MicroLab Component Holders

Transcription

1 $ Mirror and beamsplitter mounts $ Lens holders $ Optical component cell systems $ Prism/tilt table $ Polarizer holders $ Fiber holders Stable optical component holders are critical for aligning any optical system. Melles Griot manufactures a comprehensive range of MicroLab component holders designed to satisfy any alignment need. Each mount is designed to be as compact as possible, yet still convenient to use. Because they are all either post or base mountable, it is simple to build and align optical systems. Kinematic mirror mounts provide precise angular alignment for most applications. Gimbal mirror and beamsplitter mounts maintain the optical path length during adjustment since there is no translation of the optic. The precision flexure mirror/optics mount has a 1-mm-diameter aperture so that both transmissive and Holders are available for a wide range of optics and accessories. OEM ASK ABOUT OUR CUSTOM CAPABILITIES MicroLab Component Holders reflective optics can be aligned. Holders for mirrors, lenses, and other optics simply attach to the front of each of these adjustable mounts. The MicroLab system is designed for optical components that typically range from 5 to 15 mm in size. Since small optics are difficult to handle, a series of optical mounting cells is available to use with them. Once mounted in a cell, lenses can be handled easily. Cell-mounted lenses and other optics can be tilted with a mirror/optics mount or translated with a y-z positioner. For maximum mounting flexibility, an adjustable lens holder is also offered. Fiber optics, mounted in a V-groove fiber holder, can be aligned with a y-z positioner and translation stage (go to page 21.7). A prism/tilt table with integral rotation is ideal for aligning right-angle prisms or cube beamsplitters. The optic is securely held down with a component retainer. A filter holder, designed to hold round or square flat optical components, is also available. Precision rotation of polarizers and retardation plates can be accomplished with either the single or double polarizer holder Fixed Optical Mounts Adjustable Optical Mounts Mounting Posts, Bases, and Brackets Optical Rails and Lab Jacks

2 Fixed Optical Mounts Adjustable Optical Mounts Mounting Posts, Bases, and Brackets Miniature Mirror/Beamsplitter Mounts Miniature Gimbal Mirror Mount $ Self-contained true gimbal mechanism $ High-strength hexagonally shaped body $ Post or base mountable This gimbal mirror mount provides 8 degrees of precise angular adjustment about two orthogonal axes which intersect at the center of the front surface of the optic. The length of the optical path, therefore, remains constant during adjustment. Optics from 1 to 12.7 mm (0.5 inch) are held in this mount with a retaining ring. Mirrors up to mm in thickness and plate beamsplitters up to 1 mm in thickness can be mounted. Precision stainless steel 0.35-mm-pitch (73-TPI) adjustment screws yield an angular resolution of 13 arc seconds. Two M4-threaded and two M2-threaded holes are provided to post mount or to attach an 07 ACF 501 base mounting adaptor (go to page 21.39). The gimbal mount is made of black-anodized aluminum holes threaded M2 2 holes threaded M4 07 MEG 501 gimbal mirror mount Miniature Gimbal Mirror Mount f12.8 f max thickness Component Maximum Optical Diameter Clear Edge Axis Range Aperture Thickness Height PRODUCT (mm) (mm) (mm) (mm) NUMBER MEG 501 Optical Rails and Lab Jacks Gimbal mirror mounts pivot the mirror s surface about the axes of rotation. 07 MEG 501 is used to fold the optical path in this application

