4x5" Lenses by Name, Mfger, Type, and Construction (+ List of Tessars..)
by Robert Monaghan

Related Local Links:
Large Format Lenses Notes
Microsoft Excel Spreadsheet of Table
Kodak Ektar Lenses

4x5" LF Lenses, sorted by Name, Maker, and Construction
Lens Name (tradename..): Maker: Lens Type: Construction:
Actinar Steinheil triplet uncemented, 3 single airspaced ele.
Aerotar Goerz Duplets 2 single fully cemented components
Angulon Schneider Duplets 2 single fully cemented components
Anticomar Plaubel triplet has 1 or 2 compound cemented ele.
Apo-Lanthar Voigtlander process corrected for short distances to infin.
Apo-Skopar Voigtlander process corrected for short distances to infin.
Apotar Agfa Duplets 2 single fully cemented components
Apotar Agfa triplet uncemented, 3 single airspaced ele.
Apo-Tessar Zeiss process corrected for short distances to infin.
Aristoplan Meyer triplet uncemented, 3 single airspaced ele.
Aristostigmat Meyer Quadruplets uncemented, 4 single airspaced ele.
Artar Goerz process corrected for short distances to infin.
Artar Goerz Quadruplets uncemented, 4 single airspaced ele.
Aviar Taylor-Hobson Quadruplets uncemented, 4 single airspaced ele.
Avus Voigtlander triplet has 1 or 2 compound cemented ele.
Avuskop Voigtlander triplet uncemented, 3 single airspaced ele.
B&L Kodak Anastigmat Bausch & Lomb triplet has 1 or 2 compound cemented ele.
Baltar Bausch & Lomb Quadruplets single + compound cemented ele.
Biogon Zeiss Quadruplets single + compound cemented ele.
Biotar Zeiss Quadruplets single + compound cemented ele.
Biotessar Zeiss triplet has 1 or 2 compound cemented ele.
Cassar Steinheil triplet uncemented, 3 single airspaced ele.
Celor Goerz Quadruplets uncemented, 4 single airspaced ele.
Collinear Voigtlander Duplets 2 single fully cemented components
Convertible Doublet Ross Duplets 2 single fully cemented components
Cooke Convertible Anastigmat Taylor-Hobson Duplets each half, close airspaced elements
Cooke Distortionfree Telephoto Taylor-Hobson telephoto physically shorter than long focus
Cooke Kodak Anastigmat Taylor-Hobson triplet uncemented, 3 single airspaced ele.
Cooke Process Taylor-Hobson process corrected for short distances to infin.
Cooke Triplet Taylor-Hobson triplet uncemented, 3 single airspaced ele.
Culminar Steinheil triplet has 1 or 2 compound cemented ele.
Dagor Goerz Duplets 2 single fully cemented components
Dallon Dallmeyer telephoto physically shorter than long focus
Dialyt Rietzschel Quadruplets uncemented, 4 single airspaced ele.
Dogmar Goerz Quadruplets uncemented, 4 single airspaced ele.
Dominar Ica triplet has 1 or 2 compound cemented ele.
Doppel Anastigmat Series II-a Goerz Duplets 2 single fully cemented components
Doppel Anastigmat Series II-b Goerz Quadruplets uncemented, 4 single airspaced ele.
Dynar Voigtlander triplet has 1 or 2 compound cemented ele.
Eistal Series VII-b Taylor-Hobson Quadruplets uncemented, 4 single airspaced ele.
Ektar (*note) Eastman triplet has 1 or 2 compound cemented ele.
Ernon f/3.5 Ernemann triplet has 1 or 2 compound cemented ele.
Ernon f/6.8 Ernemann Duplets 2 single fully cemented components
Ernoplact Ernemann triplet has 1 or 2 compound cemented ele.
Ernostar f/1.8, f/2 Ernemann triplet has 1 or 2 compound cemented ele.
Ernotar Ernemann triplet has 1 or 2 compound cemented ele.
Eurygon Rodenstock triplet uncemented, 3 single airspaced ele.
Glaukar Busch triplet uncemented, 3 single airspaced ele.
Glyptar Busch triplet has 1 or 2 compound cemented ele.
Gotar Goerz process corrected for short distances to infin.
Gotar Goerz Quadruplets uncemented, 4 single airspaced ele.
Heliar Voigtlander triplet has 1 or 2 compound cemented ele.
Heligonal Rodenstock Duplets 2 single fully cemented components
Heliostigmat Voigtlander triplet has 1 or 2 compound cemented ele.
Helomar Voigtlander triplet uncemented, 3 single airspaced ele.
Isconar Schneider Quadruplets uncemented, 4 single airspaced ele.
Kalostigmat Goerz Quadruplets uncemented, 4 single airspaced ele.
Kodak Anaston Eastman triplet uncemented, 3 single airspaced ele.
Magnear Zeiss telephoto physically shorter than long focus
Makinar Plaubel Duplets 2 single fully cemented components
Metrogon Bausch & Lomb Quadruplets uncemented, 4 single airspaced ele.[see note]
