https://findingaids.library.upenn.edu/records/SCIHIST_2003.035

Thomas J. Porro Collection of Perkin-Elmer Photographs

Print photographs and slides depicting the instrumentation and staff of the Perkin-Elmer Corporation predominately dating from the 1950s and the 1980s.

Description

Where the collection came from, what's inside, and how you can use it.

Biography/History

Richard Perkin and Charles Elmer founded the Perkin-Elmer Corporation in 1937 as an optical design and consulting company specializing in optical systems for astronomical instruments. During World War II, Perkin-Elmer notably produced aerial camera lenses and high precision tank periscope prisms, products that effectively established its reputation as a preeminent source for military optics and electronics. Following the war, the company extended into the manufacture of precision analytical instruments, including infrared spectrometers, flame photometers, vapor fractometers, and atomic absorption spectrophotometers. During this time, the company progressively expanded geographically as well from its home base in Norwalk, Connecticut to include plants and offices in Chicago, New Orleans, Pasadena, and Zurich. In the 1990s, Perkin-Elmer's growing focus on life science technologies led to a merger with Applied Biosystems, Inc. and a recapitalization as PE Corporation in 1999. PE Corporation subsequently sold off its analytical instruments business, as well as the Perkin-Elmer name, and rebranded itself as Applera Corporation in 2000.

Scope and Content

This collection consists of print photographs and slides depicting the instrumentation and staff of the Perkin-Elmer Corporation predominately dating from the 1950s and 1980s. Staged, publicity photographs of instrumentation, specifically atomic absorption and infrared spectrophotometers and gas chromatographs form the bulk of the collection. The collection also includes a smaller subset of images of key individuals, including Perkin-Elmer founders Richard Perkin and Charles Elmer, as well as notables in the field of infrared spectrophotometry, such as Van Zandt Williams, Bryce Crawford, and Chester W. Nimitz, Jr. Presentation slides with charts and graphs pertaining to Perkin-Elmer products rounds out the collection. On the whole, the collection, which was compiled by Perkin-Elmer employee Thomas Porro, is fragmentary in nature and lacks a clear organizational structure. Researchers looking for more comprehensive documentation of Perkin-Elmer's products, staff, and facilities should consult the Applera/Perkin-Elmer Image Collection [GB01:36.002-314].

Custodial History

Collected by donor during his time as an employee of the Perkin-Elmer Corporation.

Acquisition Information

Gift of Thomas J. Porro, 2003.

Processing Information

Processed by Amanda Antonucci in 2007. Object identification numbers were assigned to individual photographs and slides.

Related Materials

See also Photographs from the Perkin-Elmer-Applera Collection, 1937-1985 (bulk 1960s and 1970s) at the Science History Institute.

See also Foil A. Miller Photograph Collection, 1950-1995, at the Science History Institute.

See also Bodensee Perkin-Elmer Museum of Instrumental Analysis files at the Science History Institute.

See also Records of the Perkin-Elmer Applera Corporation, 1943-1998 (bulk 1950-1989) at the Science History Institute.

See also Papers of Thomas J. Porro, 1958-1992 (bulk 1970-1980) at the Science History Institute.

Rights and citation

Use

To obtain reproductions and copyright information, contact: reproductions@sciencehistory.org

Preferred Citation
Thomas J. Porro Collection of Perkin-Elmer Photographs, Science History Institute Archives, Philadelphia, PA.
Publisher
Science History Institute Archives
Finding aids author
Finding aid created by Hillary S. Kativa and encoded into EAD by Melanie Grear. Edited by Alex Asal in 2023.
Date
2017

Subjects and headings

Inventory

Everything in this collection, in the order the archivist chose to help you understand it.