3 Precision Flexure Mirror/Optic Mount This mount has three high-precision adjusting screws which allow 82 degrees of tilt when just one screw is turned and 1 mm of translation along the optical axis when all three screws are turned an equal amount. The stainless steel, 0.-mm-pitch (2-TPI) adjustment screws with rolling-ball tips provide an angular resolution of 15 arc seconds and a translational resolution of 0.75 mm. The mount utilizes flexures to constrain unwanted motion and strong springs to achieve excellent long-term stability. The 1-mm-diameter aperture through this mount makes it unique. Mirrors, beamsplitters, microscope objective lenses, and cell-mounted components can all be positioned using the component holders described on pages 21.44, One M4-threaded hole and two M2-threaded holes in the base are provided for post or riser block/base mounting. The precision flexure mirror/optics mount is made of brass with a black-chrome finish and black-anodized aluminum. The 07 ACH 501 angle bracket may be used to mount the 07 MFM 501 flexure optics mount or the 07 MEB 501 kinematic tilt mount (go to pages ) in a vertical or horizontal position. Precision flexure mirror/optic mount Precision Flexure Mirror/Optic Mount OEM ASK ABOUT OUR CUSTOM CAPABILITIES 27.5 f set screws threaded M4 4 holes M2 thread on centers f hole threaded M4 2 holes threaded M (nom) 07 MFM 501 flexure mirror/ beamsplitter mounts 07 ACH 501 can be used to mount 07 MFM 501 horizontally. Optic Diameter Angular Angular Optical Axis Height PRODUCT (mm) Range Resolution (mm) NUMBER 1 4 deg 15 arc sec MFM Fixed Optical Mounts Adjustable Optical Mounts Mounting Posts, Bases, and Brackets Optical Rails and Lab Jacks

4 Fixed Optical Mounts Adjustable Optical Mounts Mounting Posts, Bases, and Brackets Kinematic Tilt Mount and Accessories $ 85-degree range $ 15-arc-second resolution $ Post or base mountable This kinematic tilt mount provides smooth adjustment over an angular range of 85 degrees. Precision stainless steel, 0.35-mm-pitch (73-TPI) adjustment screws yield an angular resolution of 15 arc seconds. 1 to 12.7 mm (0.5 inch) and to.4 mm (1-inch) mirrors are attached to the mount using the 07 MEA 505 and 508 component holders. One M4-threaded hole and two M2-threaded holes are provided in the base for mounting to either a post or a base. When mounting to a base, riser blocks can be used to raise the fixed optical-axis height. If the 07 MEB 501 kinematic tilt mount is post-mounted on a MicroLab breadboard as a kinematic mirror mount, the 07 MEA 5 center of rotation base plate will locate the surface of the mirror directly above the axis of the mounting post allowing the 07 MEB 501 mirror to rotate on the post and still be on axis at 45 degrees or other angles. The 07 MEA 5 center of rotation base plate attaches directly to the bottom of the 07 MEB 501 with two M2 screws. When mounted horizontally on top of a post, this mount, with the addition of the 07 TTD 501 or 503 (go to pages 21.38, 23.2, becomes a prism or cube-beamsplitter tilt table. The kinematic tilt mount is made of black-anodized aluminum. Kinematic Tilt Mount and Accessories Kinematic Tilt Mount 07 MEB 501 Center-of-Rotation Base Plate 07 MEA 5 Angle Bracket 07 ACH hole 1 hole threaded M4 threaded M MEB 501 kinematic tilt mount 1 4 holes threaded M2 3 deep 2 holes threaded M2 3 deep hole threaded M4 Optical Rails and Lab Jacks 07 MEB 501 kinematic tilt mount

5 17 1 M4 M holes f2.4 thru c'bored f4.4!2.2 deep 5 Fixed Optical Mounts 07 MEA 5 center-of-rotation base plate for 07 MEB 501 OEM hole f4.8 thru 4 holes f2.4 thru c'bored f4.4!2.4 deep 07 ACH 501 angle bracket ASK ABOUT OUR CUSTOM CAPABILITIES 3 8 holes f2.4 thru on centers MicroLab adaptor plates and brackets provide additional set up flexibility. Angle Bracket Applications The 07 ACH 501 angle bracket may be used to mount 07 MFM 501 or 07 MEB 501 in a vertical or horizontal position Adjustable Optical Mounts Mounting Posts, Bases, and Brackets Optical Rails and Lab Jacks