Nettar Contessa Nettar triplet uncemented, 3 single airspaced ele.
Novar Zeiss triplet uncemented, 3 single airspaced ele.
Olar Berthiot triplet has 1 or 2 compound cemented ele.
Omnar Busch Quadruplets uncemented, 4 single airspaced ele.
Opic Taylor-Hobson Quadruplets single + compound cemented ele.
Oppar Agfa triplet has 1 or 2 compound cemented ele.
Optar Graflex triplet has 1 or 2 compound cemented ele.
Orthometar Zeiss Duplets each half, close airspaced elements
Orthostigmat (new) Steinheil Duplets each half, close airspaced elements
Orthostigmat (old) Steinheil Duplets 2 single fully cemented components
Pantar Goerz Duplets 2 single fully cemented components
Paragon Ilex triplet has 1 or 2 compound cemented ele.
Pentac f/2.9 Dallmeyer triplet has 1 or 2 compound cemented ele.
Planar Zeiss process corrected for short distances to infin.
Planar Zeiss Quadruplets single + compound cemented ele.
Plasmat Meyer Duplets each half, close airspaced elements
Primoplan Taylor-Hobson triplet uncemented, 3 single airspaced ele.
Process Kodak process corrected for short distances to infin.
Process Ross process corrected for short distances to infin.
Process Wollensak process corrected for short distances to infin.
Protar (Series V) [2 asymmetric elements] Zeiss Duplets 2 single fully cemented components
Protar (Series VII-a) Zeiss Duplets 2 single fully cemented components
Quinar Steinheil triplet has 1 or 2 compound cemented ele.
Radar Gundlach process corrected for short distances to infin.
Radionar Schneider triplet uncemented, 3 single airspaced ele.
Raptar Wollensak triplet has 1 or 2 compound cemented ele.
Raptar Process Wollensak process corrected for short distances to infin.
Rectagon Goerz Quadruplets uncemented, 4 single airspaced ele.
Ronar Rodenstock process corrected for short distances to infin.
Septac Dallmeyer Quadruplets single + compound cemented ele.
Skopar Voigtlander triplet has 1 or 2 compound cemented ele.
Solar Reichert Quadruplets uncemented, 4 single airspaced ele.
Solinar Agfa triplet has 1 or 2 compound cemented ele.
Sonnar Zeiss triplet has 1 or 2 compound cemented ele.
Stigmar Busch Duplets each half, close airspaced elements
Super Dagor Goerz Duplets 2 single fully cemented components
Super-Angulon Schneider Duplets each half, close airspaced elements
Symmar Schneider Duplets 2 single fully cemented components
Syntor Goerz Quadruplets uncemented, 4 single airspaced ele.
Telecentric Ross telephoto physically shorter than long focus
Tele-Dynar Voigtlander telephoto physically shorter than long focus
Telegor Goerz telephoto physically shorter than long focus
Tele-Peconar Plaubel telephoto physically shorter than long focus
Telephoto, Series VIII Taylor-Hobson telephoto physically shorter than long focus
Tele-Tessar Zeiss telephoto physically shorter than long focus
Tele-Xenar Schneider telephoto physically shorter than long focus
Telikon Zeiss telephoto physically shorter than long focus
Tenastigmat Goerz Quadruplets uncemented, 4 single airspaced ele.
Tessar Zeiss triplet has 1 or 2 compound cemented ele.
Topogon Zeiss Quadruplets uncemented, 4 single airspaced ele.
Trinar Rodenstock triplet uncemented, 3 single airspaced ele.
Trioplan Meyer triplet uncemented, 3 single airspaced ele.
Triotar Zeiss triplet uncemented, 3 single airspaced ele.
Turner-Reich Convertible Gundlach Duplets 2 single fully cemented components
Unar Zeiss Quadruplets single + compound cemented ele.
Unofocal Steinheil Quadruplets uncemented, 4 single airspaced ele.
Velostigmat) Wollensak triplet has 1 or 2 compound cemented ele.
Voigtar Voigtlander triplet uncemented, 3 single airspaced ele.
Voigtlander Apochromat Voigtlander process corrected for short distances to infin.
Wide Angle Xpres Ross Duplets each half, close airspaced elements
Xenar Schneider triplet has 1 or 2 compound cemented ele.
Xenon Schneider Quadruplets single + compound cemented ele.
Xenotar Schneider Quadruplets single + compound cemented ele.
Xpres f/1.9 Ross Quadruplets single + compound cemented ele.
Xpres f/2.9, f/3.5, f/4.5 Ross triplet has 1 or 2 compound cemented ele.
Zeiss-Kodak Anastigmat Bausch & Lomb triplet has 1 or 2 compound cemented ele.
       
