spark deposition

Rocklin Manufacturing Products Spotlighted in Industry Publications Posted by Ross Rocklin in Rocklin Mfg on 5/14/2025 We were recently featured in Fabricating and Metalworking, Machining World Express, and MoldMaking Technology, showcasing our commitment to portable marking, carbide coating, and fiber laser cleaning. Here’s a look at how our portable solutions are conquering inefficiency. Read More

90 Years, 90 Customer Applications Posted by Ross Rocklin in Rocklin Mfg on 2/27/2024 As we celebrate our 90th year in business, we’re highlighting 90 cost saving applications from our portable products, all engineered to lower your costs, maximize efficiency, and give you a competitive edge. Feel free to check the math! Read More

2023 Recap: Welcome to the 90s Posted by Ross Rocklin in Rocklin Mfg on 12/18/2023 As we approach our 90th(!) year in business in 2024, we wanted to take a step back and briefly reflect on an eventful 89th. Here’s a quick summary… Read More

The Benefits of Electrospark Deposition (ESD) and How The Rocklinizer® Puts the Power in Your Hands Posted by Ross Rocklin in Rocklin Mfg on 3/8/2023 Electrospark deposition (ESD) is a process that involves the use of an electric spark to deposit material onto a surface. This process has several benefits over traditional manufacturing techniques, making it a valuable tool in a variety of industries. Read More

IMTS 2022: 90-Second Recap Posted by Ross Rocklin in Rocklin Mfg on 9/22/2022 We were excited to be back at IMTS Chicago, the first IMTS in four years! We demoed four portable products to conquer inefficiency, including the Rocklinizer Carbide Application Equipment, MoldMender Micro Welder, FlyMarker Battery-Operated Dot Peen Marking Units, and MobiLase Portable Fiber Laser Markers. Read More

Frequently Asked Questions About Rocklinizing Posted by Ross Rocklin in Rocklin Mfg on 5/18/2022 From advantages to power use settings, we take a look at some of the most frequently asked questions when it comes to the Rocklinizer. Read More