PM Blog
FARO TrackArm
The FARO TrackArm is a portable, computerized measurement device that creates a 3-D “blueprint” of large objects and parts by combining the 230-foot range of the FARO Laser Tracker with the flexible reach of the FaroArm. As the user guides a mirrored target over the object’s entire surface, the Tracker emits a laser beam that is reflected back from the target, allowing the system’s laptop computer to simultaneously draw and record all of its 3-D measurements. For measurements outside the Tracker’s line of sight – even around corners and inside parts – the user guides the FaroArm’s tip over the obstructed areas in order to capture the dimensions seamlessly within the same measurement file as the Tracker data.
Read MoreFARO’s New TrackArm Extends “Measure Anywhere” Capability
FARO Technologies, Inc. , the world’s single source for a complete line of portable CAM2 solutions, has released the TrackArm: two of its top-selling portable coordinate measuring machines (PCMMs) in a single package that operate together seamlessly thanks, in part, to a specially designed laser target assembly. The FARO TrackArm unites the FARO Laser Tracker, which has a range of up to 230 feet, with the Platinum FaroArm – the original and only long-reach, six-degree-of-freedom probe on the market.
Read MoreFARO ScanArm
The ScanArm is a portable, computerized measurement device that creates a highly detailed, 3-D “blueprint” of practically any object, product or part. As the user guides the Arm’s tip or scanning laser beam over the entire surface, the system’s laptop computer draws and records all of the 3-D measurements. Engineers and designers use the data to reverse-engineer, improve or create new parts and products, or improve how they’re made - for improved production efficiency and decreased time to market.
Read MorePlatinum FaroArm
The FaroArm is a portable, computerized measurement device that creates a 3-D “blueprint” of a part or of machine components that make parts. As the user guides the FaroArm’s tip over the surface of the object, the system’s laptop computer simultaneously draws and records all of the 3-D measurements. Engineers and designers use the data to reverse-engineer, improve or create new parts and products – or improve how they’re made.
Read MoreNew FARO PowerGAGE Arms On-Machine Inspection Market
FARO Technologies, Inc. [NASDAQ: FARO], the world’s single source for a complete line of portable CAM2 solutions, has released the FARO PowerGAGE – a new measurement device that adds CAD-to-part analysis capability to its FARO Gage product line. FARO President and Co-CEO Jay Freeland said: “It is a tremendous opportunity, as this is the only portable measurement device that enables manufacturers to verify that a part meets the CAD file’s specs to within .
Read More“American Chopper” Rides with FARO
FARO Technologies, Inc. , the only company with a complete line of portable 3D coordinate measurement systems for the Computer-Aided Measuring (CAM2) market, announced it has signed a shop support agreement with Orange County Choppers (“OCC”) – the custom motorcycle shop featured on The Discovery Channel’s popular show “American Chopper”. The agreement came about when OCC Artist/Designer Jason Pohl had a chance to use one of FARO’s portable CMMs, the Platinum FaroArm.
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No Touch Up Needed For ER Collet Tools
Downtime, long setup times and hiring skilled employees for night shifts are some of the problems every shop has. In its shop, American Torch Tip has completely integrated the quick-change tool system and drastically reduced those problems by developing a system that will go in any ER-style holder. Tools can now be preset off the machine, during the first shift and while the machines are running.
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Integrating Machining Centers Into The Work Flow
Often, the need for post-process machining becomes a bottleneck in the production shop. The high-volume primary machines often outpace the ability of secondary equipment to keep up. Here’s how one shop revamped its work flow to achieve production balance with a minimum investment.
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Expanding On Honing Options
While available both in horizontal designs and vertical designs, three different machining methods are used for honing operations. The most common method, effective on a range of diameters and materials, uses multistroke machines to hone with one or more abrasive stones attached to a single rotating spindle.
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PMPA Members Pitch In To Buy CNC Lathe For Vo-Tech School
When a vocational school in Mount Joy, Pennsylvania, recently found itself without a CNC lathe, a number of PMPA members and non-members came to the rescue. For years, the Lancaster County Career & Technology Center (LCCTC) served as a local showroom for a machine equipment manufacturer. That arrangement ended last year when the manufacturer sold the last of the lathes and the school didn’t have money budgeted to replace the machines.
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Robotic Deburring Provides Flexible Alternative
The consistent performance and radial compliance of this device is making companies re-evaluate their manual deburring operations.
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The 5 Organizational Foundations Of Just-In-TIme
Having worked with and supplied a number of Japanese transplant manufacturing companies, I was always impressed with the depth of their systems and planning that made just-in-time work for them. Many of us in manufacturing are providing products to our customers on a just-in-time basis, but I wonder if we truly have a solid foundation under our so-called just-in-time systems?
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