Price unmount version order no. 1 piece in € 2-5 piece in € 6-10 piece in € PGT 3.05.0 215.- 203.- 184.- PGT 3.08.0 306.- 293.- 274.- PGT 3.10.0 456.- 436.- 407.- order no. 1 piece in € 2 piece in € 3-5 piece in € PGT 3.12.0 675.- 650.- 624.- PGT 3.15.0 1327.- 1278.- 1229.-

format 8 mm 10 mm 12 mm 15mm Article-No. mount PGT 4.08(.05)* PGT 4.10 PGT 4.12 PGT 4.15 Article-No. unmount PGT 4.08.0 PGT 4.10.0 PGT 4.12.0 PGT 4.15.0 width-to-length ratio [mm²] 8 x 8 10 x10 12 x12 15 x 15 Length [mm] 13,5 17,5 21,5 27 useable diameter [mm²] 7,5 x 6,5 9,5 x 8,5 11,5 x 10,4 14,5 x 13 mount diameter [mm] 16(25) 25 25 25 mount length [mm] 22 28 30 36 mount aperture [mm] 7,5 9,5 11,5 14,5 * These mounts are available with a mount diametern of 16 mm and 25 mm (add .05 to Article-No. ) Price mount version order no. 1 piece in € 2 piece in € 3-5 piece in € PGT 4.08 1005.- 974.- 943.- PGT 4.10 1388.- 1344.- 1301.- PGT 4.12 1877.- 1811.- 1745.- PGT 4.15 3218.- 3099.- 2980.- Price unmount version order no. 1 piece in € 2 piece in € 3-5 piece in € PGT 4.08.0 925.- 897.- 868.- PGT 4.10.0 1275.- 1235.- 1195.- PGT 4.12.0 1760.- 1698.- 1636.- PGT 4.15.0 3071.- 2958.- 2844.-

version short version simple version long version UV version spectral range 350-2700 nm 400-2700 nm 350-2700 nm 250-2700 nm extinction ratio 10-6 10-5 10-6 10-6 wavefront deformation <λ/4 <1λ <λ/4 <λ/4 prismatic deviation <2' <5' <2' <2' width-to-length ratio 1:2 1:2 1:3 1:1,8 cut angle 67,5° 67,5° 73° 64° field of view ±6° ±6° ±15° ±9°

The Maximum Relative Deflection of vibration isolated 5300 Series tabletops is derived from Equations (8) and (10) in conjunction with Figure 49.1 and is presented in Figure 49.2 for ready reference.

Price mount version order no. 1 piece in € 2-5 piece in € 6-10 piece in € PGT 3.05 285.- 269.- 244.- PGT 3.08 380.- 364.- 340.- PGT 3.10 559.- 535.- 500.- order no. 1 piece in € 2 piece in € 3-5 piece in € PGT 3.12 786.- 756.- 727.- PGT 3.15 1474.- 1419.- 1365.- Price unmount version order no. 1 piece in € 2-5 piece in € 6-10 piece in € PGT 3.05.0 215.- 203.- 184.- PGT 3.08.0 306.- 293.- 274.- PGT 3.10.0 456.- 436.- 407.- order no. 1 piece in € 2 piece in € 3-5 piece in € PGT 3.12.0 675.- 650.- 624.- PGT 3.15.0 1327.- 1278.- 1229.-

We’re here to help you select the right vibration-free optical table or workstation, or design a custom one that will meet your exact requirements. Click here to talk with one of our experts.

order no. 1 piece in € 2-5 piece in € 6-10 piece in € PGT 3.05 285.- 269.- 244.- PGT 3.08 380.- 364.- 340.- PGT 3.10 559.- 535.- 500.- order no. 1 piece in € 2 piece in € 3-5 piece in € PGT 3.12 786.- 756.- 727.- PGT 3.15 1474.- 1419.- 1365.- Price unmount version order no. 1 piece in € 2-5 piece in € 6-10 piece in € PGT 3.05.0 215.- 203.- 184.- PGT 3.08.0 306.- 293.- 274.- PGT 3.10.0 456.- 436.- 407.- order no. 1 piece in € 2 piece in € 3-5 piece in € PGT 3.12.0 675.- 650.- 624.- PGT 3.15.0 1327.- 1278.- 1229.-

order no. 1 piece in € 2 piece in € 3-5 piece in € PGT 1.08.0 612.- 586.- 561.- PGT 1.10.0 943.- 903.- 863.- PGT 1.12.0 1578.- 1492.- 1424.-

Glan-Taylor Prism

The prisms are produced from calcite of selected quality which is practically striae- and bubble-free. This grants an extraordinary high extinction ratio over a broad spectral range. The polarizers consist of two prisms joined by optical cement. The ordinary polarized beam experiences total internal reflection and the interface to the cement layer. The side surfaces are coated with black varnish to absorb the reflected o beam.

At KSI, we want you to be aware of the important difference between reality and specification hype. For example – flatness, stiffness, weight, static deflection, dynamic compliance, natural frequency, and damping are real properties of any optical table, and these are directly measurable by standard instruments and techniques. However, some manufacturers use theoretical estimates of intangible performance parameters which cannot be verified. For optical table selection and comparison, real measured data and test results can never be replaced by theoretical computed estimates based on idealized assumptions and unproven hypotheses.