6 Fixed Optical Mounts Adjustable Optical Mounts Mounting Posts, Bases, and Brackets Optical Component Holders Melles Griot makes a variety of optical component holders designed to mount 1-mm (0.5-inch) and -mm (1-inch) components securely to the 07 MEB 501 kinematic tilt mount (go to pages ) or the 07 MFM 501 flexure optics mount (go to pages 21.33, 23.15). With 1-mm-diameter optics, the optic is mounted in a plate which attaches to the front face of the mount. The optic rests on two nylon rods and is firmly held in place with a nylon-tipped setscrew. With -mm-diameter components, the optic is held directly against the front surface of the mount by a plate that mounts over the front face of the optic. It is attached to the mirror mount with four screws. The maximum optical thickness is limited only by the length of the screws used; several lengths are provided. A 23-mm clear aperture is maintained. All of these optical component holders are made of black-anodized aluminum. Optical Component Holders Optic Diameter PRODUCT (mm) NUMBER MEA MEA hole M2 threaded 1 4 holes f2.4 thru counterbored f4.4!2.2 deep 1 f14 f M2 nylon-tipped setscrew 07 MEA 505 optical component holder for 1-mm optics 4 holes f2.4 thru f MEA 508 optical component holder for -mm optics Optical Rails and Lab Jacks 07 MEA optical component holder 07 MEB 501 shown with 07 MEA 505 and 508 component holders

7 Prism/Tilt Table and Accessories Prism/Tilt Table with Rotation This tilt table is ideal for aligning prisms and cube beamsplitters. With 85 degrees of tilt in both axes and a full 30 degrees of rotation, alignment to other components is simple. Precision 0.35-mm-pitch (73-TPI) stainless steel adjustment screws provide 15 arc second resolution. The platform can be rotated by hand and the position locked with a thumbscrew. The base has four M2 clearance holes for mounting. The tilt table must be removed from the base prior to mounting. If the base is removed, a central M4 thread in both the back and one edge of the tilt table can be used for mounting on a post. The tilt table is made of black-anodized aluminum. Prism/Tilt Table with Rotation Tilt (both axes) Rotation TTC 501 Prism/tilt table with rotation OEM ASK ABOUT OUR CUSTOM CAPABILITIES 1 hole threaded M holes threaded M2 on centers 07 TTC 501 prism/tilt table with rotation 1 hole threaded M4 4 holes f thru Fixed Optical Mounts Adjustable Optical Mounts Mounting Posts, Bases, and Brackets Optical Rails and Lab Jacks

8 Fixed Optical Mounts Adjustable Optical Mounts Component Retainers Optical components such as prisms and cube beamsplitters can be held in place on 07 MHT-series kinematic tables or other prism/ beamsplitter tables using 07 TTD-series component holders TTD 001 component retainer 3 f max M4 threaded 4 11 f4 f4 Miniature Universal Lens Holder Optical components in a diameter range of from 5 to 15 mm can be mounted in this holder. The bottom has two sides, one side for round optics and the other for square optics. The vertical posts are simply threaded into either side. There is a central M2-threaded hole for post mounting and two M2 clearance holes for base mounting. This holder is made of black-anodized aluminum and stainless steel. f holes f thru Mounting Posts, Bases, and Brackets 7 23 max 4 30 M2 threaded max f 1 07 TTD TTD TTD 501 and 503 component retainers 30 f5 min f15 max 1 hole threaded M2 30 Component Retainers 07 LHA 511 miniature universal lens holder Optical Rails and Lab Jacks Max Height Mounting PRODUCT (mm) Thread NUMBER Single-Post Component Retainer 3 M4 07 TTD 001 Single-Post Component Retainer 23 M2 07 TTD 501 Double-Post Component Retainer M2 07 TTD 503 Miniature Universal Lens Holder Lens Diameter PRODUCT (mm) NUMBER LHA

