Measures parts in less than 2 minutes compared to 10-20 minutes for a touch probe CMM.
Non Contact Measurement System
Landau Gage is a world leader in precise measurement solutions with first-class, customer-focused service to add value to your process and inspection needs. Designed to Measure Up. Landau Gage features patent pending new Non Contact Measuring System, capable of measuring parts in less than 2 minutes offering real time results to make adjustments to manufacturing process.
- RMS Roundness
- Sector Roundness
- Sector Center
- Run out
- Min. Circumscribed Circle
- Eccentric Angle
- Center X
- Center Y
- Least Square Circle
- Max. Inscribed Circle
- Final Result – PASS/FAIL
To display the polar graph on a scale value of Microns per Division.
- Center the plot: To center the plotted graph from raw data.
- Show Raw Data: To plot the data without filtering.
- Show Reference Circle: Two concentric circles positioned to enclose the measured profile.
- Plot Inner: Plots the data measured on Inner Circle.
- Plot Outer: Plots the data measured on Outer Circle.
- Master Part: To show the plot of Master Plot.
Entry parts are scanned with different numbers of levels to calculate the mathematical features of the respective level.
Including indicators, air gages, electronic, computerized and visions, bore, height, bench gages and air spindles.
Variable Data Gaging
Variable Data Gages provide a quantitative value for the component. These gages measure the complex characteristic of the part and display numerical measurement that provides an exact calculation to ensure quality and accuracy. Variable gages include Indicator Gages, Electronic Gages, Air Gages and Vision Gages. These types of gaging systems are user-friendly, cost effective and reliable.
Indicator Gages can be used to control critical features such as bore size, feature position, etc. The readings can be used to control the machining operations and verify the process is in control. Indicator gages provide precise and accurate measurement solutions to ensure your critical components are exact.
Bore Indicator Gages
These gauges are used to measure a bore’s size, by transferring the internal dimension to a remote measuring tool.
Height Indicator Gages
These gages are used for determining the height of items.
Functional Indicator Gages
Jet Engine Indicator Gage
Pitch Diameter Indicator Gages
Electronic Gages provide instant and easy to read feedback on critical sizes. Electronic Gages can be indicator, column, or computer style and provide precise, accurate measurement solutions. Electronic gages are known for their ease of use, reliability, flexibility and also have the ability to output additional data for SPC and further processing analysis.
Air Gaging is a highly accurate method of checking tight tolerance features. These gaging systems are user friendly, and reliable for measuring your critical and complex components. Air Gaging can be used to check bores or shafts, where accuracy and repeatability are critical.
Including flush pin, go / no go, positional, thread, sight, fucntional gages and bench gages.
Attribute gages include go / no go, functional and bench gaging systems. These gages measure part characteristics and either accept or reject the part based on accuracy. Attribute gaging is typically used for applications using simple designs. These gages are easy to use, reliable and a cost effective solution to determine the accuracy of your parts.
Go / No Go Gages
These types of gages include flush pin, go / no-go, positional, thread, sight, functional gages, & bench gages. Go / No Go Gages are a cost effective solution for measuring non-critical characteristics of a component and determine if a part is acceptable or not.
Functional Gages are a cost effective and reliable solution to measuring components to determine if they are acceptable or not. These gages are user-friendly and are designed to check the MMC condition of the form to non-critical components.
Functional Bench Gages are a cost effective method of verifying the machining process utilizing Go / No Go standards in to a base mounted Gage.
Solutions for precision engineered.
Providing complete and custom measuring and inspection solutions to industries including automotive, technology and energy.
The supplied components below represent a small cross-section of the design and build projects of Landau Gage Inc. Although we specialize in engine and drive train components, we have designed gages for all types of components across a variety of industries.
Drive Train Components
Including master rings, disk plugs, columns, indicators & computers.
Standard Gage Products
Landau Gage is a provider of industry standard products which include AGD Master Rings, Disks, Electronic Gage Columns and Computers.
AGD Master Rings / Disks
All Master Rings and Disks conform to ANSI standards. All Ring and Disk Masters have traceability to NIST and are available with ISO 17025 Certification.
Columns / Computers
Our columns and computers provide instant feedback to the user, allowing the user to take quick and accurate readings. All systems allow data output, with the computers systems having the ability to collect SPC data in the computer. Cost effective solutions are available for any application.
We utilize tooling and automation equipment designed and built to the highest industrial standards and certified by our manufacturing operations to ISO 9001
Since 1978, Landau Gage has been designing and building creative, cost effective measurement solutions; successfully meeting the many challenges of the industry.
We have over 30 years of experience in the design and development process to ensure that the products you need are designed with reliability, durability and ease of use.
Products & Capabilities
We utilize tooling and automation equipment designed and built to the highest industrial standards and certified by our manufacturing operations to ISO 9001.
You can have confidence in your measurement results because Landau Gage’s metrology lab is ISO 17025 accredited. We hold ourselves to the highest standards of excellence and accuracy in the calibration industry