4x5" LF Lenses, sorted by Maker, Name, and Construction
Lens Name (brand..): Maker: Lens Type: Construction:
Apotar Agfa Duplets 2 single fully cemented components
Apotar Agfa triplet uncemented, 3 single airspaced ele.
Oppar Agfa triplet has 1 or 2 compound cemented ele.
Solinar Agfa triplet has 1 or 2 compound cemented ele.
B&L Kodak Anastigmat Bausch & Lomb triplet has 1 or 2 compound cemented ele.
Baltar Bausch & Lomb Quadruplets single + compound cemented ele.
Metrogon Bausch & Lomb Quadruplets uncemented, 4 single airspaced ele.
Zeiss-Kodak Anastigmat Bausch & Lomb triplet has 1 or 2 compound cemented ele.
Olar Berthiot triplet has 1 or 2 compound cemented ele.
Glaukar Busch triplet uncemented, 3 single airspaced ele.
Glyptar Busch triplet has 1 or 2 compound cemented ele.
Omnar Busch Quadruplets uncemented, 4 single airspaced ele.
Stigmar Busch Duplets each half, close airspaced elements
Nettar Contessa Nettar triplet uncemented, 3 single airspaced ele.
Dallon Dallmeyer telephoto physically shorter than long focus
Pentac f/2.9 Dallmeyer triplet has 1 or 2 compound cemented ele.
Septac Dallmeyer Quadruplets single + compound cemented ele.
Ektar (*note) Eastman triplet has 1 or 2 compound cemented ele.
Kodak Anaston Eastman triplet uncemented, 3 single airspaced ele.
Ernon f/3.5 Ernemann triplet has 1 or 2 compound cemented ele.
Ernon f/6.8 Ernemann Duplets 2 single fully cemented components
Ernoplact Ernemann triplet has 1 or 2 compound cemented ele.
Ernostar f/1.8, f/2 Ernemann triplet has 1 or 2 compound cemented ele.
Ernotar Ernemann triplet has 1 or 2 compound cemented ele.
Aerotar Goerz Duplets 2 single fully cemented components
Artar Goerz process corrected for short distances to infin.
Artar Goerz Quadruplets uncemented, 4 single airspaced ele.
Celor Goerz Quadruplets uncemented, 4 single airspaced ele.
Dagor Goerz Duplets 2 single fully cemented components
Dogmar Goerz Quadruplets uncemented, 4 single airspaced ele.
Doppel Anastigmat Series II-a Goerz Duplets 2 single fully cemented components
Doppel Anastigmat Series II-b Goerz Quadruplets uncemented, 4 single airspaced ele.
Gotar Goerz process corrected for short distances to infin.
Gotar Goerz Quadruplets uncemented, 4 single airspaced ele.
Kalostigmat Goerz Quadruplets uncemented, 4 single airspaced ele.
Pantar Goerz Duplets 2 single fully cemented components
Rectagon Goerz Quadruplets uncemented, 4 single airspaced ele.
Super Dagor Goerz Duplets 2 single fully cemented components
Syntor Goerz Quadruplets uncemented, 4 single airspaced ele.
Telegor Goerz telephoto physically shorter than long focus
Tenastigmat Goerz Quadruplets uncemented, 4 single airspaced ele.
Optar Graflex triplet has 1 or 2 compound cemented ele.
Radar Gundlach process corrected for short distances to infin.
Turner-Reich Convertible Gundlach Duplets 2 single fully cemented components
Dominar Ica triplet has 1 or 2 compound cemented ele.
Paragon Ilex triplet has 1 or 2 compound cemented ele.
Process Kodak process corrected for short distances to infin.
Aristoplan Meyer triplet uncemented, 3 single airspaced ele.
Aristostigmat Meyer Quadruplets uncemented, 4 single airspaced ele.
Plasmat Meyer Duplets each half, close airspaced elements
Trioplan Meyer triplet uncemented, 3 single airspaced ele.
Anticomar Plaubel triplet has 1 or 2 compound cemented ele.
Makinar Plaubel Duplets 2 single fully cemented components
Tele-Peconar Plaubel telephoto physically shorter than long focus
Solar Reichert Quadruplets uncemented, 4 single airspaced ele.
Dialyt Rietzschel Quadruplets uncemented, 4 single airspaced ele.
Eurygon Rodenstock triplet uncemented, 3 single airspaced ele.
Heligonal Rodenstock Duplets 2 single fully cemented components
Ronar Rodenstock process corrected for short distances to infin.
Trinar Rodenstock triplet uncemented, 3 single airspaced ele.
Convertible Doublet Ross Duplets 2 single fully cemented components
Process Ross process corrected for short distances to infin.
Telecentric Ross telephoto physically shorter than long focus
Wide Angle Xpres Ross Duplets each half, close airspaced elements
Xpres f/1.9 Ross Quadruplets single + compound cemented ele.
Xpres f/2.9, f/3.5, f/4.5 Ross triplet has 1 or 2 compound cemented ele.
Angulon Schneider Duplets 2 single fully cemented components
Isconar Schneider Quadruplets uncemented, 4 single airspaced ele.
Radionar Schneider triplet uncemented, 3 single airspaced ele.
Super-Angulon Schneider Duplets each half, close airspaced elements
Symmar Schneider Duplets 2 single fully cemented components
Tele-Xenar Schneider telephoto physically shorter than long focus
Xenar Schneider triplet has 1 or 2 compound cemented ele.
Xenon Schneider Quadruplets single + compound cemented ele.
Xenotar Schneider Quadruplets single + compound cemented ele.
Actinar Steinheil triplet uncemented, 3 single airspaced ele.
Cassar Steinheil triplet uncemented, 3 single airspaced ele.
Culminar Steinheil triplet has 1 or 2 compound cemented ele.
Orthostigmat (new) Steinheil Duplets each half, close airspaced elements
Orthostigmat (old) Steinheil Duplets 2 single fully cemented components
Quinar Steinheil triplet has 1 or 2 compound cemented ele.
Unofocal Steinheil Quadruplets uncemented, 4 single airspaced ele.
Aviar Taylor-Hobson Quadruplets uncemented, 4 single airspaced ele.
Cooke Convertible Anastigmat Taylor-Hobson Duplets each half, close airspaced elements
Cooke Distortionfree Telephoto Taylor-Hobson telephoto physically shorter than long focus
Cooke Kodak Anastigmat Taylor-Hobson triplet uncemented, 3 single airspaced ele.
Cooke Process Taylor-Hobson process corrected for short distances to infin.
Cooke Triplet Taylor-Hobson triplet uncemented, 3 single airspaced ele.
Eistal Series VII-b Taylor-Hobson Quadruplets uncemented, 4 single airspaced ele.
Opic Taylor-Hobson Quadruplets single + compound cemented ele.
Primoplan Taylor-Hobson triplet uncemented, 3 single airspaced ele.
Telephoto, Series VIII Taylor-Hobson telephoto physically shorter than long focus
Apo-Lanthar Voigtlander process corrected for short distances to infin.
Apo-Skopar Voigtlander process corrected for short distances to infin.
Avus Voigtlander triplet has 1 or 2 compound cemented ele.
Avuskop Voigtlander triplet uncemented, 3 single airspaced ele.
Collinear Voigtlander Duplets 2 single fully cemented components
Dynar Voigtlander triplet has 1 or 2 compound cemented ele.
Heliar Voigtlander triplet has 1 or 2 compound cemented ele.
Heliostigmat Voigtlander triplet has 1 or 2 compound cemented ele.
Helomar Voigtlander triplet uncemented, 3 single airspaced ele.
Skopar Voigtlander triplet has 1 or 2 compound cemented ele.
Tele-Dynar Voigtlander telephoto physically shorter than long focus
Voigtar Voigtlander triplet uncemented, 3 single airspaced ele.
Voigtlander Apochromat Voigtlander process corrected for short distances to infin.
Process Wollensak process corrected for short distances to infin.
Raptar Wollensak triplet has 1 or 2 compound cemented ele.
Raptar Process Wollensak process corrected for short distances to infin.
Velostigmat) Wollensak triplet has 1 or 2 compound cemented ele.
Apo-Tessar Zeiss process corrected for short distances to infin.
Biogon Zeiss Quadruplets single + compound cemented ele.
Biotar Zeiss Quadruplets single + compound cemented ele.
Biotessar Zeiss triplet has 1 or 2 compound cemented ele.
Magnear Zeiss telephoto physically shorter than long focus
Novar Zeiss triplet uncemented, 3 single airspaced ele.
Orthometar Zeiss Duplets each half, close airspaced elements
Planar Zeiss process corrected for short distances to infin.
Planar Zeiss Quadruplets single + compound cemented ele.
Protar (Series V) [2 asymmetric elements] Zeiss Duplets 2 single fully cemented components
Protar (Series VII-a) Zeiss Duplets 2 single fully cemented components
Sonnar Zeiss triplet has 1 or 2 compound cemented ele.
Tele-Tessar Zeiss telephoto physically shorter than long focus
Telikon Zeiss telephoto physically shorter than long focus
Tessar Zeiss triplet has 1 or 2 compound cemented ele.
Topogon Zeiss Quadruplets uncemented, 4 single airspaced ele.
Triotar Zeiss triplet uncemented, 3 single airspaced ele.
Unar Zeiss Quadruplets single + compound cemented ele.
       