9 Polarizer Holders Polarizer holders are available for rotating either one or two polarizers. The precision single-polarizer holder mounts from 1- to 12.7-mm (0.5-inch) polarizers up to 8 mm in thickness. The double polarizer holder allows rotation of one polarizer relative to another and mounts from 1- to 12.7-mm (0.5-inch) polarizers up to 5.5 mm in thickness. A.-mm-diameter recess is provided in both for centering -mm-diameter retardation plates. The polarizers are held in place by a retaining ring. After manual rotation, the position is locked with a thumbscrew. The single holder has engraved markings every degrees, as well as marks every 45 degrees. There is a central M4-threaded hole in its base for post mounting and two M2-threaded holes for riser block/base mounting. The 07 ACF 501 base mounting adaptor can also be used. The double holder has markings every 45 degrees. It has a central M2-threaded hole for post mounting and two M2 clearance holes for base mounting. Both polarizer holders are made of black-anodized aluminum. 2 holes f thru OEM f9 M2 threaded HPV 501 double-polarizer holder ASK ABOUT OUR CUSTOM CAPABILITIES 5.5 max f. f f12.8 M4 threaded 07 HPR 511 single-polarizer holder M2 threaded 8 8 max f. 2 holes threaded M holes f thru f8.5 5 f4.5 thru 07 ACF 501 base mounting adaptor Polarizer Holders Maximum Edge Thickness Description (mm) Single-Polarizer Holder 8 07 HPR 511 Double-Polarizer Holder 5 07 HPV 501 Base Mounting Adaptor 07 ACF f9 Fixed Optical Mounts Adjustable Optical Mounts Mounting Posts, Bases, and Brackets Optical Rails and Lab Jacks

10 Fixed Optical Mounts Adjustable Optical Mounts Microscope Objective Holders Microscope objectives are frequently used as focusing lenses in laser systems because of their convenience. These microscope objective holders provide a simple method of mounting microscope objectives or other components with an RMS thread (0.8 in., 3 TPI) to mirror mounts and positioners. All holders are made from aluminum with a black-anodized finish. For compatible mirror mounts go to pages 21.33, 21.34, For a wide selection of mounting posts, go to page For 1-mm cell holders go to pages 21.43, 23.. f3 8-32! deep 17 M4!1.0! deep RMS thread 1/4-! deep RMS thread f f15.5 f1 07 HMO 505 objective holder for 1-mm cell holders RMS thread 4 holes clearance for M2 on centers 5 07 MEA 518 objective holder for MicroLab mirror mount Mounting Posts, Bases, and Brackets M!1.0! deep 07 HMO 001 post-mountable objective holder RMS thread holes clearance for M2 on centers 50 4 holes threaded M2 on centers RMS thread 07 MEA 519 extended objective holder for MicroLab mirror mount 5 Optical Rails and Lab Jacks HMO 503 objective base mount!2 1 hole threaded M2 5 Microscope Objective Holders Post-Mountable Objective Holder 07 HMO 001 Objective Base Mount 07 HMO 503 Objective Holder for 1-mm Cell System 07 HMO 505 Standard Objective Holder for MicroLab Mirror Mount 07 MEA 518 Extended Objective Holder for MicroLab Mirror Mount 07 MEA

11 Microcomponent Holder This mount is designed to hold optical fibers, gradient index lenses or prisms. When the spring-loaded knob is pulled up, the component can be placed on the platform, which has a small V-groove. When the knob is slowly released, a nylon pad clamps the component down to the platform. The base has both M2 clearance holes for mounting and slots for rotation. The microcomponent holder is made of black-anodized aluminum. Miniature Filter Holder This filter holder is designed to hold any flat optical component less than 4 mm in thickness. The optic can be round or square, large or small. Two nylon-tipped thumbscrews hold the filter against nylon pads. For smaller components, one central thumbscrew can be used. An M2-threaded hole is provided for post mounting. The filter holder is made of black-anodized aluminum. Fixed Optical Mounts OEM VIEW A f15 f max 4 holes f thru 4 slots wide thru 07 HMC 501 microcomponent holder Microcomponent Holder ASK ABOUT OUR CUSTOM CAPABILITIES f VIEW A 40 Microcomponent Holder 07 HMC 501 Microcomponent holder with fiber-optic chuck 4 M3 threaded M2 threaded HFP 501 single-filter holder Miniature Filter Holder Filter Thickness Maximum (mm) 4 07 HFP 501 Optical filters can be mounted in several different ways Adjustable Optical Mounts Mounting Posts, Bases, and Brackets Optical Rails and Lab Jacks