Price custom version option order-no.: additional price interferometer quality wavefront distortion <λ/10 PGT 0.1 15% prismatic deviation <5'' PGT 0.2 336.- extinction ratio <10-7 PGT 0.7 15% extinction ratio <10-8 PGT 0.8 30% antireflection coating --- on request connection with Thorlabs SM1 or SM2 thread --- on request

The Dynamic Deflection Coefficient (DDC) for 5300 Series Tables is derived from Equation (9) in conjunction with natural frequency and Q data contained in Figures 47.1 and 48.2, and plotted in Figure 49.1 for ready reference.

format 6 mm 8 mm 10 mm 12 mm 15mm Article-No. mount PGT 2.05(.05)* PGT 2.08(.05)* PGT 2.10 PGT 2.12 PGT 2.15 Article-No. unmount PGT 2.05.0 PGT 2.08.0 PGT 2.10.0 PGT 2.12.0 PGT 2.15.0 width-to-length ratio [mm²] 6 x 6 8 x 8 10 x10 12 x12 15 x 15 Length [mm] 12 16 20 24 30 useable diameter [mm²] 5,0 x 4,9 7,5 x 6,6 9,5 x 8,2 11,5 x 9,8 14,5 x 12,6 mount diameter [mm] 16(25) 16(25) 25 25 25 mount length [mm] 18 22 28 30 36 mount aperture [mm] 5,0 7,5 9,5 11,5 14,5 * These mounts are available with a mount diametern of 16 mm and 25 mm (add .05 to Article-No. ) Price mount version order no. 1 piece in € 2-5 piece in € 6-10 piece in € PGT 2.05 387.- 364.- 330.- PGT 2.08 560.- 537.- 502.- PGT 2.10 830.- 794.- 741.- order no. 1 piece in € 2 piece in € 3-5 piece in € PGT 2.12 1214.- 1156.- 1111.- PGT 2.15 2334.- 2229.- 2144.- Price unmount version order no. 1 piece in € 2-5 piece in € 6-10 piece in € PGT 2.05.0 316.- 298.- 270.- PGT 2.08.0 487.- 467.- 436.- PGT 2.10.0 726.- 695.- 649.- order no. 1 piece in € 2 piece in € 3-5 piece in € PGT 2.12.0 1103.- 1051.- 1009.- PGT 2.15.0 2187.- 2088.- 2009.-

For the long version the crystals are cut at a larger angle. By this the prisms maintain their polarizing properties even at higher angles of incidence. Therefore, the long version is particularly suited for applications involving strongly divergent or convergent light. The other properties are identical to those of the short version.

A laser is a device that emits light through a process of optical amplification based on the stimulated emission of electromagnetic radiation.

Optical specifications format 8 mm 10 mm 12 mm 15mm Article-No. mount PGT 4.08(.05)* PGT 4.10 PGT 4.12 PGT 4.15 Article-No. unmount PGT 4.08.0 PGT 4.10.0 PGT 4.12.0 PGT 4.15.0 width-to-length ratio [mm²] 8 x 8 10 x10 12 x12 15 x 15 Length [mm] 13,5 17,5 21,5 27 useable diameter [mm²] 7,5 x 6,5 9,5 x 8,5 11,5 x 10,4 14,5 x 13 mount diameter [mm] 16(25) 25 25 25 mount length [mm] 22 28 30 36 mount aperture [mm] 7,5 9,5 11,5 14,5 * These mounts are available with a mount diametern of 16 mm and 25 mm (add .05 to Article-No. ) Price mount version order no. 1 piece in € 2 piece in € 3-5 piece in € PGT 4.08 1005.- 974.- 943.- PGT 4.10 1388.- 1344.- 1301.- PGT 4.12 1877.- 1811.- 1745.- PGT 4.15 3218.- 3099.- 2980.- Price unmount version order no. 1 piece in € 2 piece in € 3-5 piece in € PGT 4.08.0 925.- 897.- 868.- PGT 4.10.0 1275.- 1235.- 1195.- PGT 4.12.0 1760.- 1698.- 1636.- PGT 4.15.0 3071.- 2958.- 2844.-

At KSI, we’ve taken all the guesswork out of selecting optical tables and vibration control equipment. We have developed pre-engineered rigid and high natural frequency honeycomb optical tables, breadboards, and modular rigid supports (upgradeable to vibration isolators) to provide you with cost-effective solutions for any vibration environments you encounter. The choice is simple. For precision applications in severe or unknown vibration environments, we recommend highly damped honeycomb optical tables such as our 5300 Series and Active-Air vibration isolation systems. For normal or moderate environments we offer economical, broadband damped tables such as our 5200 Series or 5100 Series with Isolators or our Modular Rigid Supports.