4x5" LF Lenses, sorted by Construction, Type, and Name
Lens Name (brand..): Maker: Lens Type: Construction:
Aerotar Goerz Duplets 2 single fully cemented components
Angulon Schneider Duplets 2 single fully cemented components
Apotar Agfa Duplets 2 single fully cemented components
Collinear Voigtlander Duplets 2 single fully cemented components
Convertible Doublet Ross Duplets 2 single fully cemented components
Dagor Goerz Duplets 2 single fully cemented components
Doppel Anastigmat Series II-a Goerz Duplets 2 single fully cemented components
Ernon f/6.8 Ernemann Duplets 2 single fully cemented components
Heligonal Rodenstock Duplets 2 single fully cemented components
Makinar Plaubel Duplets 2 single fully cemented components
Orthostigmat (old) Steinheil Duplets 2 single fully cemented components
Pantar Goerz Duplets 2 single fully cemented components
Protar (Series V) [2 asymmetric elements] Zeiss Duplets 2 single fully cemented components
Protar (Series VII-a) Zeiss Duplets 2 single fully cemented components
Super Dagor Goerz Duplets 2 single fully cemented components
Symmar Schneider Duplets 2 single fully cemented components
Turner-Reich Convertible Gundlach Duplets 2 single fully cemented components
Apo-Lanthar Voigtlander process corrected for short distances to infin.
Apo-Skopar Voigtlander process corrected for short distances to infin.
Apo-Tessar Zeiss process corrected for short distances to infin.
Artar Goerz process corrected for short distances to infin.
Cooke Process Taylor-Hobson process corrected for short distances to infin.
Gotar Goerz process corrected for short distances to infin.
Planar Zeiss process corrected for short distances to infin.
Process Kodak process corrected for short distances to infin.
Process Ross process corrected for short distances to infin.
Process Wollensak process corrected for short distances to infin.
Radar Gundlach process corrected for short distances to infin.
Raptar Process Wollensak process corrected for short distances to infin.
Ronar Rodenstock process corrected for short distances to infin.
Voigtlander Apochromat Voigtlander process corrected for short distances to infin.
Cooke Convertible Anastigmat Taylor-Hobson Duplets each half, close airspaced elements
Orthometar Zeiss Duplets each half, close airspaced elements
Orthostigmat (new) Steinheil Duplets each half, close airspaced elements
Plasmat Meyer Duplets each half, close airspaced elements
Stigmar Busch Duplets each half, close airspaced elements
Super-Angulon Schneider Duplets each half, close airspaced elements
Wide Angle Xpres Ross Duplets each half, close airspaced elements
Anticomar Plaubel triplet has 1 or 2 compound cemented ele.
Avus Voigtlander triplet has 1 or 2 compound cemented ele.
B&L Kodak Anastigmat Bausch & Lomb triplet has 1 or 2 compound cemented ele.
Biotessar Zeiss triplet has 1 or 2 compound cemented ele.
Culminar Steinheil triplet has 1 or 2 compound cemented ele.
Dominar Ica triplet has 1 or 2 compound cemented ele.
Dynar Voigtlander triplet has 1 or 2 compound cemented ele.
Ektar (*note) Eastman triplet has 1 or 2 compound cemented ele.
Ernon f/3.5 Ernemann triplet has 1 or 2 compound cemented ele.
Ernoplact Ernemann triplet has 1 or 2 compound cemented ele.
Ernostar f/1.8, f/2 Ernemann triplet has 1 or 2 compound cemented ele.
Ernotar Ernemann triplet has 1 or 2 compound cemented ele.
Glyptar Busch triplet has 1 or 2 compound cemented ele.
Heliar Voigtlander triplet has 1 or 2 compound cemented ele.
Heliostigmat Voigtlander triplet has 1 or 2 compound cemented ele.
Olar Berthiot triplet has 1 or 2 compound cemented ele.
Oppar Agfa triplet has 1 or 2 compound cemented ele.
Optar Graflex triplet has 1 or 2 compound cemented ele.
Paragon Ilex triplet has 1 or 2 compound cemented ele.
Pentac f/2.9 Dallmeyer triplet has 1 or 2 compound cemented ele.
Quinar Steinheil triplet has 1 or 2 compound cemented ele.
Raptar Wollensak triplet has 1 or 2 compound cemented ele.
Skopar Voigtlander triplet has 1 or 2 compound cemented ele.
Solinar Agfa triplet has 1 or 2 compound cemented ele.
Sonnar Zeiss triplet has 1 or 2 compound cemented ele.
Tessar Zeiss triplet has 1 or 2 compound cemented ele.
Velostigmat) Wollensak triplet has 1 or 2 compound cemented ele.
Xenar Schneider triplet has 1 or 2 compound cemented ele.
Xpres f/2.9, f/3.5, f/4.5 Ross triplet has 1 or 2 compound cemented ele.
Zeiss-Kodak Anastigmat Bausch & Lomb triplet has 1 or 2 compound cemented ele.
Cooke Distortionfree Telephoto Taylor-Hobson telephoto physically shorter than long focus
Dallon Dallmeyer telephoto physically shorter than long focus
Magnear Zeiss telephoto physically shorter than long focus
Telecentric Ross telephoto physically shorter than long focus
Tele-Dynar Voigtlander telephoto physically shorter than long focus
Telegor Goerz telephoto physically shorter than long focus
Tele-Peconar Plaubel telephoto physically shorter than long focus
Telephoto, Series VIII Taylor-Hobson telephoto physically shorter than long focus
Tele-Tessar Zeiss telephoto physically shorter than long focus
Tele-Xenar Schneider telephoto physically shorter than long focus
Telikon Zeiss telephoto physically shorter than long focus
Baltar Bausch & Lomb Quadruplets single + compound cemented ele.
Biogon Zeiss Quadruplets single + compound cemented ele.
Biotar Zeiss Quadruplets single + compound cemented ele.
Opic Taylor-Hobson Quadruplets single + compound cemented ele.
Planar Zeiss Quadruplets single + compound cemented ele.
Septac Dallmeyer Quadruplets single + compound cemented ele.
Unar Zeiss Quadruplets single + compound cemented ele.
Xenon Schneider Quadruplets single + compound cemented ele.
Xenotar Schneider Quadruplets single + compound cemented ele.
Xpres f/1.9 Ross Quadruplets single + compound cemented ele.
Actinar Steinheil triplet uncemented, 3 single airspaced ele.
Apotar Agfa triplet uncemented, 3 single airspaced ele.
Aristoplan Meyer triplet uncemented, 3 single airspaced ele.
Avuskop Voigtlander triplet uncemented, 3 single airspaced ele.
Cassar Steinheil triplet uncemented, 3 single airspaced ele.
Cooke Kodak Anastigmat Taylor-Hobson triplet uncemented, 3 single airspaced ele.
Cooke Triplet Taylor-Hobson triplet uncemented, 3 single airspaced ele.
Eurygon Rodenstock triplet uncemented, 3 single airspaced ele.
Glaukar Busch triplet uncemented, 3 single airspaced ele.
Helomar Voigtlander triplet uncemented, 3 single airspaced ele.
Kodak Anaston Eastman triplet uncemented, 3 single airspaced ele.
Nettar Contessa Nettar triplet uncemented, 3 single airspaced ele.
Novar Zeiss triplet uncemented, 3 single airspaced ele.
Primoplan Taylor-Hobson triplet uncemented, 3 single airspaced ele.
Radionar Schneider triplet uncemented, 3 single airspaced ele.
Trinar Rodenstock triplet uncemented, 3 single airspaced ele.
Trioplan Meyer triplet uncemented, 3 single airspaced ele.
Triotar Zeiss triplet uncemented, 3 single airspaced ele.
Voigtar Voigtlander triplet uncemented, 3 single airspaced ele.
Aristostigmat Meyer Quadruplets uncemented, 4 single airspaced ele.
Artar Goerz Quadruplets uncemented, 4 single airspaced ele.
Aviar Taylor-Hobson Quadruplets uncemented, 4 single airspaced ele.
Celor Goerz Quadruplets uncemented, 4 single airspaced ele.
Dialyt Rietzschel Quadruplets uncemented, 4 single airspaced ele.
Dogmar Goerz Quadruplets uncemented, 4 single airspaced ele.
Doppel Anastigmat Series II-b Goerz Quadruplets uncemented, 4 single airspaced ele.
Eistal Series VII-b Taylor-Hobson Quadruplets uncemented, 4 single airspaced ele.
Gotar Goerz Quadruplets uncemented, 4 single airspaced ele.
Isconar Schneider Quadruplets uncemented, 4 single airspaced ele.
Kalostigmat Goerz Quadruplets uncemented, 4 single airspaced ele.
Metrogon Bausch & Lomb Quadruplets uncemented, 4 single airspaced ele.
Omnar Busch Quadruplets uncemented, 4 single airspaced ele.
Rectagon Goerz Quadruplets uncemented, 4 single airspaced ele.
Solar Reichert Quadruplets uncemented, 4 single airspaced ele.
Syntor Goerz Quadruplets uncemented, 4 single airspaced ele.
Tenastigmat Goerz Quadruplets uncemented, 4 single airspaced ele.
Topogon Zeiss Quadruplets uncemented, 4 single airspaced ele.
Unofocal Steinheil Quadruplets uncemented, 4 single airspaced ele.
       