Norman Wright, Clara Smith Craver, and Jack Bauden, PITTCON, 1957

Jack Bauden, Bill Potts, Clara Smith Craver, and Bob Moreno, PITTCON, 1957

Charles Elmer & Richard Perkin, undated

Gas chromatograph instrumentation team, circa 1950s

Sy Lindsley, circa 1950s

Bryce Crawford, circa 1950s

1954 Fisk Infrared Institute, 1954

Class at 1954 Fisk Infrared Institute, 1954

Richard Perkin & A.J.P. Martin, circa 1950s

Unidentified men at dinner, circa 1950s

Dr. Marcel Golay, undated

Alan Walsh, undated

Richard S. Perkin and Chester W. Nimitz, Jr, undated

Walter Slavin, undated

Figures from Ettre article, undated

Figures from Ettre article, undated

Figures from Ettre article, undated

Figures from Ettre article, undated

Figures from Ettre article, undated

Figures from Ettre article, undated

Model 154, 1955

Fisher Gulf Model 300, undated

Aerograph Exhibition, 1960

Atomic Absorption Spectrophotometer Model 303, undated

Atomic Absorption Spectrophotometer Model 303, undated

Model 650-10 Fluorescence Spectrophotometer, undated

Model 180 Infrared Spectrophotometer, undated

Model 137 Infracord Spectrophotometer, undated

Model 283 Infrared Spectrophotometer, undated

Model 167 Infrared Spectrophotometer, undated

Model 735 Infrared Spectrophotometer, undated

Model 599 Infrared Spectrophotometer, undated

Model 557 UV-VIS spectrophotometer, undated

Model 55B UV-VIS spectrophotometer, undated

Junior III UV-Visible spectrophotometer, undated

Infrared Data Station, undated

Model 503 Atomic Absorption Spectrophotometer, undated

Model 107 Atomic Absorption Spectrophotometer, undated

Model 303 Atomic Absorption Spectrophotometer, undated

Model 373 Atomic Absorption Spectrophotometer, undated

Model 460 Atomic Absorption Spectrophotometer, undated

Model 303 Atomic Absorption Spectrophotometer, undated

Model 403 Atomic Absorption Spectrophotometer, undated

Model 1000 Fluorescence Spectrophotometer, undated

Model DCSU-2 Differential Corrected Spectra Unit, undated

Model 325 Infrared Spectrophotometer, undated

Model R-600 Fourier Transform Nuclear Magnetic Resonance Spectrometer, undated

DCR-2 (Digital Concentration Readout), undated

Model 141 Polarimeter, undated

Model MAS-50A Mercury Analyzer, undated

Model 240B Elemental Analyzer, undated

Model 194 Printing Integrator, undated

Model 202 Programmed Temperature Gas Chromatograph, undated

Model 226 Gas Chromatograph, undated

Gas Chromatograph, undated

Gas Chromatograph Sigma 1, undated

Sigma 2100 Gas Chromatograph, undated

Gas Chromatograph, undated

Model 900 Gas Chromatograph, undated

Perkin-Elmer Apparatus, undated

Perkin Elmer Data Processing System, undated

Model 12 prototype, undated

Perkin-Elmer Apparatus, undated

Capsule, undated

Joe Borden in laboratory, 1950s

Model 154 Vapor Fractometer, undated

Service engineer in the New Orleans office, undated

Blood Smear Analysis System, undated

Perkin-Elmer laboratories, undated

Perkin-Elmer instrument, undated

Routine gas chromatography laboratory at Esso R&D Co., 1958

Gas Chromatography apparatus, undated

Glass Capillary Columns, undated

Capillary Columns, undated

AS-41 (component part of a Perkin-Elmer instrument), undated

AS-41 (component part of a Perkin-Elmer instrument), undated

Assorted Perkin-Elmer instruments and parts, undated

Gas Chromatograph-33 Infrared Detector, undated

Gas Chromatograph-55 UV Detector, undated

Gas Chromatography Model 810, undated

Dial-A-Flow, undated

Gas Chromatograph Model 3920, undated

Gas Chromatograph Model 3920, undated

Valve Programmer Model 3920, undated

Gas Chromatograph Model 3920B, undated

Perkin-Elmer Gas Chromatograph Mk II, undated

Model 990 Gas Chromatograph Oven Control Panel, undated

Model 990 Gas Chromatograph Detector & Hydrogen Controls, undated

Model 990 Gas Chromatograph Carrier Pressure Control, undated

Gas Chromatograph Model 900, undated

Model 900 Gas Chromatograph amplifiers and polarity recorders, undated

Model 900 Gas Chromatograph, undated

Model 900 Gas Chromatograph fan and capillary columns, undated

Gas Chromatograph Model 4900, undated

Model 4900 Automatic Sampling System, undated

AutoSystem Gas Chromatograph, undated

Gas Chromatograph Model 881, undated

Gas Chromatograph valves and switches, undated

Gas Chromatograph valves, wires, and tubes, undated

AutoSystem Gas Chromatograph Plus, undated

Computing Integrator M-1, undated

Computing Integrator M-1, undated

M-2 Computing Integrator, undated

M-2 Computing Integrator, undated

PEP-1 Gas Chromatograph Data System, undated

PEP-1 Gas Chromatograph Data System, undated

Open compartment of PEP-1 Data System, undated

SIGMA 1B Gas Chromatographic System, undated

SIGMA 2B Gas Chromatograph, undated

SIGMA 2B Gas Chromatograph (PE-241, undated

Card-reader, undated

Perkin-Elmer instrument and card-reader, undated

SIGMA 3B Gas Chromatograph (PE-249), undated

SIGMA 3B Gas Chromatograph (PE-247), undated

SIGMA 4B Gas Chromatograph (PE-242), undated

SIGMA 10 Chromatography Data Station, undated

SIGMA 15 Chromatography Data Station (PE-451), undated

SIGMA 115 Analyzer and Gas Chromatographic System (PE-345), undated

SIGMA 300 Gas Chromatograph (PE-683), undated

Model 981 Intelligent Minidisk, undated

SIGMA 2000 Gas Chromatograph, undated

SIGMA 2000 Gas Chromatograph, undated

Model 1000 Hall Detector & Model 8700 Gas Chromatograph, undated

Gas Chromatograph Data System, undated

Circular knobs, undated

Computer Data System, undated

Headspace Sampler, undated

Automatic Thermal Desorption System, undated

Q-Mass 910 Mass Spectrometer and Gas Chromatograph, undated

Ion Trap Detector, undated

Model 8320 Capillary Gas Chromatograph, undated

SIGMA 1 Analyzer, Chromatograph Data System, and Series 2 Liquid Chromatograph, undated

