Accessories Software SmartProfile
3D X-Ray CT Scanner SHR-CT-50 Example:Measurement of Plastic tower Size (LxBxH): 500 × 400 × 310mm Weight: ca 50kg Explanation: SHAKE CT SHR 50 is designed for 3D measurement and workpiece analysis as well as it is designed for crack-finding.With the 3D-Röntgen-system, it i....
SmartProfile Graphical User interface Part Model with GD&T callouts Icon-driven navigation Clickable features window Graphical tolerance bars show status of keyfeatures at a glance Magnified analysisof a complex contour Color coded surface profile deviation user control of col....
Rainbow Probe™ is an electro-optical device that measures surfaces without contact by analyzing changes in the optical spectrum as a function of part-to-probe spacing as it scans. White light is emitted from the rainbow probe, reflected light from the part strikes a detector inside the prob....
Feather Probe™ from OGP® provides access to small features that are inaccessible to video measurement or conventional touch probes, or too sensitive to withstand traditional probing forces. Using a 1 mm diameter or less stylus, Feather Probe is able to access truly minute features. Based on a t....
A DRS™ (Digital Range Sensor) Laser Probe on a SmartScope® Flash™, Quest™, ATS, or Apex provides non-contact, high resolution surface contouring to supplement video measurements. As one of the sensors supported by OGP® SmartScope multisensor measurement systems, the metrology s....
Construct a profile tolerance to dictate the optimum position of part for machining Minimize deviations between measured points and a CAD model. Best-fit against a series of explicitly defined, measured points. SmartFit® 3D by Kotem Technologies is a fast, accurate, and reliable 2D/....
OGP® Focus™ Contour Projector® To control the quality of your manufacturing, you need the best tools for the job. And to control costs, you want the best value for your money. The OGP® Focus™ Contour Projector® definitely meets both requirements.Focus is a rugged benchtop unit with a ....
QVI® SNAP™ may be the most productive machine in your shop. SNAP makes complex measurements easily and accurately. Simply place a part on the stage, select the routine, and press Run. Measure anything within its generous 78 mm field of view Native Video™ image processing lets you zoom in ....
SmartScope CNC 250 SmartScope® CNC™ 250 is a compact machine designed for easy access to the XY stage for maximum fixturing flexibility. Its large 250mm X travel makes it the system of choice for measuring critical dimensions of long parts on a benchtop machine. Its heavy cast base and rigid s....
The SmartScope® Flash™ 500 offers all the great Flash features and performance in a large travel bridge-design system. Parts move on a precision DC motor-driven Y-axis stage while the optics assembly travels in the X-axis across a stable bridge cross member. This design assures rapid, smooth....
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Much is being written about lean manufacturing and its benefits.A lean manufacturing process is one where everything flows smoothly; no processes are idle nor are any overwhelmed—there is little or no inventory;machines are not overloaded while others are empty; and the flow of materials is logical without steps being retraced.Lean manufacturing benefits all aspects of a company’s business, extending even to its marketing and customer service. But how does dimensional metrology and quality control fit into a lean process? Consider what makes a measurement system best support lean manufacturing. DIMENSIONAL MEASUREMENTSEvery manufactured part must comply with a design.Whether a part is a freestanding item, or part of a higher-level assembly, dimensions are maintained to ensure its correct operation and performance. Depending on the tolerances involved, any number of measurement originating computer-aided design (CAD) files. At the same time, metrology instrumentation has progressed along several supporting paths. Systems have improved measuring capabilities even while moving from the metrology lab to the shop floor.Many metrology systems also are CNC systems, running specific part measurement programs without operator interaction. Automation in the manufacturing and measuring processes led to continuing productivity increases. As its name implies, continuous improvement, a key aspect of lean manufacturing, continues. One such improvement in the metrology area is in the realm of multisensor measurement systems—systems that use two or more sensor technologies to measure a part in a single setup. Multisensor systems contribute to lean manufacturing processes. |
Much is being written about lean manufacturing and its benefits.A lean manufacturing process is one where everything flows smoothly; no processes are idle nor are any overwhelmed—there is little or no inventory;machines are not overloaded while others are empty; and the flow of materials is logical without steps being retraced.Lean manufacturing benefits all aspects of a company’s business, extending even to its marketing and customer service. But how does dimensional metrology and quality control fit into a lean process? Consider what makes a measurement system best support lean manufacturing.
Read more...Metrology is the science of measurement.It's a very broad topic because so much is measured. In manufacturing, the need to verify and validate dimensions of parts is crucial. These dimensional measurements are done at many stages in the manufacturing process with a range of devices, from simple hand gages to coordinate measuring machines (CMMs).
Read more...More and more companies are offering multisensor measurement systems,yet most of the available information about such systems is with regard to sensor technologies.Although it is helpful to know how different sensors work, it is more important is know how to make use of more than one sensor to improve manufacturing productivity.
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SmartScope Flash CNC 300
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SmartScope MVP 300
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SmartScope Vantage 650
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SmartScope® ZIP 250
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