Industrial Robot: Volume 27 Issue 1

Strapline:

The international journal of robotics research and application
Subjects:

Table of contents

Force control basics

Edwin A. Erlbacher

There are two commercially accepted methods of force control used in automated surface finishing today. The first method, “through‐the‐arm” force control, applies force using the…

1209

Robotic flange cleaning and formed‐in‐place gasket application systems

Steven C. Moore, Timothy J. Kurcz

Describes the rationale, purpose, and design of the Loctite Corporation One‐PassTM (patent pending) robotic flange cleaning system. Also details two complementary LoctiteTM

New antenna positioner improves NIST’s capabilities

Greg Kangiser, Dennis Camell

Antenna and electric field probe calibration requires precise positioning and movement throughout a known RF field. Measurements are usually made in an anechoic chamber. A robotic…

Gantries pick up a delicate load for Pilkington Micronics

Brian Rooks

At its Deeside plant in North Wales, Pilkington Micronics produces 0.4‐4mm glass panels for use in LCD and emissive displays for watches, calculators and laptop computers. The…

First turnkey delivery of robotized assembly lines for car engines and cylinder heads

Walter Kimmelmann, Friedrich Wolbring

The robotized cylinder head and engine assembly lines at the Opel car factory in Kaiserslautern, Germany, make it one of the most advanced of its kind in the world. Designed and…

1752

Robotic fettling and automated path acquisition

B. Shirinzadeh, P.L. Teoh, M. Roberts

Fettling is the process of removing excess material from castings. This excess material is often formed at the die’s parting lines during the casting process as molten material is…

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Cover of Industrial Robot

ISSN:

0143-991x

Online date, start – end:

1973

Copyright Holder:

Emerald Publishing Limited

Open Access:

hybrid

Editor:

  • Dr Dimitrios Chrysostomou