12 Fixed Optical Mounts V-Groove Fiber Holder The 07 HFV V-groove fiber holder is ideal for securing bare optical fibers. The fiber is held in the precision groove by two padded magnetic clamps. The holder is made of stainless steel and is designed for 1-mm clad fibers. Laser Holder for 32-mm-Diameter Lasers This mount is designed to hold 32-mm-diameter diode or helium neon lasers, such as 0 DAL 001 or 05 LLR Adjustable Optical Mounts Mounting Posts, Bases, and Brackets precision V-groove magnetic clamp HFV 503 V-groove fiber holder V-Groove Fiber Holder V-Groove Fiber Holder with Two Magnetic Clamps 07 HFV HLJ 501 laser holder 4 holes f thru 32 Laser Holder for 32-mm-Diameter Lasers f47 Laser Holder 07 HLJ 501 Optical Rails and Lab Jacks Optical setup using V-groove fiber holder The 07 HVB holder also can be used to mount similar sized lasers

13 Lens Cell System Miniature Two-Axis Positioner for Optical Component Cells This two-axis positioner allows 1-mm-diameter cell-mounted components to be aligned in the y-z plane. Cells are held in the mount with a setscrew. Up to 2 mm of adjustment in each axis can be made by using precision stainless steel, 0.35-mm-pitch (73-TPI) thumbscrews with 1-mm resolution. Standard optical component cells, cell-mounted gradient-index lenses, microscope objectives, spherical ball lenses, 0 GLC lenses, pinholes and slits, and fiber chucks can all be positioned with this mount. There is an M4-threaded hole in the base for post mounting or attaching the 07 ACF 501 base mounting adaptor. The two-axis positioner is made of black-anodized aluminum. OEM 13.5 M4 threaded max TPE 501 two-axis positioner ASK ABOUT OUR CUSTOM CAPABILITIES 12 max 35 Miniature Two-Axis Positioner for Optical Component Cells Do you need... MICROSCOPE OBJECTIVE HOLDER FOR 1-MM LENS CELL SYSTEM Two-Axis Positioner for Optical Component Cells 07 TPE 501 These two-axis positioners hold a variety of optical components through the 1-mm cell adaptors. The 07 HMO 505 microscope objective holder adapts standard RMS-threaded microscope objectives to the 07 TPE 501 two-axis positioner. Adapts to any 1-mm cell holder Attaches with a single set screw Made from black-anodized aluminum For complete product specifications and to see the complete line of microcope objective holders, go to pages 17.13, Fixed Optical Mounts Adjustable Optical Mounts Mounting Posts, Bases, and Brackets Optical Rails and Lab Jacks

14 Fixed Optical Mounts Adjustable Optical Mounts Optical Component Cells $ Convenient mounting of lenses and other miniature optics $ Accepts 5- to 17.5-mm-diameter optics $ Standard -, 1-, and -mm cells These cells are designed to hold lenses and other components for easier handling while mounting. There are three basic cell outer diameters:, 1, and mm. The cells cover a component diameter range of from 5 to 17.5 mm. The optic is securely held in the cell with a retaining ring. The cells are made of black-anodized aluminum. fa fb fc Optical component cells 3 max edge thickness Mounting Posts, Bases, and Brackets Optical Rails and Lab Jacks 07 HOD optical component cells Optical Component Cells Maximum Component Edge Diameter fa fb fc Thickness Range PRODUCT (mm) (mm) (mm) (mm) (mm) NUMBER HOD HOD HOD HOD HOD 511 Use tweezers to place lenses into the component cell as shown