Perkin-Elmer Data System, undated

Gas Chromatograph and ATD System, undated

Gas Chromatograph and ATD System, undated

Autosystem Gas Chromatograph, undated

Q Mass Model 910 Mass Spectrometer and Autosystem Gas Chromatograph, undated

Q Mass Model 910 Mass Spectrometer and Autosystem Gas Chromatograph, undated

Auto Sampler on Gas Chromatograph, undated

Autosampler, undated

Gas Chromatograph autosampler, undated

SIGMA 1 Analyzer and Gas Chromatographic System, undated

Gas Chromatograph & Model 1000 Hall Detector, undated

Model 8700 with monochrome VDU, undated

Computer Communications and Remote Control, undated

Model 8600 with full color VDU, undated

Alphanumeric keyboard, undated

Sigma 10 Data System, undated

Automatic Thermal Desorption System, undated

Bronze wires and bolts, undated

FPD Diagram, undated

Desorb Mode Diagram, undated

Purge Mode Diagram, undated

Unidentified chart, undated

GC-HS 101 Headspace Sampler, undated

Autosampler, undated

Autosampler, undated

Headspace Sampler, undated

"History of Analytical Instrumentation" slides (1), undated

"History of Analytical Instrumentation" slides (2), undated

"History of Analytical Instrumentation" slides (3), undated

"History of Analytical Instrumentation" slides (4), undated

Jim Congelosi at PITTCON, 1960

Model 137 Infracord spectrophotometer, undated

Jack Bauden, Bill Potts, Clara Smith Craver, and Bob Moreno at PITTCON, 1957

Perkin-Elmer donation to Wilton High School, 1961

Model 237, 1960

1000th Infracord spectrophotometer produced by PerkinElmer, undated

Gas chromatograph instrumentation team, circa 1950s

Service engineer in the New Orleans office, undated

Fisk Infrared Institute, 1954

Model 21, undated

Richard S. Perkin & Charles Elmer, undated

Model 12 prototype, undated

Model 12 Infrared spectrophotometer, undated

Model 283 with infrared data station, undated

Model 283 with infrared data station, undated

Model 8700 gas chromatograph, undated

Dr. Marcel Golay, undated

Model 154 vapor fractometer, undated

Richard Perkin & A.J.P. Martin, circa 1950s

Joe Borden in laboratory, circa 1950s

Model 403 atomic absorption spectrophotometer, undated

Alan Walsh, undated

Gas chromatograph "family tree", undated

Opening of Norcross Office, undated

Model 303 atomic absorption spectrophotometer, undated

Richard S. Perkin and Chester W. Nimitz, Jr., undated

Walter Slavin, undated

Mike O'Neill & DSC-1, 1963

DSC-1 Advertisement, undated

Atomic Spectroscopy "family tree", undated

Perkin-Elmer Model 5100, undated

Model 1240 LC, circa 1970s

PITTCON, 1987

Elemental Analyzer 240A, undated

DSC-2, undated

Class at 1954 Fisk Infrared Institute, 1954

Bryce Crawford, circa 1950s

Sy Lindsley, circa 1950s

Model 12C Infrared spectrophotometer, undated

LC Product Department, 1989

Unidentified man posing with instrument, undated

Perkin-Elmer Laboratory, 1950s

Norman Wright, Clara Smith Craver, and Jack Bauden, PITTCON, 1957

DCR-1 with 303 atomic absorption spectrophotometer, undated

Riccardo Pigliucci, Tom Barnard, and James Watson, undated

Larry Haff, James Watson, and John Atwood, undated

Richard Perkin, Vic Harris, and Jack O'Connell, undated

Model 601, undated

LC-55 Detector, undated

LC-65T Detector, undated

1st methods processor, circa 1970s

Data processors, undated

Liquid chromatograph "family tree", undated

1986 Annual Report, 1986

DNA thermal cycles, undated

Riccardo Pigliucci, Tom Barnard, and James Watson, undated

"High Tech Marketing" slide, undated

Perkin-Elmer presentation slide, undated

Pond/lake at unidentified location, undated

Lake debris, undated

Perkin-Elmer offices, undated

Portrait of Richard Perkin, circa 1950s

Richard Perkin & A.J.P. Martin, circa 1950s

Richard Perkin, Vic Harris, and Jack O'Connell, undated

Unidentified men at dinner, circa 1950s

