288-RVP-X5602 Retro-Fit Valve Pack assembly including: a) Air in-line filter b) Air in-line pressure regulator (adjustment for marking depth) c) Air in-line lubricator d) (1) Numatics brand 4way air valve, 120VAC e) Air lockout shutoff valve (OSHA required) f) NEAM 12 juntion box g) All components pre-piped with all switches Read more…
1/8″ Custom Logo CMH13- Logo Simple R-Buster plus series hand stamp featuring: *5″ long shank for easy grip *Double pass super cut characters for extra clarity and depth *HC custom heat treat for durability *Safety end (soft hammer end) for reduced chipping * 1/8″ Characters Your logo would be: 1/8″ Read more…
CMH25- Logo Mudium R-Buster plus series hand stamp featuring: *5″ long shank for easy grip *Double pass super cut characters for extra clarity and depth *HC custom heat treat for durability *Safety end (soft hammer end) for reduced chipping * 1/4″ Characters Your logo would be: ¼” Stamp with Amf Read more…
Marking Tools provides 3D configurable marker models online for easy integration. Columbia When it comes to integration, ordering the correct marker for the job is always a must. It begins with the mark. While a number of solutions may be used for a given marking legend, other factors have to Read more…
COLUMBIA MARKING TOOLS EXPANDS BOTTLE MARKING LINE TO INCLUDE BOTH ROLL AND PEEN MARKING TECHNOLOGIES
Peen marking adds new technology to accommodate thin walled and lighter weight type commercial bottles.
For over twenty years, Columbia Marking Tools has been designing and building special production roll marking machines for commercial metal bottles and cylinders that range from 14 to 81-inches in length and from 3 to 8-1/2-inches in diameter. These heavy-duty machines are able to mark up to 55 characters per line in either a 1/4 or 5/16-inch character size. Cycle times are typically from 7 to 20 seconds, depending on the number of characters to be marked.
The basic design of the roll marking machine features a horizontal wing base that mounts the hydraulic roller details that trap the bottle between a back-up and the hydraulic marking head. Proper positioning is determined by locating off the conical nose end of the bottle. When properly located, the roll marker contacts the bottle surface and begins the roll marking process to the predetermined length of the mark. Hydraulic marking pressure settings are determined by the character size and depth of mark. The key to achieving a uniform, legible mark on this type of a curved surface is the utilization of a roll marker that has two sets of the same mark in different holders in the marker roll. The marks are at different angles. When the roll completes the first pass, it rolls back at the second angle to finish the mark.
Now, Columbia Marking Tools programmable peen marking technology to the same type of bottle marking machine design giving them more capability for bottles and cylinders with thinner walls and softer materials.
NEW COLUMBIA LOW-COST PROGRAMMABLE BENCH TOP PEEN MARKING SYSTEM DESIGNED FOR USE BY RACING SHOPS Just hook the system up to a PC, load the software, connect an air line and it’s ready to go. Columbia Marking Tools , have introduced a new Read more…
SPECIAL COLUMBIA CNC MATRIX.2D™ PEEN MARKING MACHINE ANSWERS THE NEED FOR PLACING LOGOS, PART NUMBERS AND 2D MATRIX CODES ON AUTOMOTIVE FUEL RAILS When a leading automotive fuel rail supplier was looking for a level of programmable marking capability that could combine the placing of logos, part numbers and Read more…
Laser Marking – TOOLING Automation As each part of the manufacturing process is viewed in detail for additional costs savings, tooling goes under a microscope. While some companies focus on the cost of the tooling, others focus on the amount of changeover time and longevity. A compressor manufacturer Read more…
Reliability of reading two-dimensional matrix codes by vision scanners has been the initial focus of this new identification technology. Cast surfaces pose some particular problems, but actually imprinting readable two-dimensional codes quickly and cost-effectively on hard, soft, or rough surface materials is key to the technology’s success. Andy Habedank Application Read more…