An alternative power source for most of our scanning and straight-line lasers Hamar Laser’s new M-124-LiPO Rechargeable 9V Battery Pack provides an alternate power source to our 9V A/C power supply. The rechargeable battery pack can be used to power most of our scanning and straight-line lasers. Powers all L-730/L-740 Series Scanning Lasers and the…
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The L-702/L-702SP are Class II diode lasers designed primarily for alignment of spindles to sub spindles or tailstocks. They have 2 axes of angular adjustment to align the laser beam to be co-linear the axis of rotation of a spindle in which the unit is mounted. The L-702 Spindle Laser comes in 2 configurations: L-702…
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Analyze and correct machine tool geometry errors – flatness, straightness, squareness and parallelism Hamar Laser’s Machine Tool Geometry Software is designed for machining center alignment. The program is used with our continuously rotating laser systems to measure and analyze the lines of motion of a machine’s main axes. Geometric errors, such as flatness, squareness, straightness and parallelism, are automatically downloaded…
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R-1356-2.4ZB with New Read15 Software Hand-held convenience, wireless communication via the ZigBee®Networking protocol, and multi- purpose Read15 alignment software A powerful, pocket-sized readout The R-1355-2.4ZB uses a rugged, IP 67 PDA combined with our Read15 software to display the data for our A-1519/A-1520 wireless targets and any of our L-730/740 Series rotating lasers. When combined…
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Earlier this summer, I was training one of our new distributors from Central America and we started discussing Fixturlasers since they were a former reseller of those lasers. I was asking them how their system works and what they did for demos. I was pretty amazed to find Fixturlaser’s “rules for demos”: Don’t set the…
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I recently received a question from one of my distributors regarding the stability spec of our bore alignment lasers. The distributor said that their customer complained that the angular stability we specified for the L-708 is too high to make the laser useable at 30 meters. So I had to set him straight on just…
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I received a question from one of our distributors recently on what the “Best Fit Flatness TIR” numbers and “Slopes” mean in our report. So I thought this would be a good topic to discuss here. The best way to analyze flatness data is to use the Least-Squares, Best-Fit (Best Fit or BF) data algorithm,…
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We have been selling auto-rotating laser planes for over 25 years with accuracies down to 0.5 arc secs (.00003”/ft) and we pride ourselves in publishing the complete accuracy specs of our laser planes. I mention this because in our battles with our competition, we have noticed that not all of our competitors agree with this…
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