The polarizers are not antireflection coated by default. Versions The Glan-Thompson prisms are available in four versions. The short version is suited for most applications. It provides a high extinction ratio, high transmission and low wavefront distortion in the visible and infrared spectral range. The simple version has the same geometrical shape as the short version. By reducing the specifications for the usable spectral range, the extinction ratio and the wavefront distortion we can achieve a very competitive price. Nevertheless, these prisms are high quality polarizers with specifications exceeding those of alternative models. For the long version the crystals are cut at a larger angle. For the long version the crystals are cut at a larger angle. By this the prisms maintain their polarizing properties even at higher angles of incidence. Therefore, the long version is particularly suited for applications involving strongly divergent or convergent light. The other properties are identical to those of the short version. BeFor the UV version we select calcite with the highest available UV transmission. The prisms are joined with a UV transparent cement. By this means the prisms become suited for the ultraviolet spectral range starting above 250 nm. General specifications short version simple version long version UV version Custom version Optical specifications version short version simple version long version UV version spectral range 350-2700 nm 400-2700 nm 350-2700 nm 250-2700 nm extinction ratio 10-6 10-5 10-6 10-6 wavefront deformation <λ/4 <1λ <λ/4 <λ/4 prismatic deviation <2' <5' <2' <2' width-to-length ratio 1:2 1:2 1:3 1:1,8 cut angle 67,5° 67,5° 73° 64° field of view ±6° ±6° ±15° ±9° Optical specifications format 6 mm 8 mm 10 mm 12 mm 15mm Article-No. mount PGT 2.05(.05)* PGT 2.08(.05)* PGT 2.10 PGT 2.12 PGT 2.15 Article-No. unmount PGT 2.05.0 PGT 2.08.0 PGT 2.10.0 PGT 2.12.0 PGT 2.15.0 width-to-length ratio [mm²] 6 x 6 8 x 8 10 x10 12 x12 15 x 15 Length [mm] 12 16 20 24 30 useable diameter [mm²] 5,0 x 4,9 7,5 x 6,6 9,5 x 8,2 11,5 x 9,8 14,5 x 12,6 mount diameter [mm] 16(25) 16(25) 25 25 25 mount length [mm] 18 22 28 30 36 mount aperture [mm] 5,0 7,5 9,5 11,5 14,5 * These mounts are available with a mount diametern of 16 mm and 25 mm (add .05 to Article-No. ) Price mount version order no. 1 piece in € 2-5 piece in € 6-10 piece in € PGT 2.05 387.- 364.- 330.- PGT 2.08 560.- 537.- 502.- PGT 2.10 830.- 794.- 741.- order no. 1 piece in € 2 piece in € 3-5 piece in € PGT 2.12 1214.- 1156.- 1111.- PGT 2.15 2334.- 2229.- 2144.- Price unmount version order no. 1 piece in € 2-5 piece in € 6-10 piece in € PGT 2.05.0 316.- 298.- 270.- PGT 2.08.0 487.- 467.- 436.- PGT 2.10.0 726.- 695.- 649.- order no. 1 piece in € 2 piece in € 3-5 piece in € PGT 2.12.0 1103.- 1051.- 1009.- PGT 2.15.0 2187.- 2088.- 2009.- Optical specifications format 5,5 mm 8 mm 10 mm 12 mm 15mm Article-No. mount PGT 3.05(.05)* PGT 3.08(.05)* PGT 3.10 PGT 3.12 PGT 3.15 Article-No. unmount PGT 3.05.0 PGT 3.08.0 PGT 3.10.0 PGT 3.12.0 PGT 3.15.0 width-to-length ratio [mm²] 5,5 x 5,5 8 x 8 10 x10 12 x12 15 x 15 Length [mm] 11 16 20 24 30 useable diameter [mm²] 5,0 x 4,5 7,5 x 6,6 9,5 x 8,2 11,5 x 9,8 14,5 x 12,6 mount diameter [mm] 16(25) 16(25) 25 25 25 mount length [mm] 18 22 28 30 36 mount aperture [mm] 5,0 7,5 9,5 11,5 14,5 * These mounts are available with a mount diametern of 16 mm and 25 mm (add .05 to Article-No. ) Price mount version order no. 1 piece in € 2-5 piece in € 6-10 piece in € PGT 3.05 285.- 269.- 244.- PGT 3.08 380.- 364.- 340.- PGT 3.10 559.- 535.- 500.- order no. 1 piece in € 2 piece in € 3-5 piece in € PGT 3.12 786.- 756.- 727.- PGT 3.15 1474.- 1419.- 1365.- Price unmount version order no. 1 piece in € 2-5 piece in € 6-10 piece in € PGT 3.05.0 215.- 203.- 184.- PGT 3.08.0 306.- 293.- 274.- PGT 3.10.0 456.- 436.- 407.- order no. 1 piece in € 2 piece in € 3-5 piece in € PGT 3.12.0 675.- 650.- 624.- PGT 3.15.0 1327.- 1278.- 1229.- Optical specifications format 8 mm 10 mm 12 mm Article-No. mount PGT 1.08(.05)* PGT 1.10 PGT 1.12 Article-No. unmount PGT 1.08.0 PGT 1.10.0 PGT 1.12.0 width-to-length ratio [mm²] 8 x 8 10 x10 12 x12 Length [mm] 24 30 36 useable diameter [mm²] 7,5 x 7,2 9,5 x 9 11,5 x 10,8 mount diameter [mm] 16(25) 25 25 mount length [mm] 30 38 42 mount aperture [mm] 7,5 9,5 11,5 * These mounts are available with a mount diametern of 16 mm and 25 mm (add .05 to Article-No. ) Price mount version order no. 1 piece in € 2 piece in € 3-5 piece in € PGT 1.08 685.- 657.- 628.- PGT 1.10 1047.- 1002.- 957.- PGT 1.12 1699.- 1607.- 1534.- Price unmount version order no. 1 piece in € 2 piece in € 3-5 piece in € PGT 1.08.0 612.- 586.- 561.- PGT 1.10.0 943.- 903.- 863.- PGT 1.12.0 1578.- 1492.- 1424.- Optical specifications format 8 mm 10 mm 12 mm 15mm Article-No. mount PGT 4.08(.05)* PGT 4.10 PGT 4.12 PGT 4.15 Article-No. unmount PGT 4.08.0 PGT 4.10.0 PGT 4.12.0 PGT 4.15.0 width-to-length ratio [mm²] 8 x 8 10 x10 12 x12 15 x 15 Length [mm] 13,5 17,5 21,5 27 useable diameter [mm²] 7,5 x 6,5 9,5 x 8,5 11,5 x 10,4 14,5 x 13 mount diameter [mm] 16(25) 25 25 25 mount length [mm] 22 28 30 36 mount aperture [mm] 7,5 9,5 11,5 14,5 * These mounts are available with a mount diametern of 16 mm and 25 mm (add .05 to Article-No. ) Price mount version order no. 1 piece in € 2 piece in € 3-5 piece in € PGT 4.08 1005.- 974.- 943.- PGT 4.10 1388.- 1344.- 1301.- PGT 4.12 1877.- 1811.- 1745.- PGT 4.15 3218.- 3099.- 2980.- Price unmount version order no. 1 piece in € 2 piece in € 3-5 piece in € PGT 4.08.0 925.- 897.- 868.- PGT 4.10.0 1275.- 1235.- 1195.- PGT 4.12.0 1760.- 1698.- 1636.- PGT 4.15.0 3071.- 2958.- 2844.- Price custom version option order-no.: additional price interferometer quality wavefront distortion <λ/10 PGT 0.1 15% prismatic deviation <5'' PGT 0.2 336.- extinction ratio <10-7 PGT 0.7 15% extinction ratio <10-8 PGT 0.8 30% antireflection coating --- on request connection with Thorlabs SM1 or SM2 thread --- on request

Price mount version order no. 1 piece in € 2 piece in € 3-5 piece in € PGT 1.08 685.- 657.- 628.- PGT 1.10 1047.- 1002.- 957.- PGT 1.12 1699.- 1607.- 1534.- Price unmount version order no. 1 piece in € 2 piece in € 3-5 piece in € PGT 1.08.0 612.- 586.- 561.- PGT 1.10.0 943.- 903.- 863.- PGT 1.12.0 1578.- 1492.- 1424.-

A United States defense standard, often called a military standard, "MIL-STD", "MIL-SPEC", or (informally) "MilSpecs", is used to help achieve ...