15 Fiber-Chuck Holder With this holder, fiber chucks can be mounted into any 1-mm-diameter cell holder. The fiber chuck is firmly held in the double-bored hole with a setscrew. The fiber-chuck holder is made of black-anodized aluminum. OEM f.4 thru M3 setscrew 07 HFC 507 fiber-chuck holder Fiber-Chuck Holder ASK ABOUT OUR CUSTOM CAPABILITIES 14 3 f15.95 Fiber-Chuck Holder 07 HFC 507 Fiber-chuck holder shown with 17 HFC 005 fiber chuck Spherical Ball Lens Holders The spherical ball lens holders are designed to be mounted in 1-mm cell holders. Once mounted, the lenses can be aligned using the 07 TPE 501 two-axis positioner. Three mounts are offered, one for each size of ball lens (2, 3, and 5 mm). The ball lenses are securely held in the cell with a retaining ring. The ball protrudes from one side of the mount allowing close access to the lens. The spherical ball lens holders are made of black-anodized aluminum. 07 HCS spherical ball lens holder Spherical Ball Lens Holders Spherical ball lens holders f1 Sphere Diameter (mm) 2 07 HCS HCS HCS Fixed Optical Mounts Adjustable Optical Mounts Mounting Posts, Bases, and Brackets Optical Rails and Lab Jacks

16 Fixed Optical Mounts Lens Holders for 0 GLC Lenses The 0 GLC collimating and focusing lenses, described on pages are either 8.71 or mm in diameter. The 07 HGC 501 and 503 lens holders adapt these lenses for mounting in a 1-mm cell holder. Once mounted, the lens can be aligned using the 07 TPE 501 two-axis positioner (go to pages 21.43, 23.). The 07 HGC 003 lens holder is designed for mounting in a microscope objective lens holder. Both types of holders are made of black-anodized aluminum. Adjustable Optical Mounts f8.71 f HGC HGC 503 Lens holders for 1-mm cell holders f1 Lens holders for 0 GLC lenses Do you need... MICROSCOPE OBJECTIVE HOLDER FOR 1-MM LENS CELL SYSTEM Mounting Posts, Bases, and Brackets RMS thread (.8 inch-3 TPI) 14.8 f28. f /4-. M! HGC 003 lens holder with RMS mounting thread f12.39 The 07 HMO 505 microscope objective holder adapts standard RMS-threaded microscope objectives to the 07 TPE 501 two-axis positioner. Adapts to any 1-mm cell holder Attaches with a single set screw Made from black-anodized aluminum For complete product specifications and to see the complete line of microcope objective holders, go to pages 17.13, Lens Holders for 0 GLC Lenses Optical Rails and Lab Jacks PRODUCT Description NUMBER 1-mm Cell Holders 07 HGC mm Cell Holders 07 HGC 503 For Microscope Objective Holders 07 HGC

17 Pinhole/Slit Holder Unmounted 9.5-mm-diameter precision pinholes or slits can be mounted in this 1-mm-diameter cell. Once mounted, pinholes and slits are much easier to handle and can be aligned using the 07 TPE 501 two-axis positioner described on pages 21.43, 23.. The pinhole or slit is placed between two nylon washers which are held in the mount by a retaining ring. The pinhole/slit holder is made of black-anodized aluminum. Fixed Optical Mounts f1 07 HPI 501 pinhole/slit holder Pinhole/slit holder f4 f9.5 Mounted pinholes can be held using the 07 HPH 001 pinhole/slit positioner. Pinhole/Slit Holder Pinhole/Slit Holder 07 HPI 501 Do you need... PRECISION PINHOLES AND SLITS Melles Griot offers a wide selection of mounted and unmounted precision pinholes and slits. The pinholes and slits are all laser milled in ultrathin 9.5-mm-diameter stainless steel substrates. 04 PIP-series pinholes range from 1 mm to 1 mm in diameter. 04 PAS-series slits range from 5 to 0 mm in width and are 3 mm long. High-energy laser pinholes are also available. For more information go to page Adjustable Optical Mounts Mounting Posts, Bases, and Brackets Optical Rails and Lab Jacks