Source: The Large Camera, Andreas Feininger, Modern Photography, Dec. 1960, pp. 54, 60-1.
       
World of Tessars:      
Aldis Series I      
B&L Tessar*      
Boyer Saphir      
Busch Glyptar      
Ilex Paragon      
Kern Kernon      
Kodak Anastigmat*      
Kodak Aviaton      
Kodak Process Anastigmat      
Laack Dialytar T      
Leitz Elmar*      
Hugo Meyer Primotar      
Plaubel Anticomar      
Rodenstock Ysar      
Rousell Stylor      
Schneider Xenar*      
Voigtlander Skopar*      
Carl Zeiss Tessar*      
*=higher quality, recommended      
Source for World of Tessars table: View from Kramer, Modern Photography, October 1969, p.30,36
       

[Ed. note: thanks to Roger for this correction...]
Date: Tue, 30 Jan 2001
From: AntiNewton@aol.com
To: rmonagha@post.cis.smu.edu
Subject: errata

the Metrogon was an improvement on the topogon design. Unsymmetrical, the second element was split into two. There were five elements in the Metrogon.

You might be interested in comparing the patent literature.US 2,031,792; 2,325,275; and the Reverse Metrogon, US 2,116, 264.

Roger Newton


From Rollei Mailing List;
Date: Sat, 03 Mar 2001
From: Richard Knoppow dickburk@ix.netcom.com
Subject: Re: [Rollei] OT: Ennagon lens

you wrote:

>Does anyone know what type of lens an Enna Werk Munchen  Ennagon is?
>I have not been able to find details in my books.  If is on a nice 6x6 folder,
>so I would expect it is a Tessar type lens.
>
>Thank you,
>
>Richard
>--------------------------------------------------------------
>Richard Urmonas
>rurmonas@senet.com.au

A hard one to find. Its in _Photographic Lens Manual and Directory_, First ed. C.B. Neblette, 1959, Morgan and Morgan. Which shows the f/3.5 Ennagon to be a triplet.