Optical specifications format 8 mm 10 mm 12 mm Article-No. mount PGT 1.08(.05)* PGT 1.10 PGT 1.12 Article-No. unmount PGT 1.08.0 PGT 1.10.0 PGT 1.12.0 width-to-length ratio [mm²] 8 x 8 10 x10 12 x12 Length [mm] 24 30 36 useable diameter [mm²] 7,5 x 7,2 9,5 x 9 11,5 x 10,8 mount diameter [mm] 16(25) 25 25 mount length [mm] 30 38 42 mount aperture [mm] 7,5 9,5 11,5 * These mounts are available with a mount diametern of 16 mm and 25 mm (add .05 to Article-No. ) Price mount version order no. 1 piece in € 2 piece in € 3-5 piece in € PGT 1.08 685.- 657.- 628.- PGT 1.10 1047.- 1002.- 957.- PGT 1.12 1699.- 1607.- 1534.- Price unmount version order no. 1 piece in € 2 piece in € 3-5 piece in € PGT 1.08.0 612.- 586.- 561.- PGT 1.10.0 943.- 903.- 863.- PGT 1.12.0 1578.- 1492.- 1424.-

There is so much technical jargon and unnecessarily complicated static and dynamic deflection concepts being used to sell optical tables and vibration isolation equipment that it’s easy to become confused and distracted from what you really need to know. We would like you to review the following basics so you can feel confident when selecting an optical table or isolation system for your application.

Glan-Taylor Polarizer

order no. 1 piece in € 2-5 piece in € 6-10 piece in € PGT 2.05 387.- 364.- 330.- PGT 2.08 560.- 537.- 502.- PGT 2.10 830.- 794.- 741.- order no. 1 piece in € 2 piece in € 3-5 piece in € PGT 2.12 1214.- 1156.- 1111.- PGT 2.15 2334.- 2229.- 2144.- Price unmount version order no. 1 piece in € 2-5 piece in € 6-10 piece in € PGT 2.05.0 316.- 298.- 270.- PGT 2.08.0 487.- 467.- 436.- PGT 2.10.0 726.- 695.- 649.- order no. 1 piece in € 2 piece in € 3-5 piece in € PGT 2.12.0 1103.- 1051.- 1009.- PGT 2.15.0 2187.- 2088.- 2009.-

Price unmount version order no. 1 piece in € 2-5 piece in € 6-10 piece in € PGT 2.05.0 316.- 298.- 270.- PGT 2.08.0 487.- 467.- 436.- PGT 2.10.0 726.- 695.- 649.- order no. 1 piece in € 2 piece in € 3-5 piece in € PGT 2.12.0 1103.- 1051.- 1009.- PGT 2.15.0 2187.- 2088.- 2009.-

For illustration, Figure 46.1 shows the Transmissibility and resonant responses of three components in typical equipment. The resonant responses, or Q’s of these components exceed the allowable level, which is set at Q=1.75 for this example. Figure 46.2 shows the responses of the same components above, after the introduction of isolation at 1 Hz. The roll off isolator transmissibility acts to reduce the input to each of the three critical components illustrated. Now without altering the design of each component, their respective resonant responses are all below the allowable limit, and no failure will occur.

order no. 1 piece in € 2 piece in € 3-5 piece in € PGT 4.08.0 925.- 897.- 868.- PGT 4.10.0 1275.- 1235.- 1195.- PGT 4.12.0 1760.- 1698.- 1636.- PGT 4.15.0 3071.- 2958.- 2844.-

9mm. Eklind® - .9mm Long Arm Straight Hex Key (Pack of 5). Item#: 92454. Price: ...

