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Judy A Sline

from Romulus, NY
Age ~77

Judy Sline Phones & Addresses

  • 5214 E Lake Rd, Romulus, NY 14541 (315) 585-2289
  • 5214 E Lake Rd, Romulus, NY 14541

Work

Company: Smart systemstechnology Feb 2004 Position: Metrology engineer

Education

Degree: Bachelors, Bachelor of Science Specialities: Biochemistry

Skills

Failure Analysis • Design of Experiments • Scanning Electron Microscopy • Process Improvement • Project Management • Quality Assurance • Iso 9000 • Iso 14001 • Iso Internal Auditor • X Ray Analysis • Optical Microscopy • Afm • Micro Ftir • Nanotechnology • Metrology • Spc • Process Simulation • Six Sigma • Semiconductors • R&D • Process Engineering • Testing • Engineering • Manufacturing

Industries

Nanotechnology

Resumes

Resumes

Judy Sline Photo 1

Judy Sline

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Location:
Romulus, NY
Industry:
Nanotechnology
Work:
Smart Systemstechnology
Metrology Engineer

Xerox 1989 - 2001
Senior Process Engineer
Education:
Rochester Institute of Technology
Skills:
Failure Analysis
Design of Experiments
Scanning Electron Microscopy
Process Improvement
Project Management
Quality Assurance
Iso 9000
Iso 14001
Iso Internal Auditor
X Ray Analysis
Optical Microscopy
Afm
Micro Ftir
Nanotechnology
Metrology
Spc
Process Simulation
Six Sigma
Semiconductors
R&D
Process Engineering
Testing
Engineering
Manufacturing

Publications

Us Patents

Method For Preparing And Using A Screen Printing Stencil Having Raised Edges

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US Patent:
53599284, Nov 1, 1994
Filed:
Oct 20, 1992
Appl. No.:
7/963641
Inventors:
Daniel R. Blessington - late of Rochester NY
Gary T. Marks - Phelps NY
Jerry E. Sergent - Palmyra NY
Judy A. Sline - Romulus NY
Stephen A. De Lucia - Webster NY
Assignee:
AMTX, Inc. - Canandaigua NY
International Classification:
B41C 114
C25D 110
US Classification:
1011284
Abstract:
To prepare a screen printing stencil, a pattern of resist, having a complementary design to the final screen printing stencil, is applied to a conductive mandrel. A patterned layer is electroformed onto the exposed surface of the mandrel such that the layer corresponds to the exposed orifices of the pattern of resist. The resulting screen printing stencil has raised edges surrounding orifices. The raised edges are placed against a surface of a substrate to be printed in use of the stencil. The screen printing stencil can be used for printing substrates in the electronic substrate fabrication and electronic assembly industries.

Method For Preparing A Screen Printing Stencil

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US Patent:
54786991, Dec 26, 1995
Filed:
Mar 12, 1992
Appl. No.:
7/849862
Inventors:
Daniel R. Blessington - late of Rochester NY
Gary T. Marks - Phelps NY
Jerry E. Sergent - Palmyra NY
Judy A. Sline - Romulus NY
Stephen A. De Lucia - Webster NY
Assignee:
AMTX, Inc. - Canandaigua NY
International Classification:
G03F 712
B05D 512
US Classification:
430308
Abstract:
To prepare a screen printing stencil, a pattern of resist, having a complementary design to the final screen printing stencil, is applied to a conductive mandrel. A patterned layer is electroformed onto the exposed surface of the mandrel such that the layer corresponds to the exposed orifices of the pattern of resist. The resulting screen printing stencil can have an overgrowth geometry or a straight-wall geometry depending on the type of photoresist employed, and can be used in the electronic substrate fabrication and electronic assembly industries.

Electroformed Multilayer Flow Regulator Incorporating Force-Generating Means For Selectively Constricting The Fluid Flow Path, And A Process For The Preparation Thereof

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US Patent:
56226110, Apr 22, 1997
Filed:
May 22, 1996
Appl. No.:
8/653928
Inventors:
Gary T. Marks - Phelps NY
James H. McVeigh - Webster NY
Judy A. Sline - Romulus NY
Kenneth E. Wood - Macedon NY
Lawrence W. Evers - Lake Linden MI
Assignee:
Amtx, Inc. - Canandaigua NY
International Classification:
C25D 100
US Classification:
205 67
Abstract:
A zero sack volume fluid flow regulator generates upstream turbulence for control of fluid flow, fluid spray distribution and fluid droplet size. The fluid flow regulator includes a seal layer for selectively controlling fluid flow. The seal layer is resiliently movable relative to a base layer to selectively constrict a turbulence inducing intermediate channel within the regulator and selectively control fluid flow. A method of fabricating the fluid flow regulator utilizes a multilayer resist process in conjunction with a multilayer electroforming process.

Electroformed Multilayer Spray Director And A Process For The Preparation Thereof

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US Patent:
56854919, Nov 11, 1997
Filed:
Jan 11, 1995
Appl. No.:
8/371118
Inventors:
Gary T. Marks - Phelps NY
James H. McVeigh - Webster NY
Judy A. Sline - Romulus NY
Kenneth E. Wood - Macedon NY
Assignee:
AMTX, Inc. - Canandaigua NY
International Classification:
F02M 6100
US Classification:
23953312
Abstract:
A spray director incorporates structure that generates upstream turbulence for control of spray distribution and spray droplet size. A method of fabricating spray director utilizes a multilayer resist process in conjunction with a multilayer electroforming process.
Judy A Sline from Romulus, NY, age ~77 Get Report