----
Richard Knoppow
Los Angeles,Ca.
dickburk@ix.netcom.com


From: dickburk@ix.netcom.com (Richard Knoppow)
Newsgroups: rec.photo.equipment.large-format
Subject: Re: lens names
Date: Wed, 27 Mar 2002


"David Smith" smith.david.dr@bhp.com wrote:
>Hi,
>I'm about to get into large format photography (4x5) by way of building my
>own camera. I have a Toyo back off a metallurgical microscope I found in a
>scrap yard. Attaching it to bellows and making the frame for the movements
>seems to be not too difficult.
>The lens is a question. I have been reading of Angulon...Super Angulon,
>Grandagon, Symmar and Sironar lenses.
>What do these lens descriptions mean?
>Thanks
>David

 Some of them refer to specific lens types, some are general
trade-names used for many different kinds of lenses. Ektar is an
example of the later as is Baltar (Bausch and Lomb + tar). The B&L;
Raytar is named after Ray, its designer. (There are at least two well
known lens designers named Ray. Intersting, I have long suspected some
people's names steer them into their professional fields).

  Many lens names come from Latin or Greek roots for some quality the
lens is supposed to have, or its construction.

  Symmar for symmetrical (the original Symmar was a Dagor type).
"ar" or "tar" is a frequent ending, I can't figure out what it comes
from other than sounding melifluous. "or" is also frequently found.

  Some names are derived from the maker's name. Again Ektar is an
example, meaning Eastman-Kodak + tar. Dagor is Doppple
Anastigmat-Goerz.

 Tessar means four elements.

Protar, the orginal. The first lens of this type was the first
anastigmat using the then new Jena glasses. It was called by Zeiss the
"Anastigmat" but the name soon became generic so it was re-named
Protar. There are several variations of this lens.

 Zeiss Sonnar, bright, like the sun (a very fast lens).

 Angulon, a wide-angle lens (large angle).

 "gon" or "on" is often found as a suffix to wide-angle lens names,
gon from angle (as in Hypergon, Metrogon, Angulon, Flektogon, &etc.;).

 Grandagon simply means large angle (excellent lenses BTW).

 Some makers used other kinds of names. Boyer, of France, named its
lenses after jewells, Opale, Beryl, etc.

  Some makers, like Nikon don't use individual names at all simply
marking all their lenses with a single trade-name (Nikkor).

  Some lens names have become synonomous with a generic type because
they were the first of the type or had someother outstanding quallity.
Planar (meaning flat field) was a Zeiss lens designed by Paul Rudloph,
also the inventor of the Tessar and Protar. The original Planar was a
symmetrical lens and not widely used. However, it was later made
semi-symmetrical by Horace Lee of Taylor, Taylor, and Hobson. This
design is the basis for most lenses of f/2 or faster speeds used on
35mm still cameras and a great many fast motion picture lenses.
Curiously enough the "generic" name for this type is Biotar, from a
later design by Willie Merte of Zeiss. Probably the reason is that the
Opic was a sort of stand-alone and while an excellent lens was not
widely sold.

  For more on lens history see:

_A History of the Photographic Lens_ Rudolf Kingslake, 1989, The
Academic Press ISBN 0-12-408640-3

  Probably out of print but may be available used and larger libraries
should have it.

---
Richard Knoppow
Los Angeles, CA, USA.
dickburk@ix.netcom.com

[Ed. note: a cautionary tale about how marketing types can muck things up ;-) ] From: "roland.rashleigh-berry" roland.rashleigh-berry@ntlworld.com Newsgroups: rec.photo.equipment.medium-format Subject: Re: Voigtlander Ultron lens Date: Sun, 1 Sep 2002 "roland.rashleigh-berry" roland.rashleigh-berry@ntlworld.com wrote > Does anyone have any information as to why Voigtlander (not > Cosina-Voigtlander) went for the Ultron lens on its Vitessa cameras as a > high-end lens beyond the Color-Skopar (the best Tessar clone of all the > Tessar types ever made, IMO) rather than sticking with their Color-Heliar > design they used on the higher-end Bessa II's (yes I know about the highest > end Bessa II's with the Apo-Lanthar)? They seemed to have dumped the Color > Heliar and yet I have used a Bessa II with a Color Heliar and at the widest > aperture the lens knocks their Color Skopar into a cocked hat. It is > incredibly sharp with extremely high contrast. I would have thought they > could have kept to that design. Why the Ultron? Why not stick with the Color > Heliar? I've been doing some reading and it seems the Heliar is not the Heliar anyway but a Dynar renamed to the Heliar because the Heliar design was a flop due to coma. But Voigtlander preferred the name Heliar to Dynar so they dropped the lens but reassigned the name. But as for the original Ultron (and I don't mean the Cosina version) then I can't find out what design it was based on.


From zeiss interest group mailing list: Date: Tue, 29 Oct 2002 From: "William B. Lurie" billurie@bellsouth.net Subject: Lens nomenclature To: Peter Wallage I sent the following to your regular e-mail address (I thought) and it bounced. Peter, in my opinion, the-ar suffix is almost generic for a wide varity of lens designs. Xenar and Radionar, by the way, were, I believe used only by Schneider. The camera might say Voigtl,nder or F&H;/Rollei but I believe that nobody else made a Xenar, and also that Xenar is generically Schneider's name for a four-element Tessar copy. Really, Kingslake's book, plus the Vademecum, make up a sine qua non for lens history. I'm sure that just -on does non imply anything special about the angle. The Xenon is always high speed, not wide angle. The Nokton is super high speed, not angle-related. Really, Kingslake's book, in the $50 neighborhood, makes terrifically interesting reading. Kind regards, Bill Lurie


From ZICG mailing list: Date: Fri, 25 Oct 2002 From: "Peter Wallage" leighamvale44@yahoo.co.uk Subject: Re: What's in a name? --- In ZICG@y..., charzou@a... wrote: > I'll go look in my texts, but I seem to recall a savant explication by Zeiss > themselves of the origins of the various names for their lenses. Tessar is > either from the Greek root for four (as Bill suggests) or from the word that > gives us tessalation, but I'm too tired to look it up tonight. I lean toward > the tetra... idea. We could drift off into a long and fascinating discussion on etymology if we're not careful, but so long as we stay with Zeiss lens (or camera) names I reckon we're more or less on-list. If you can find something from Zeiss about how and why they coined their trade names it would be very interesting. They seemed to have leaned more towards Greek than Latin for combining forms, and I think Bill is right when he suggests tessares, the Greek word for four, as leading to the four-glass Tessar, and the Greek tria or three to the three-glass Triotar. Planar, though, suggests to me a flat plane image - from Latin planus? Biotar and Biogon? Possibly from the Greek bios for life - lifelike?? Sonnar doesn't seem to come from either Greek or Latin. A possibility might be from the German sonne for sun, inspiring in the convoluted mind of some marketing man the idea of a wide aperture lens transmittting a lot of light - or is that too far fetched? Also, the endings -ar and -on are popular with most lens makers, and it would seem that lens names ending with -on indicate a higher grade than those ending in -ar. Anyone got any ideas on this? Peter