Versions The Glan-Thompson prisms are available in four versions. The short version is suited for most applications. It provides a high extinction ratio, high transmission and low wavefront distortion in the visible and infrared spectral range. The simple version has the same geometrical shape as the short version. By reducing the specifications for the usable spectral range, the extinction ratio and the wavefront distortion we can achieve a very competitive price. Nevertheless, these prisms are high quality polarizers with specifications exceeding those of alternative models. For the long version the crystals are cut at a larger angle. For the long version the crystals are cut at a larger angle. By this the prisms maintain their polarizing properties even at higher angles of incidence. Therefore, the long version is particularly suited for applications involving strongly divergent or convergent light. The other properties are identical to those of the short version. BeFor the UV version we select calcite with the highest available UV transmission. The prisms are joined with a UV transparent cement. By this means the prisms become suited for the ultraviolet spectral range starting above 250 nm. General specifications short version simple version long version UV version Custom version Optical specifications version short version simple version long version UV version spectral range 350-2700 nm 400-2700 nm 350-2700 nm 250-2700 nm extinction ratio 10-6 10-5 10-6 10-6 wavefront deformation <λ/4 <1λ <λ/4 <λ/4 prismatic deviation <2' <5' <2' <2' width-to-length ratio 1:2 1:2 1:3 1:1,8 cut angle 67,5° 67,5° 73° 64° field of view ±6° ±6° ±15° ±9° Optical specifications format 6 mm 8 mm 10 mm 12 mm 15mm Article-No. mount PGT 2.05(.05)* PGT 2.08(.05)* PGT 2.10 PGT 2.12 PGT 2.15 Article-No. unmount PGT 2.05.0 PGT 2.08.0 PGT 2.10.0 PGT 2.12.0 PGT 2.15.0 width-to-length ratio [mm²] 6 x 6 8 x 8 10 x10 12 x12 15 x 15 Length [mm] 12 16 20 24 30 useable diameter [mm²] 5,0 x 4,9 7,5 x 6,6 9,5 x 8,2 11,5 x 9,8 14,5 x 12,6 mount diameter [mm] 16(25) 16(25) 25 25 25 mount length [mm] 18 22 28 30 36 mount aperture [mm] 5,0 7,5 9,5 11,5 14,5 * These mounts are available with a mount diametern of 16 mm and 25 mm (add .05 to Article-No. ) Price mount version order no. 1 piece in € 2-5 piece in € 6-10 piece in € PGT 2.05 387.- 364.- 330.- PGT 2.08 560.- 537.- 502.- PGT 2.10 830.- 794.- 741.- order no. 1 piece in € 2 piece in € 3-5 piece in € PGT 2.12 1214.- 1156.- 1111.- PGT 2.15 2334.- 2229.- 2144.- Price unmount version order no. 1 piece in € 2-5 piece in € 6-10 piece in € PGT 2.05.0 316.- 298.- 270.- PGT 2.08.0 487.- 467.- 436.- PGT 2.10.0 726.- 695.- 649.- order no. 1 piece in € 2 piece in € 3-5 piece in € PGT 2.12.0 1103.- 1051.- 1009.- PGT 2.15.0 2187.- 2088.- 2009.- Optical specifications format 5,5 mm 8 mm 10 mm 12 mm 15mm Article-No. mount PGT 3.05(.05)* PGT 3.08(.05)* PGT 3.10 PGT 3.12 PGT 3.15 Article-No. unmount PGT 3.05.0 PGT 3.08.0 PGT 3.10.0 PGT 3.12.0 PGT 3.15.0 width-to-length ratio [mm²] 5,5 x 5,5 8 x 8 10 x10 12 x12 15 x 15 Length [mm] 11 16 20 24 30 useable diameter [mm²] 5,0 x 4,5 7,5 x 6,6 9,5 x 8,2 11,5 x 9,8 14,5 x 12,6 mount diameter [mm] 16(25) 16(25) 25 25 25 mount length [mm] 18 22 28 30 36 mount aperture [mm] 5,0 7,5 9,5 11,5 14,5 * These mounts are available with a mount diametern of 16 mm and 25 mm (add .05 to Article-No. ) Price mount version order no. 1 piece in € 2-5 piece in € 6-10 piece in € PGT 3.05 285.- 269.- 244.- PGT 3.08 380.- 364.- 340.- PGT 3.10 559.- 535.- 500.- order no. 1 piece in € 2 piece in € 3-5 piece in € PGT 3.12 786.- 756.- 727.- PGT 3.15 1474.- 1419.- 1365.- Price unmount version order no. 1 piece in € 2-5 piece in € 6-10 piece in € PGT 3.05.0 215.- 203.- 184.- PGT 3.08.0 306.- 293.- 274.- PGT 3.10.0 456.- 436.- 407.- order no. 1 piece in € 2 piece in € 3-5 piece in € PGT 3.12.0 675.- 650.- 624.- PGT 3.15.0 1327.- 1278.- 1229.- Optical specifications format 8 mm 10 mm 12 mm Article-No. mount PGT 1.08(.05)* PGT 1.10 PGT 1.12 Article-No. unmount PGT 1.08.0 PGT 1.10.0 PGT 1.12.0 width-to-length ratio [mm²] 8 x 8 10 x10 12 x12 Length [mm] 24 30 36 useable diameter [mm²] 7,5 x 7,2 9,5 x 9 11,5 x 10,8 mount diameter [mm] 16(25) 25 25 mount length [mm] 30 38 42 mount aperture [mm] 7,5 9,5 11,5 * These mounts are available with a mount diametern of 16 mm and 25 mm (add .05 to Article-No. ) Price mount version order no. 1 piece in € 2 piece in € 3-5 piece in € PGT 1.08 685.- 657.- 628.- PGT 1.10 1047.- 1002.- 957.- PGT 1.12 1699.- 1607.- 1534.- Price unmount version order no. 1 piece in € 2 piece in € 3-5 piece in € PGT 1.08.0 612.- 586.- 561.- PGT 1.10.0 943.- 903.- 863.- PGT 1.12.0 1578.- 1492.- 1424.- Optical specifications format 8 mm 10 mm 12 mm 15mm Article-No. mount PGT 4.08(.05)* PGT 4.10 PGT 4.12 PGT 4.15 Article-No. unmount PGT 4.08.0 PGT 4.10.0 PGT 4.12.0 PGT 4.15.0 width-to-length ratio [mm²] 8 x 8 10 x10 12 x12 15 x 15 Length [mm] 13,5 17,5 21,5 27 useable diameter [mm²] 7,5 x 6,5 9,5 x 8,5 11,5 x 10,4 14,5 x 13 mount diameter [mm] 16(25) 25 25 25 mount length [mm] 22 28 30 36 mount aperture [mm] 7,5 9,5 11,5 14,5 * These mounts are available with a mount diametern of 16 mm and 25 mm (add .05 to Article-No. ) Price mount version order no. 1 piece in € 2 piece in € 3-5 piece in € PGT 4.08 1005.- 974.- 943.- PGT 4.10 1388.- 1344.- 1301.- PGT 4.12 1877.- 1811.- 1745.- PGT 4.15 3218.- 3099.- 2980.- Price unmount version order no. 1 piece in € 2 piece in € 3-5 piece in € PGT 4.08.0 925.- 897.- 868.- PGT 4.10.0 1275.- 1235.- 1195.- PGT 4.12.0 1760.- 1698.- 1636.- PGT 4.15.0 3071.- 2958.- 2844.- Price custom version option order-no.: additional price interferometer quality wavefront distortion <λ/10 PGT 0.1 15% prismatic deviation <5'' PGT 0.2 336.- extinction ratio <10-7 PGT 0.7 15% extinction ratio <10-8 PGT 0.8 30% antireflection coating --- on request connection with Thorlabs SM1 or SM2 thread --- on request

BeFor the UV version we select calcite with the highest available UV transmission. The prisms are joined with a UV transparent cement. By this means the prisms become suited for the ultraviolet spectral range starting above 250 nm.