18 Fixed Optical Mounts Adjustable Optical Mounts Gradient-Index Lens Holders The 07 HGH 501 gradient-index lens holder is designed to be mounted in 1-mm cell holders such as 07 TPE 501. The lens is clamped in a removable nylon V-groove by a setscrew that pushes against a nylon pad. Two V-grooves are supplied, one for 1-mm lenses and the other for 1.8- to 2-mm lenses. The 07 HGI 505 lens holder has an integral base and a small V-groove with a stainless steel spring clip to hold the lens. 07 HGI 021 is a post-mountable gradient-index lens holder with an M mounting thread. This holder, with a twist of the thumbscrew, clamps the lens between a V-groove and a nylon rod. f2 max f1 min 7 f1 45 deg M threaded 07 HGI 021 post mountable gradient-index lens holder Gradient-Index Lens Holders For 1-mm Cell Holders 07 HGH 501 Spring Clip with Integral Base 07 HGI 505 Post Mountable, M thread 07 HGI 021 Mounting Posts, Bases, and Brackets 07 HGH 501 gradient-index lens holder for 1-mm cell holders f2 max f1 min 1 2 holes f thru Optical Rails and Lab Jacks 07 HGI 505 gradient-index lens holder with integral base The family of gradient-index lens holders

19 Iris Diaphragms These two iris diaphragms mount in the 07 HOC-series sideloading cell holders (go to page 21.50). The 04 IDC 000 iris diaphragm, which is 14.8 mm in diameter, requires an 07 HID 507 adaptor ring to be able to mount in the 1-mm cell holders. The adaptor ring has a slot to enable adjustment of the actuating pin. The 04 IDC 001 iris diaphragm mounts directly into -mm cell holders. Fixed Optical Mounts f0.8 min OEM f1 f8 f14.8 max f IDC HID 507 ASK ABOUT OUR CUSTOM CAPABILITIES f1 f IDC 000 iris diaphragm and 07 HID 507 adaptor ring for 1-mm cell holders f0.9 min. f12 max 5 11 f IDC 001 iris diaphragm for -mm cell holders Iris Diaphragms Iris Diaphragm for 1-mm cell holders 04 IDC 000 Iris Diaphragm for -mm cell holders 04 IDC 001 Adaptor Ring for 04 IDC 000 (fits 1-mm cell holders) 07 HID 507 Iris diaphragms and adaptor ring APPLICATION NOTE Pinholes Pinholes can be used in place of iris diaphragms if smaller diameter apertures are needed Adjustable Optical Mounts Mounting Posts, Bases, and Brackets Optical Rails and Lab Jacks

20 Fixed Optical Mounts Cell Holders There are two types of cell holders: post mount and side-loading. Both are available for -, 1-, and -mm cells. The 1-mm, side-loading holders are offered in two heights: and 15 mm. All have a central M2-threaded hole for post mounting. They are all made of black-anodized aluminum. D B C A Adjustable Optical Mounts Mounting Posts, Bases, and Brackets 1 hole threaded M2 thru 2 (5 is 3 deep) MEA-series cell holders Standard Cell Holders fa fa 3 holes f2.4 thru counterbored f4.4!2.2 deep 1 PRODUCT (mm) NUMBER 07 MEA MEA MEA HOC-series side-loading cell holders Side-Loading Cell Holders 2 holes f thru 1 hole threaded M2 (except 07 HOC 505) A B C D PRODUCT (mm) (mm) (mm) (mm) NUMBER HOC HOC HOC HOC 509 Optical Rails and Lab Jacks These holders provide fixed mounting for any of the component cells