From ZICG mailing list: Date: Fri, 25 Oct 2002 From: "Dr.Mabuse" jochenmabuse@ngi.de Subject: Biotar, Biogon, Biometar... AND what about Lens quality measures ? hello friends, my confusion of the "Trio"s lead to a very interesting thread. Nice to follow. BIO- in Zeiss lens names came indeed from "˙ios", the greek word for life, as I read in some old Zeiss literature. "Tessar" came from the greek "tetra". "Sonnar" on the other hand came from "Sonne", the German word for sun. Bill Lurie wrote: > My last coherent > thoughts on this subject, before I go to that happy > photo studio in the sky, > are sure to be that no lens by any manufacturer, > given the same limitations > of available glasses in the era, will prove to be > better than the one with > the Carl > Zeiss Jena label on it. I'm not your opinion, Bill. Even Zeiss Jena had, after start of the 2nd World War, a lot of supply problems e.g. for rare earth elements what lead to quality pronblems in lens fabrication. In VEB Zeiss Jena after 1949 the problems seem to have continued. Some of their lenses were just pushed out. In sharpness e.g. the Nikkor lenses came up soon after 1950 and got better and better. Zeiss Unterkochen had to engage much power to keep on track, the same counts for Leica. I think that there are today a lot of quantitative measurement methods for brightness, contrast, centricity, transparence. The journal COLOR-FOTO shows lens-tests of modern lenses based on these measurements, see http://www.netedition.de/sixcms/list.php3?page_id=1593. Of course it would be very interesting to put an old Tessar or Triotar on such a MTF-Measurement device; but that will cost 1 - 2 working days of the real experts. It would be of interest do have a discussion about the definition of lens quality. what are your objectives ? Jochen from Grmany


From ZICG mailing list: Date: Sat, 26 Oct 2002 From: "Dr.Mabuse" jochenmabuse@ngi.de Subject: Re: Old Meyer Oreston 50/1.8 and other *-ons" Javier Perez wrote: > I've always assumed the Old Meyer Oreston 50/1.8 was a > planar type but it could be a Tessar I guess. In my Kadlubek reference the Oreston is noted with 6 elements - So it should be a Planar design. An aperture of 1.8 would not be possible with the Tessar design; the most for Tessar is 2.7 ! mostly the 50mm lenses with aperture of 2 or wider have an ending of "-on" and a Planar design - symmetrical Gauss type of 4 blocks, like Schneider Xenon, Leitz Summicron. Not to confuse with the "-gons" which name wide-angle lens designs. the only special developments I know were the Voigtlaender Septon and Nokton with 7 elements in 5 groups and a very peculiar Zeiss/Voigtlaender design for the Icarex called Ultron 50mm/1.8 with 6 elements in 5 groups. This one has a concave front element what is absolutely unusual ! I'm looking for this in TM version but they are very seldom. To induce even more confusion Zeiss/Voigtlaender marketed later on a "Color-Ultron" for the SL-706 and VSL-1 with the same specifications but with a Planar design of 6/4. The Planar design mayo be easier to correct for close-up region. the confusion is topped by Cosina which bought the company and lens names of Voigtlaender and keeps on selling their new designed lenses on the old names, so for them it wil no more be possible to get a hint for the design from the lens name ! To mention the measurement of contrast and resolution: that can be measured using a transfer-function-meter and taht is an absolutely objective but time-consuming test. sorry that I have no page scanner otherwise I would give you some sheets of lens designs. hope this helps. Jochen from Germany.


From zicg mailing list: Date: Sat, 26 Oct 2002 From: "William B. Lurie" billurie@bellsouth.net Subject: Tessar f2.7 Jochen said: In my Kadlubek reference the Oreston is noted with 6 elements - So it should be a Planar design. An aperture of 1.8 would not be possible with the Tessar design; the most for Tessar is 2.7 ! Let me refer you all briefly to the article last Spring, in 'Fotodeal' by Bernd Otto. Well worth reading, but unfortunately only available in German. The Tessar formulation was generally known to be incapable of true Zeiss quality beyond f2.8, and even at f2.8 not all that great, up until the time it was 'recomputed' about a dozen years after WW-II. Using new glasses, it was then made into a top quality design and, at f2.8 maximum aperture, was put on the Contaflex later models. Otto recounts that the designer actually produced a design for the 50mm Tessar at f2.5, but the decision was made never to put it into production. Bill Lurie


From: danielwfromm@att.com (Dan Fromm) Newsgroups: rec.photo.equipment.large-format Subject: Re: Heliar vs tessar? Date: 3 May 2003 Stacey fotocord@yahoo.com wrote > I know what a tessar is, what exactly is a heliar. Specifically I have an > uncoated voigtlander 30cm f4.5 heliar (used on 8X10) and am curious -what- > it is? Also noticed looking though the corners of the GG, the tessar (also > a 30cm f4.5) has the whole aperture visible at f8-f11 while the heliar > doesn't show the whole aperture until f22 and only stops down to f32 vs the > tessar's f64. Does this lens have less coverage? TIA for any info. The Heliar formula is essentially a tessar with the singlet front element replaced by a cemented doublet. Invented by Voigtlander, also used in V's Apo-Lanthar lenses. Few other makers used it, other examples include the Dallmeyer Pentac, the Kodak 100/3.5 and 105/3.7 Ektars, and the Kodak 50/4.5 and 75/4.5 Enlarging Ektars. Said to cover a somewhat narrower angle than a tessar of the same focal length. I've had a 105/3.7 Ektar, which was the top-of-the-line normal lens for 2x3 Graphics. I preferred my 101/4.5 Ektar (tessar type) to it, thought the 101 was sharper. May have had an abused 105. Other people have commented on the 'plasticity' of images made with heliar types. Never saw that with mine, but then I've never been sure what plasticity was, so it may have been there and I didn't recognize it. Try yours, you might like it. Cheers, Dan