Price unmount version order no. 1 piece in € 2 piece in € 3-5 piece in € PGT 4.08.0 925.- 897.- 868.- PGT 4.10.0 1275.- 1235.- 1195.- PGT 4.12.0 1760.- 1698.- 1636.- PGT 4.15.0 3071.- 2958.- 2844.-

Glan-Taylor vsGlan-Thompson

Optical specifications format 5,5 mm 8 mm 10 mm 12 mm 15mm Article-No. mount PGT 3.05(.05)* PGT 3.08(.05)* PGT 3.10 PGT 3.12 PGT 3.15 Article-No. unmount PGT 3.05.0 PGT 3.08.0 PGT 3.10.0 PGT 3.12.0 PGT 3.15.0 width-to-length ratio [mm²] 5,5 x 5,5 8 x 8 10 x10 12 x12 15 x 15 Length [mm] 11 16 20 24 30 useable diameter [mm²] 5,0 x 4,5 7,5 x 6,6 9,5 x 8,2 11,5 x 9,8 14,5 x 12,6 mount diameter [mm] 16(25) 16(25) 25 25 25 mount length [mm] 18 22 28 30 36 mount aperture [mm] 5,0 7,5 9,5 11,5 14,5 * These mounts are available with a mount diametern of 16 mm and 25 mm (add .05 to Article-No. ) Price mount version order no. 1 piece in € 2-5 piece in € 6-10 piece in € PGT 3.05 285.- 269.- 244.- PGT 3.08 380.- 364.- 340.- PGT 3.10 559.- 535.- 500.- order no. 1 piece in € 2 piece in € 3-5 piece in € PGT 3.12 786.- 756.- 727.- PGT 3.15 1474.- 1419.- 1365.- Price unmount version order no. 1 piece in € 2-5 piece in € 6-10 piece in € PGT 3.05.0 215.- 203.- 184.- PGT 3.08.0 306.- 293.- 274.- PGT 3.10.0 456.- 436.- 407.- order no. 1 piece in € 2 piece in € 3-5 piece in € PGT 3.12.0 675.- 650.- 624.- PGT 3.15.0 1327.- 1278.- 1229.-

format 8 mm 10 mm 12 mm Article-No. mount PGT 1.08(.05)* PGT 1.10 PGT 1.12 Article-No. unmount PGT 1.08.0 PGT 1.10.0 PGT 1.12.0 width-to-length ratio [mm²] 8 x 8 10 x10 12 x12 Length [mm] 24 30 36 useable diameter [mm²] 7,5 x 7,2 9,5 x 9 11,5 x 10,8 mount diameter [mm] 16(25) 25 25 mount length [mm] 30 38 42 mount aperture [mm] 7,5 9,5 11,5 * These mounts are available with a mount diametern of 16 mm and 25 mm (add .05 to Article-No. ) Price mount version order no. 1 piece in € 2 piece in € 3-5 piece in € PGT 1.08 685.- 657.- 628.- PGT 1.10 1047.- 1002.- 957.- PGT 1.12 1699.- 1607.- 1534.- Price unmount version order no. 1 piece in € 2 piece in € 3-5 piece in € PGT 1.08.0 612.- 586.- 561.- PGT 1.10.0 943.- 903.- 863.- PGT 1.12.0 1578.- 1492.- 1424.-

order no. 1 piece in € 2-5 piece in € 6-10 piece in € PGT 2.05.0 316.- 298.- 270.- PGT 2.08.0 487.- 467.- 436.- PGT 2.10.0 726.- 695.- 649.- order no. 1 piece in € 2 piece in € 3-5 piece in € PGT 2.12.0 1103.- 1051.- 1009.- PGT 2.15.0 2187.- 2088.- 2009.-

Optical specifications format 6 mm 8 mm 10 mm 12 mm 15mm Article-No. mount PGT 2.05(.05)* PGT 2.08(.05)* PGT 2.10 PGT 2.12 PGT 2.15 Article-No. unmount PGT 2.05.0 PGT 2.08.0 PGT 2.10.0 PGT 2.12.0 PGT 2.15.0 width-to-length ratio [mm²] 6 x 6 8 x 8 10 x10 12 x12 15 x 15 Length [mm] 12 16 20 24 30 useable diameter [mm²] 5,0 x 4,9 7,5 x 6,6 9,5 x 8,2 11,5 x 9,8 14,5 x 12,6 mount diameter [mm] 16(25) 16(25) 25 25 25 mount length [mm] 18 22 28 30 36 mount aperture [mm] 5,0 7,5 9,5 11,5 14,5 * These mounts are available with a mount diametern of 16 mm and 25 mm (add .05 to Article-No. ) Price mount version order no. 1 piece in € 2-5 piece in € 6-10 piece in € PGT 2.05 387.- 364.- 330.- PGT 2.08 560.- 537.- 502.- PGT 2.10 830.- 794.- 741.- order no. 1 piece in € 2 piece in € 3-5 piece in € PGT 2.12 1214.- 1156.- 1111.- PGT 2.15 2334.- 2229.- 2144.- Price unmount version order no. 1 piece in € 2-5 piece in € 6-10 piece in € PGT 2.05.0 316.- 298.- 270.- PGT 2.08.0 487.- 467.- 436.- PGT 2.10.0 726.- 695.- 649.- order no. 1 piece in € 2 piece in € 3-5 piece in € PGT 2.12.0 1103.- 1051.- 1009.- PGT 2.15.0 2187.- 2088.- 2009.-

order no. 1 piece in € 2-5 piece in € 6-10 piece in € PGT 3.05.0 215.- 203.- 184.- PGT 3.08.0 306.- 293.- 274.- PGT 3.10.0 456.- 436.- 407.- order no. 1 piece in € 2 piece in € 3-5 piece in € PGT 3.12.0 675.- 650.- 624.- PGT 3.15.0 1327.- 1278.- 1229.-

Optical specifications version short version simple version long version UV version spectral range 350-2700 nm 400-2700 nm 350-2700 nm 250-2700 nm extinction ratio 10-6 10-5 10-6 10-6 wavefront deformation <λ/4 <1λ <λ/4 <λ/4 prismatic deviation <2' <5' <2' <2' width-to-length ratio 1:2 1:2 1:3 1:1,8 cut angle 67,5° 67,5° 73° 64° field of view ±6° ±6° ±15° ±9°

In optical tables it is customary to quantify dynamic deflection in terms of Compliance, which is simply the deflection response to a unit force. In static or steady state conditions, Compliance is easily identified as “inverse” stiffness, or flexibility in engineering units of deflection per unit force.