Unidentified men exiting doorway, circa 1950s

Perkin-Elmer instrument, undated

Presentation slide, "Analytical Chemistry" excerpt, undated

Cover Slide for Boege Presentation, 1994

Head-space & Gas Chromatograph illustrations, undated

Presentation slides (1), undated

Presentation slides (2), undated

Gas Chromatograph headspace sampler, undated

Presentation slides (1), undated

Presentation slides (2), undated

Two unidentified Perkin-Elmer apparatuses, undated

Assorted headspace charts (1), undated

Assorted headspace charts (2), undated

Assorted headspace charts (3), undated

HSS-1A, undated

Quantitation Procedures chart, undated

Multiple Headspace Extraction chart, undated

Multiple Headspace Extraction chart, undated

Head Space Sampler diagram, undated

Dikestones in Beer chart, undated

"Constant Mode" graph, undated

Gas Chromatograph, undated

Balanced Pressure Sampling diagram, undated

Texmar Equilibrium Headspace Autosampler, undated

Headspace Sampler, undated

Methods of Sample Agitation slide, undated

Water Analysis article, undated

Water-related graphs, undated

HS-Sampling Method of Choice slide, undated

Major Headspace Applications slide, undated

Acknowledgements slide, undated

VOCs in Water by HSGC slide, undated

Peak area A slide, undated

Component Molecules at different phases slide, undated

Illustration of 3 liquid-filled jars, undated

Shaker Program graph, undated

Coated Fiber illustration, undated

Water Analysis article, undated

"Shake Well" jar illustration, undated

Headsapce Sampler diagrams, undated

Comparison P+T and Equilibrium Headspace slide, undated

Acknowledgements slide, undated

Volatile Hydrocarbons/Water slide, undated

"Chromatography 1994" presentation title slide, undated

Volatiles in Water with PID slide, undated

Unidentified graph, undated

VOCs in Soil by HSGC slide, undated

EPA Method Summary slide, undated

DIN Method Summary slide, undated

Partition Coefficients in Aqueous Solutions chart, undated

Methods for the Extraction of VOCs from Soil slide, undated

Methods Employing Automatic Static Headspace slide, undated

VOCs in SOIL by HSGC Recovery graph, undated

VOCs in SOIL by HSGC % Standard Deviation graph, undated

VOCs in SOIL by HSGC % Standard Deviation graph, undated

Efficiency of Sample Agitation graph, undated

VOCs in SOIL by HSGC % Recovery graph, undated

VOCs in SOIL comparison P+T and HS graph, undated

VOCs in SOIL comparison P+T and HS graph, undated

Choice of Detectors slide, undated

Static Headspace versus Purge and Trap slide, undated

Solvent Extraction chart, undated

Chart of Vinylchlorid, undated

Characteristics of Experimental Soils chart, undated

Mixing liquid illustration, undated

Gas Chromatography "Past, Present, Future" slide, undated

Perkin-Elmer Gas Chromatography family tree (1), undated

Perkin-Elmer Gas Chromatography family tree (2), undated

Gas Chromatograph, undated

Dr. Marcel Golay, undated

Gas Chromatograph chart, undated

New Developments in Gas Chromatography slide, undated

Gas Chromatograph, undated

Technicians with Gas Chromatographs, circa 1950s

Gas Chromatograph, undated

Gas Chromatograph, undated

Sigma Series slide, undated

Gas Chromatograph, undated

Gas Chromatograph, undated

Sigma Gas Chromatograph, undated

Cylindrical apparatus for Gas Chromatograph, undated

Gas Chromatograph, undated

Kleman Gas Chromatograph, undated

Perkin-Elmer Gas Chromatograph, undated

Gas Chromatograph autosampler, undated

Dr. Marcel Golay, undated

"The Future" slide, undated

Contact

These materials are held by Science History Institute Archives. Contact them to schedule a visit or ask about your research.

Address
315 Chestnut Street, Philadelphia, PA 19106
Email
archivist@sciencehistory.org

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