From: sahamley@netscape.net (Steve Hamley) Newsgroups: rec.photo.equipment.large-format Subject: Re: Heliar vs tessar? Date: 3 May 2003 Stacey, The Heliar reportedly has less coverage than the Tessar. Accounts vary about the 300 covering 8x10 at infinity, but it certainly does at less than infinity, like portrait distances. You won't have much movement on an 8x10, but I love mine for the different look, especially in black and white. I think the 300s were formulated for plate size like the 300 Imagon and many older lenses. There was reportedly more than one Heliar formulation, so maybe coverage varies. The 360 will cover 8x10 with movements, but they are more scarce and you lose a stop or so putting it in a large #5 shutter. BTW, rumor also has it that you can unscrew the rear element a little and get an ersatz Universal Heliar (soften the image even more). David Goldfarb and Jim Galli are good info sources for Heliars. Thanks! Steve ...


From: Stacey fotocord@yahoo.com Newsgroups: rec.photo.equipment.large-format Subject: Re: Heliar vs tessar? Date: Sat, 03 May 2003 ArtKramr wrote: > Of course today the old goals of roundness have long been > abandoned and hard sharoness is the rule. Not for everyone. I'm starting to realize there is a lot more than "sharpness" to what makes a great lens/image. I suppose the CZJ 180 f2.8 has shown me this more than any other lens I've used recently. Yes it's pretty sharp but the other stuff "going on" is what makes this lens so fantastic. The soviet 150 f2.8 is sharper but at the expence of harshness. > But those were different times > and a few > designers had different goals. > I'm glad these goals were seen. Thanx for the info. -- Stacey


From: artkramr@aol.com (ArtKramr) Newsgroups: rec.photo.equipment.large-format Date: 03 May 2003 Subject: Re: Heliar vs tessar? >Subject: Re: Heliar vs tessar? >From: "dr bob" rsmith@dmv.com >Date: 5/3/03 >I think (?) Hans Harting designed the Heliar in 1900 for Voigtlander as he >tried to produce a symmetrical modification of the Cook Triplet. It is >comprised of five elements in three groups. To improve the apparently poor >performance of his original design, Hans later modified his original design >with the cemented surfaces convex toward the stop (aperture). The front and >rear groups are approximately symmetrical with the fifth element between >them. A modern modification in a Leitz design conforms to Harting's >successful design. The Seiko 105mm for the Mamiya TLR (sorry Stacey) is a >further modification. > >More information on this and other lens designs can be found in: Rudolf >Kingslake "A History of the Photographic Lens", Academic Press, Inc., San >Diego, Ca. 1989, which is still in print. OBTW Rudolf died earlier this >year - a great loss to the world in general and photography in specific. > >Truly, dr bob. In comparing a Heliar to a Tessar we must take into consideraiton the design goals of the two lenses and the differences in what the images actually looked like. The Tessar was designed to produce "hard sharpness". The sharper the better and the contrastier the better. The Heliar had totally different design goals. During that early period some designers were looking to produce lenses that gave a "roundness" or three dimentionality to the image. The first and most successful of these designs to create this illusion was the Hugo Meyer Plasmat. Plasmat meant "plastic" or round and was the origin of the name. Lenses of this type were not "sharp" in the sense that a Tessar was sharp, but they gave a feeling of roundness. The Heliar was a lens in that tradition, designed to produce a three dimensional effect like the Plasmat. As a result some might be disapointed in Heliar performance compared to Tessars since the "roundness " of the Heliar might be construed as being "soft" compared to a Tessar. Of course today the old goals of roundness have long been abandoned and hard sharoness is the rule. But those were different times and a few designers had different goals. Arthur Kramer Visit my WW II B-26 website at: http://www.coastcomp.com/artkramer


From: "dr bob" rsmith@dmv.com Newsgroups: rec.photo.equipment.large-format Subject: Re: Heliar vs tessar? Date: Sat, 3 May 2003 "Stacey" fotocord@yahoo.com wrote > I know what a tessar is, what exactly is a heliar. Specifically I have an > uncoated voigtlander 30cm f4.5 heliar (used on 8X10) and am curious -what- > it is? Also noticed looking though the corners of the GG, the tessar (also > a 30cm f4.5) has the whole aperture visible at f8-f11 while the heliar > doesn't show the whole aperture until f22 and only stops down to f32 vs the > tessar's f64. Does this lens have less coverage? TIA for any info. > -- > > Stacey Hello again Stacey: I think (?) Hans Harting designed the Heliar in 1900 for Voigtlander as he tried to produce a symmetrical modification of the Cook Triplet. It is comprised of five elements in three groups. To improve the apparently poor performance of his original design, Hans later modified his original design with the cemented surfaces convex toward the stop (aperture). The front and rear groups are approximately symmetrical with the fifth element between them. A modern modification in a Leitz design conforms to Harting's successful design. The Seiko 105mm for the Mamiya TLR (sorry Stacey) is a further modification. More information on this and other lens designs can be found in: Rudolf Kingslake "A History of the Photographic Lens", Academic Press, Inc., San Diego, Ca. 1989, which is still in print. OBTW Rudolf died earlier this year - a great loss to the world in general and photography in specific. Truly, dr bob.


rec.photo.equipment.large-format From: David Nebenzahl nobody@but.us.chickens [1] Re: "Aristostigmat" ??? Date: Wed Mar 31 2004 Bob Monaghan spake thus: > try http://medfmt.8k.com/mf/lenstype.html - has aristostigmat listed, > along with scores of other lenses by type, mfger, and construction > sortings, plus the spreadsheet for your own sorting efforts, plus a > listing of tessar lenses by mfger/names with the better examples > highlighted... Bob--good resource, but you ought to know that there's at least on glaring error in it (repeated, no less). You have the Kodak Ektar listed as a tripet while it is, in fact, a tessar (as stated on your other page, http://medfmt.8k.com/mf/ektar.html).


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