The Compliance Spectra serve the same function as conventional Transmissibility Curves. These characterize the system response deflection, including resonant amplification, as a function of frequency. A low resonant response is one of the important criteria for selection of optical tables.

At present there is no single accepted standard practice for comparison of optical tables from different manufacturers. This accounts for much of the unnecessary complexity in technical performance specifications introduced by different makers.

option order-no.: additional price interferometer quality wavefront distortion <λ/10 PGT 0.1 15% prismatic deviation <5'' PGT 0.2 336.- extinction ratio <10-7 PGT 0.7 15% extinction ratio <10-8 PGT 0.8 30% antireflection coating --- on request connection with Thorlabs SM1 or SM2 thread --- on request

Glan Thompsonprism

Optical tables should be stiff to minimize relative deflection, or sag, between supports due to their own weight. High stiffness in our tables and breadboards is insured by our proprietary damped rigid epoxy, and is not compromised by plastic or viscoelastic laminations. The high stiffness of our tables is confirmed by their high natural frequencies in Figure 47.1 and the corresponding very small static deflections shown in Figure 47.2. The maximum static (1g) deflection of KSI tables relative to their supports has been tested and conforms to simple beam deflection theory. It should also be noted that the tables’ static deflections are significantly less than their flatness tolerances.

Avantier designs custom bandpass filters for UV, VIS, or IR, transmitting precise wavelengths from 1 nm to several hundred nm.

May 8, 2020 — Learn more about optical fiber types in this post, which includes glass optical fiber vs plastic optical fiber (POF), the difference between ...

If we assume that the severity of laboratory floor vibration is statistical in nature and truly random, like white noise, then the rms (root mean square) relative deflection response RD of an idealized rigid lumped mass single degree-of-freedom system will be defined as follows 1 :

order no. 1 piece in € 2 piece in € 3-5 piece in € PGT 1.08 685.- 657.- 628.- PGT 1.10 1047.- 1002.- 957.- PGT 1.12 1699.- 1607.- 1534.- Price unmount version order no. 1 piece in € 2 piece in € 3-5 piece in € PGT 1.08.0 612.- 586.- 561.- PGT 1.10.0 943.- 903.- 863.- PGT 1.12.0 1578.- 1492.- 1424.-

Radiation in classes 2 and 2M is visible, but can also contain an invisible element, subject to certain conditions. Classes 1M and 2M broadly replace the old ...

The resonant Q factor, or maximum transmissibility of the lowest resonance mode for KSI Optical Tables is set during production in a range as follows:

It either diverges from or converges to this beam waist. This divergence or convergence is measured by the angle θ which is subtended by the points on either.

Light traffic:  W a = 10 -10 g 2 /Hz Heavy Traffic:  W a = 10 -9 g 2 /Hz Light Manufacturing:  W a = 10 -8 g 2 /Hz Heavy Manufacturing:   W a = 10 -7 g 2 /Hz

The main requirements for the sensor is small size, mechanical robustness and low power consumption. The sensor range is 50 μl/h, the target resolution is 5 μl/ ...

Price mount version order no. 1 piece in € 2 piece in € 3-5 piece in € PGT 4.08 1005.- 974.- 943.- PGT 4.10 1388.- 1344.- 1301.- PGT 4.12 1877.- 1811.- 1745.- PGT 4.15 3218.- 3099.- 2980.- Price unmount version order no. 1 piece in € 2 piece in € 3-5 piece in € PGT 4.08.0 925.- 897.- 868.- PGT 4.10.0 1275.- 1235.- 1195.- PGT 4.12.0 1760.- 1698.- 1636.- PGT 4.15.0 3071.- 2958.- 2844.-

All complex assemblies include components with natural frequencies that are critical because they exist in the generalized 8 to 200 Hz environmental spectrum.

Price unmount version order no. 1 piece in € 2 piece in € 3-5 piece in € PGT 1.08.0 612.- 586.- 561.- PGT 1.10.0 943.- 903.- 863.- PGT 1.12.0 1578.- 1492.- 1424.-

The maximum relative deflection due to a one-pound concentrated load centered on the table should be minimal and is presented in Figure 47.3. As is the case with our table static weight deflection tests, results show that unit load deflections also conform closely with simple beam deflection theory. To calculate the deflections due to higher magnitude concentrated loads at the center, simply multiply the unit load values in Figure 47.3 by the higher load value. For example, if the deflection due to a 250 lb load is desired, multiply the graph value by 250 for the selected table size.

In addition to minimizing static deflection, the high stiffness of our tables minimizes relative deflection due to weight of components and equipment installed on the table. If you assume that the installed equipment is uniformly distributed across the table, then the added table deflection due to the equipment is determined simply by multiplying the deflection from Figure 47.2 by the (equipment/table) weight ratio. If you are using heavy equipment, we recommend that you repeat this deflection computation with different table lengths and thicknesses until you obtain an acceptably low value, say 10%, of the precision required by your application.

order no. 1 piece in € 2 piece in € 3-5 piece in € PGT 4.08 1005.- 974.- 943.- PGT 4.10 1388.- 1344.- 1301.- PGT 4.12 1877.- 1811.- 1745.- PGT 4.15 3218.- 3099.- 2980.- Price unmount version order no. 1 piece in € 2 piece in € 3-5 piece in € PGT 4.08.0 925.- 897.- 868.- PGT 4.10.0 1275.- 1235.- 1195.- PGT 4.12.0 1760.- 1698.- 1636.- PGT 4.15.0 3071.- 2958.- 2844.-

To aid you in the selection of optical tables for your application we provide you with manufacturing specifications in addition to real measured and verifiable static and dynamic table properties such as shown in Figures 47.1 to 49.2. However, for reference purposes and comparison to various manufacturers’ calculated table specifications, we want you to know that regardless of model or price category, the computed or predicted “Dynamic Deflection Coefficients” and “Maximum Relative Deflection”responses of KSI honeycomb tabletops are the lowest in the industry. These are presented in Figures 49.1 and 49.2 as discussed.

