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Positioning Tables
align test targets with test set using a moving table.
See Also: Positioners, Hexapods, Micropositioners
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Measurement Of Straightness, Flatness, Positioning Uncertainty Of Round Tables
RTM - Measurement Of Positioning Uncertainty Of Indexing Tables
Optik Elektronik Gerätetechnik GmbH
RTM is a software for the measurement of positioning uncertainty of indexing tables using an electronic autocollimator and a polygon mirror as angle reference.
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Measurement Of Straightness, Flatness, Positioning Uncertainty Of Round Tables
ELCOLEVEL - Software For 3D-straightness Measurement
Optik Elektronik Gerätetechnik GmbH
ELCOLEVEL is a software with interfaces to electronic autocollimators and inclination levels of different manufactureres. This allows for example the 3D-Straightness measurement (twist-, roll- and yaw-angle) of slides in one and the same measuring procedure.
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Measurement Of Straightness, Flatness, Positioning Uncertainty Of Round Tables >
ELCOWIN - Software For 2D-straightness Measurement With Electronic Autocollimators
Optik Elektronik Gerätetechnik GmbH
The software ELCOWIN serves for the measurement of straightness, squareness, parallelism of slides and flatness of precision tables by the autocollimation principle. ELCOWIN can be used in connection with electronic autocollimators of the ELCOMAT series from Moeller-Wedel-Optical.
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High Precision Angular Positioning Calibration and Geometry Inspection
LabStandard
Rotary Precision Instruments UK Ltd
Ultra precise rotary tables intended for fine inspection, metrology and test applications.Designed for horizontal and vertical applications with self-locking worm gearing and a high accuracy angular encoder ensures sensitivity and fine positioning for metrology and precision testing.
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Rotary Actuators
A line of of products that combine a high rigidity hollow rotary table with a closed loop stepper motor and driver package. It retains the ease of use of a stepper motor, while also allowing for highly accurate positioning of large inertia loads.
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High Precision Angular Positioning, Calibration and Geometry Inspection
LabStandard DUO
Rotary Precision Instruments UK Ltd
Ultra precise rotary tables intended for fine inspection, metrology and test applications.2 axis design for rotary tilting applications with self-locking worm gearing and a high accuracy angular encoder ensures sensitivity and fine positioning for metrology and precision testing.
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Computer Assisted Microhardness System
C.A.M.S.
Newage Testing Instruments, Inc.
The C.A.M.S. concept starts with a Newage microhardness tester (or competitive microhardness tester), such as our MT91 Series or MS-ZH Series with video camera, combined with our software, personal computer and any required accessories, such as a motorized X-Y-Z axis positioning table.
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Non-Destructive Test Resonant Inspection Station
RAM-TEST-FIXTURE
The NDT Test Station, Model RAM-TEST-FIXTURE Resonant Inspection System is an ideal choice for testing when repeatable manual inspections are required. The innovative Test Station allows precise control of part positioning with an adjustable table ranging up to 6.25 inches (158.75 mm) in height.
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Analytical Gear Inspection Machine for Workpieces Up to Ø 6,000 mm
KNM X series
machine structure with outstanding intrinsic accuracylarge bearing distances of guidesinherently stable granite machine base on active dampers to absorb vibrations ? no foundation requireddrive system close to center of gravitylinear motors in X-, Y-, Z- measuring axeshigh precision air- or hydrostatic bearing rotary tables (diameters from 500 to 1,800 mm) with direct drive and through holemotorized positioning of measuring column (V-axis) to the actual workpiece diameterlaser based system for safe operation
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Parallel Electrode SMD Test Fixture, DC To 3 GHz
16196D
The 16196D surface mount devices (SMD) test fixture offers excellent repeatability and usability, with accurate correlation up to 3 GHz. 16196 series fixtures are custom designed to fit specific SMD sizes (see table below), and provide repeatable DUT positioning with reliable contacts to enable stable measurement results – reducing the possibility of operator-induced error. Traditionally, SMD inductor evaluation up to 3 GHz has been difficult to implement – now with the 16196 series, it’s easy to perform accurate and repeatable measurements.
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Parallel Electrode SMD Test Fixture, DC To 3 GHz
16196C
The 16196C surface mount devices (SMD) test fixture offers excellent repeatability and usability, with accurate correlation up to 3 GHz. 16196 series fixtures are custom designed to fit specific SMD sizes (see table below), and provide repeatable DUT positioning with reliable contacts to enable stable measurement results - reducing the possibility of operator-induced error. Traditionally, SMD inductor evaluation up to 3 GHz has been difficult to implement - now with the 16196 series, it’s easy to perform accurate and repeatable measurements.
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Parallel Electrode SMD Test Fixture, DC To 3 GHz
16196B
The 16196B surface mount devices (SMD) test fixture offers excellent repeatability and usability, with accurate correlation up to 3 GHz. 16196 series fixtures are custom designed to fit specific SMD sizes (see table below), and provide repeatable DUT positioning with reliable contacts to enable stable measurement results, reducing the possibility of operator-induced error. Traditionally, SMD inductor evaluation up to 3 GHz has been difficult to implement. Now with the 16196 series, it’s easy to perform accurate and repeatable measurements.
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Parallel Electrode SMD Test Fixture, DC To 3 GHz
16196A
The 16196A surface mount devices (SMD) test fixture offers excellent repeatability and usability, with accurate correlation up to 3 GHz. 16196 series fixtures are custom designed to fit specific SMD sizes (see table below), and provide repeatable DUT positioning with reliable contacts to enable stable measurement results - reducing the possibility of operator-induced error. Traditionally, SMD inductor evaluation up to 3 GHz has been difficult to implement - now with the 16196 series, it’s easy to perform accurate and repeatable measurements.
