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Measurement Tools for Machining
Measurement tools are used to verify that a part’s dimensions conform to required tolerances. They include calipers, micrometers, gages, CMMs and profilometers.
Phillips Corporation
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Phillips Corporation - Education
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View MoreESSENTIAL READING
VIEW ALLHow to Evaluate Measurement Uncertainty
Manufacturing and measurement are closely coupled. An important consideration for the use of measurement results is the associated measurement uncertainty. This article describes common metrology terms and provides an example uncertainty analysis.
Read More6 Machine Shop Essentials to Stay Competitive
If you want to streamline production and be competitive in the industry, you will need far more than a standard three-axis CNC mill or two-axis CNC lathe and a few measuring tools.
Read MoreHow to Choose the Correct Fixed-Body Plug Gaging Solution
The two types of fixed-body plug gages are both accurate, fast and easy to use. Consider these factors when selecting one for your gaging application.
Read MoreRethink Quality Control to Increase Productivity, Decrease Scrap
Verifying parts is essential to documenting quality, and there are a few best practices that can make the quality control process more efficient.
Read MoreHow to Calibrate Gages and Certify Calibration Programs
Tips for establishing and maintaining a regular gage calibration program.
Read MoreHow to Choose the Correct Measuring Tool for Any Application
There are many options to choose from when deciding on a dimensional measurement tool. Consider these application-based factors when selecting a measurement solution.
Read MoreLatest Measurement News And Updates
LK Metrology Blue Laser Scanner Enhances Inspection Accuracy
LK Metrology’s L100NX scanner with advanced blue laser technology offers precision and efficiency for aerospace and automotive applications.
Read MoreHow Confocal Technology Revolutionizes Optical Metrology
Confocal technology takes optical measurement to the next level, enabling nanometer precision for roughness, topography and form measurements.
Read MorePutting the "Plate" Gage to Use
How do you measure tight-tolerance parts on a plate gage without stumbling into subtle errors? George Schuetz explains his process.
Read MoreNikon Digital Camera for Microscopes Enables High-Definition Imaging
Nikon Corp. introduces the Digital Sight 100 digital camera, which offers high-level color reproducibility and compatibility with industrial microscopes and measuring microscopes.
Read MoreMaking the Most of Your Metrology
Metrology peripherals can help your shop develop useful new capabilities and improve your throughput. But effective improvements require more than just equipment — Ken Myers of Mitutoyo discusses the technology, software and philosophy behind better metrology workflows.
Read MoreSurface Texture Measurement for the Unseen World
With newer structures frequently requiring nanometer-scale dimensions, more surface analysis is required. Optical noncontact surface analysis can provide the magnification required for these measurements during development and for in-process measurements.
Read MoreFeatured Posts
Inspection Data Drives Engineering Insights
For Flying S, Verisurf is more than inspection software — it’s a source of data for engineering, manufacturing and customers, as well as a common platform to communicate that data.
Read MoreAn Indicating Snap Gage Primer
The variable snap gage, with its built-in features and combined with modern digital readout devices, offers a sound and easy-to-use tool for controlling critical diameters.
Read MoreMeasuring Distance With Surface Texture Systems
Defining and monitoring the surfaces of mated parts is crucial to ensuring they function properly together.
Read MoreGear Surface Texture Is More Important Than Ever
The interactions of gear surfaces are becoming increasingly important in applications such as automotive electric motor drive systems and aircraft turbines.
Read MoreMachined Part Geometry Measurement
Uncertain about uncertainty? Having trouble remembering the difference between accuracy and precision? Read on to review key metrology terms relevant to the ISO Guide to the Expression of Uncertainty in Measurement (ISO GUM).
Read MoreMeasuring Tighter Tolerances With a 3-Point Precision Bore Gage
For lower volumes and a wide variety of bore checking, three-point (or tri-bore) gages offer a high-precision, cost-effective solution.
Read MoreFAQ: Measurement
What is a caliper?
Calipers, which can be Vernier, dial or digital, are versatile tools for basic length measurement. They can be used on the shop floor, in the inspection room or even in the home by hobbyists.
Source: Caliper Tips And Tricks
What is a micrometer?
A micrometer consists of two opposing surfaces, a stationary anvil and a moveable spindle. On most micrometers, these hardened steel or carbide-tipped contact surfaces are flat. However, micrometers can also be equipped with contact tips with unique forms for measuring special part characteristics.
Convenience is one of the reasons the micrometer is often the tool of choice for length/diameter measurements. The basic micrometer provides direct size information quickly, has high resolution and is easily adaptable to many different measurement applications.
What is a gauge?
Gages are indirect reading instruments. The measurement units live not on the scale but off-site (for example, in a calibration room), and a master or other standard object acts as their substitute. The workpiece is compared against the master and only indirectly against the measurement units. The gage thus evaluates not the dimension itself, but the difference between the mastered dimension and the workpiece dimension. Examples of these comparative gages include an adjustable bore gage, mechanical snap gages or bench stands with dial indicators.
Gages tend to be faster and more accurate than measuring instruments. This is because they are dedicated to a particular size, and over their short range, they produce higher resolution and hence, greater accuracy.
What does CMM mean?
A coordinate measuring machine (CMM) is a measurement tool that consists of a motion system, a probing system, a computer and measurement software.
Source: Machining 101: What Are Coordinate Measuring Machines?
Measurement Supplier Categories
- Flatness Measuring Equipment
- Gages, Mechanical
- Gages, Electronic/Digital
- Laser Measurement Systems
- Calibration Equipment
- Comparators, Optical & Other
- Surface Finishing, Measurement Equipment Used For
- Data Collection Devices for Gaging, SPC, etc
- Coordinate Measuring Machines
- Coordinate Measuring Machines
- Roundness Measuring Equipment