In vibration analysis it is reasonable to assume that an optical tabletop can be represented as a rigid mass-spring-and-damper single degree-of-freedom system up to its first resonance. Therefore, the above single degree-of-freedom Equation (8) is only applicable to a tabletop without isolation supports.

format 5,5 mm 8 mm 10 mm 12 mm 15mm Article-No. mount PGT 3.05(.05)* PGT 3.08(.05)* PGT 3.10 PGT 3.12 PGT 3.15 Article-No. unmount PGT 3.05.0 PGT 3.08.0 PGT 3.10.0 PGT 3.12.0 PGT 3.15.0 width-to-length ratio [mm²] 5,5 x 5,5 8 x 8 10 x10 12 x12 15 x 15 Length [mm] 11 16 20 24 30 useable diameter [mm²] 5,0 x 4,5 7,5 x 6,6 9,5 x 8,2 11,5 x 9,8 14,5 x 12,6 mount diameter [mm] 16(25) 16(25) 25 25 25 mount length [mm] 18 22 28 30 36 mount aperture [mm] 5,0 7,5 9,5 11,5 14,5 * These mounts are available with a mount diametern of 16 mm and 25 mm (add .05 to Article-No. ) Price mount version order no. 1 piece in € 2-5 piece in € 6-10 piece in € PGT 3.05 285.- 269.- 244.- PGT 3.08 380.- 364.- 340.- PGT 3.10 559.- 535.- 500.- order no. 1 piece in € 2 piece in € 3-5 piece in € PGT 3.12 786.- 756.- 727.- PGT 3.15 1474.- 1419.- 1365.- Price unmount version order no. 1 piece in € 2-5 piece in € 6-10 piece in € PGT 3.05.0 215.- 203.- 184.- PGT 3.08.0 306.- 293.- 274.- PGT 3.10.0 456.- 436.- 407.- order no. 1 piece in € 2 piece in € 3-5 piece in € PGT 3.12.0 675.- 650.- 624.- PGT 3.15.0 1327.- 1278.- 1229.-

Glan thompsonpolarizer newport

The simple version has the same geometrical shape as the short version. By reducing the specifications for the usable spectral range, the extinction ratio and the wavefront distortion we can achieve a very competitive price. Nevertheless, these prisms are high quality polarizers with specifications exceeding those of alternative models. For the long version the crystals are cut at a larger angle.

The Glan-Thompson prisms are available in four versions. The short version is suited for most applications. It provides a high extinction ratio, high transmission and low wavefront distortion in the visible and infrared spectral range.

Glanpolarizer

The prisms are available in a mounted and an unmounted version. The transmitted polarization of our prisms is oriented at 45° with respect to the edges which is of particular importance when integrating unmounted prisms.

Optical tables should possess sufficient internal structural damping (energy dissipation) to control their relative deflection resonant response to random high frequency building vibration. Internal damping also minimizes modal resonant response to transient disturbances.

Optical tables should have a high natural frequency (preferably above 90 Hz) to avoid coincidence with prominent low frequency sinusoidal building vibrations typically occurring between 6 and 60 Hz. At KSI, we provide one piece tables in popular sizes up to 6 feet (1.83m) by 16 feet (4.88m) whose lowest natural frequency is 90 Hz or better to protect you from resonance with building vibrations. You can see this in our natural frequency graph in Figure 47.1. If the (length/width) ratio of the table is equal or greater than 1.33 the lowest frequency mode will be free-free bending, otherwise the lowest mode will be free-free twisting. For custom applications we can manufacture large tables with special tooling or by splicing one or more tables together. These will have lower natural frequencies which may be extrapolated from Figure 47.1.

30 fps for security camera ... 30fps is recognized as the standard frame rate for recording stock footage. This high frame rate provides smoother video playback ...

Price mount version order no. 1 piece in € 2-5 piece in € 6-10 piece in € PGT 2.05 387.- 364.- 330.- PGT 2.08 560.- 537.- 502.- PGT 2.10 830.- 794.- 741.- order no. 1 piece in € 2 piece in € 3-5 piece in € PGT 2.12 1214.- 1156.- 1111.- PGT 2.15 2334.- 2229.- 2144.- Price unmount version order no. 1 piece in € 2-5 piece in € 6-10 piece in € PGT 2.05.0 316.- 298.- 270.- PGT 2.08.0 487.- 467.- 436.- PGT 2.10.0 726.- 695.- 649.- order no. 1 piece in € 2 piece in € 3-5 piece in € PGT 2.12.0 1103.- 1051.- 1009.- PGT 2.15.0 2187.- 2088.- 2009.-

Our range of ESD Safe Vetus Tweezers is specifically engineered and manufactured using premium dissipative stainless Steel materials and coatings to minimize ...

The excellent damping properties in all our VIBRAPLANE Optical Tables is demonstrated by the typical Compliance Spectra included in the technical data with each of our products.

If isolators are added, the system has additional deflection coordinates or degrees-of-freedom and Equation (8) is not applicable. To resolve this in a simplified (quasi-theoretical) manner, Industry has proposed two correction factors and a modified interpretation of damping parameter Q . The correction factors are:

The Unit Load Deflections in Figure 47.3 can be regarded as a graph of Static Compliance values at the centerpoints of the tables presented. In contrast, Dynamic Compliance is the deflection response due to a unit vibratory force. Hence vibration frequency, table resonance and internal damping will define maximum response deflection. The table’s dynamic response at the corner; i.e.; Corner Compliance, has become a standard measurement for specification comparisons.

Figure 48.1 presents the approximate weights for 48″ wide 5300 Series tables of various standard thicknesses. The weights of other corresponding tables of different width and skin thickness may be estimated by multiplying the values in Figure 48.1 by the ratios of (actual width/48″) or (actual skin thickness/ .180″) as appropriate. Our steel honeycomb optical tables are inherently structurally efficient and weigh substantially less than a solid steel or granite equivalent flat surface plate. Nevertheless, a certain amount of weight is desirable for stability and resistance to vibratory forces. Thickness and length govern the table weight. Two rules of thumb are: (1) the table should weigh between 2.5 and 5 times the mounted equipment; and (2) the minimum table thickness should be between 6% and 10% of the length. Use these rules to define the minimum weight of your table selection. For example, for precision applications the minimum recommended standard thickness of a 10′ long table should be 8″ or 12″ thick.