sockets in high-cycle production.
Precision Without Compromise: Thin-film application maintains exact tolerances, ensuring seamless integration into existing robotic arms or metal forming presses without retooling.
Enhanced Production Efficiency: Lowers energy use and heat buildup, allowing faster cycle times and higher output—perfect for scaling robotic automation or high-volume stamping runs.
Superior Durability in Harsh Conditions: Helps resist corrosion, chemicals, and extreme pressures, making it a go-to for outdoor robotics or hot-forming tooling, with no flaking or delamination over time.
Ready to friction-proof your operations? Contact Rocketman Coatings today for a custom QLC™ consultation and see how we can propel your robotics and metal shaping projects to new heights. 877-389-0440
Our processes and materials are cutting-edge and have been proven in the most extreme environments. We embed our proprietary materials into your part. This changes the materials surface structure and creates a permanent low friction surface on your part. It will never flake, chip or delaminate since it is permenantly bonded, thereby making it an entirely new surface.
We use a proprietary technology called “Force Altered” under license from Force Altered Technologies, Inc. The same technology being provided to the aerospace and military industries.We also use proprietary blends of Rare Earth materials to obtain our fantastic extreme pressure durable low friction coatings.
