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Flemming L Tinker

from Higganum, CT
Age ~55
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Also known as:
Flemming Lisa Tinker, Flemming Tinker, Lisa Tinker Flemming, Flemming Dinker, Dinker Flemming
Phone and address:
23 Soobitsky Rd, Higganum, CT 06441
Related to:
Jette F Tinker, 84Mirelle A Tinker, 25Lisa A Ochola, 55Lisa Tinker Flemming, 55
Connected to:
Allan L Tinker, 65Balasia Tinker, 61Blair D Tinker, 28Brandon R Tinker, 43Brian W Tinker, 63Carmen C Tinker, 57Cary M Tinker, 58Charles A Tinker, 79Clay A Tinker, 33Clyde W Tinker, 70

Flemming Tinker Phones & Addresses

  • 23 Soobitsky Rd, Higganum, CT 06441
  • Durham, CT
  • Parkersburg, WV
  • Derry, NH
  • Cheshire, CT
  • Middletown, CT
  • 23 Soobitsky Rd, Higganum, CT 06441 (860) 301-2372

Work

Company: Aperture optical sciences, inc. Mar 2010 Address: 27 Parson Ln, Unit G, Durham CT 06422 Position: President

Education

Degree: MS School / High School: Boston University 1997 to 1998 Specialities: Mfg. Engineering

Interests

optics, precision manufacturing, busines...

Emails

f***[email protected]

Industries

Mechanical or Industrial Engineering

Public records

Vehicle Records

Flemming Tinker

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Address:
23 Soobitsky Rd, Higganum, CT 06441
VIN:
WVWVU93CX7E006504
Make:
VOLKSWAGEN
Model:
PASSAT
Year:
2007

Resumes

Resumes

Flemming Tinker Photo 1

President At Aperture Optical Sciences, Inc.

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Position:
President at Aperture Optical Sciences, Inc., Part-time Lecturer at Three Rivers Community College
Location:
Hartford, Connecticut Area
Industry:
Mechanical or Industrial Engineering
Work:
Aperture Optical Sciences, Inc. - 27 Parson Ln, Unit G, Durham CT 06422 since Mar 2010
President
Three Rivers Community College since 2010
Part-time Lecturer
Flemming Tinker, LLC Jan 2005 - Mar 2010
President
Zygo Corporation Jun 1989 - Jan 2005
Director of Manufacturing
Education:
Boston University 1997 - 1998
MS, Mfg. Engineering University of Rochester 1985 - 1989
BS, Optics
Interests:
optics, precision manufacturing, business development

Business Records

Name / Title
Company / Classification
Phones & Addresses
Flemming Tinker
President
Aperture Optical Sciences Inc.
Defense & Space · Ret Optical Goods
27 Parson Ln, Durham, CT 06422
23 Soobitsky Rd, Higganum, CT 06441
Flemming Tinker
Principal
Flemming Tinker LLC
Nonclassifiable Establishments · Professional Organization · Engineering Services
27 Parson Ln, Durham, CT 06422
Flemming Tinker
President
FLEMMING TINKER AND ASSOCIATES LLC
23 Soobitsky Rd, Higganum, CT 06441

Publications

Us Patents

Strain-Isolated Stage Mirror

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US Patent:
6646779, Nov 11, 2003
Filed:
Nov 15, 2001
Appl. No.:
10/002408
Inventors:
Peter B. Mumola - Trumbull CT
Flemming Tinker - Higganum CT
Steven R. Patterson - Concord CT
Assignee:
Zygo Corporation - Middlefield CT
International Classification:
G02B 2600
US Classification:
359291, 359214, 359223, 359224, 359819, 359820, 359857, 248604, 248593, 248467, 257415, 257418
Abstract:
A strain-isolated mirror is made from a substrate having first and second body portions. First and second connecting portions extend across a gap between the first body portion and the second body portion. A first flexural hinge on the first second connecting portion couples the second connecting portion to the first body portion.

In-Situ Metrology System And Method

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US Patent:
63010097, Oct 9, 2001
Filed:
Dec 1, 1997
Appl. No.:
8/982236
Inventors:
Flemming Tinker - Cheshire CT
Assignee:
Zygo Corporation - Middlefield CT
International Classification:
G01B 902
US Classification:
356511
Abstract:
At least one dimensional characteristic of a workpiece is measured, in situ, while at least one surface of the workpiece is subjected to a finishing operation. The measurements are obtained using an interferometer that generates interfering wavefronts reflected from the front and rear surfaces of the workpiece. Variations in the optical thickness of the workpiece can be determined from the resulting interferogram. The resulting optical thickness data can be used directly and/or combined with other pre-acquired data about the workpiece to obtain information concerning a desired dimensional characteristic of the workpiece. This dimensional characteristic may be transmitted wavefront error, work surface smoothness, and/or work surface profile. These measurements then can be used to terminate the finishing process at an optimal time and/or to control the operation of the surface-finishing machine. The difference in temperature between a workpiece's work surface and the surface opposed to it can also be extracted from the metrology results when measured in conjunction with a witness sample or monitor plug which demonstrates a differing thermal deformation characteristic due to a different thickness or having a differing coefficient of thermal expansion.
Control profile
Flemming L Tinker from Higganum, CT, age ~55 Get Report