

OMTG (the
Optomechanics Group)
Version 2.4 of the
Ivorytm Optomechanical Modeling Tools –
has recently been shipped to
all subscribers.
Ivory software gives the
mechanical designer control over his
image:
Locates all the
(intermediate and final) images in the system
Calculates the Gaussian
focal length of the system
Provides the magnification
of all elements in the system
Provides the influences of
all the system’s elements on the system’s image
Prepares a Nastran Unified finite element model of the
optical system
Thermal sensitivity
Atmospheric pressure
sensitivity
Boresight stability
Image jitter
Alignment mechanisms…
…and much, much more.
All subscribers to Version 2
receive the upgrades automatically as they are proven effective in our own
practice of the optomechanical engineering arts.
For more information click
on the “Software” link above.
Tutorial: Optomechanical Analysis
Discover how to get the most reliable assessment of the impact on optical performance of the mechanical engineer's design decisions. The seminar surveys the methods available for coupling the mechanical and optical effects including Optomechanical Constraint Equations(tm) and Optical Analog(tm) techniques. It will help you determine the most effective procedures for your optomechanical analysis efforts.
Wednesday, January 27, 2010, from 8:30 AM to 5:30 PM
during SPIE’s Photonics
West Symposium
in San Francisco, California on January 23 through 29, 2010
Reserve
a position in the class by clicking here.
Tutorial: Optomechanics
and the Tolerancing of Instruments
This tutorial teaches the theory and application of the Optomechanical Constraint Equations to practical problems in tolerancing, alignment and stabilization of optical instruments. These are the principles that are embedded in the Ivory Optomechanical Modeling Tools software.
Wednesday, April 7, 2010,
from 8:30 AM to 5:30 PM
during SPIE’s Defense,
Security and Sensing Symposium
in Orlando, Florida on April 5 through 9, 2010
Reserve a position in the class by clicking here.
Suite 201
2181 East Foothill Boulevard
Pasadena, California 91107
(All other contact
information remains unchanged)