Updated Specs 1-29-14 - LF Advanced Applications CHAPTERS Optical Tweezer Sample Preparation Kit The OTKBTK Sample Preparation Kit is designed to allow users to quickly prepare a sample with 1 µm fused silica beads and test any optical tweezer system. We usually recommend purchasing this with our optical tweezer system. n n n n OTKBTK n n ITEM # OTKBTK $ $ 118.88 £ £ 85.59 € € 103,43 RMB ¥ 947.47 Frequency Stabilization Atomic Force Microscope Optical Tweezers Kit Contents n t Non-Drying Immersion Oil for Microscopy, Cargille Type B Non-Functionalized Fused Silica Beads in Water, Ø1 µm, <0.5 g/mL Mini Pipette with a 50 µL Volume Two Plastic Slides with Built-In Channel, 400 µm Height, 100 µL Volume 5 Microscope Slides with Reaction Walls, Ø10 mm, 20 µm Deep 100 Pieces of 18 mm x 18 mm Cover Glass, No. 1 Thickness Dropper for Immersion Oil Optical Delay Line Supercontinuum SECTIONS t Optical Tweezers Accessories DESCRIPTION Sample Preparation Kit for Optical Trapping Microscopy Slide Holder Features Accommodates Glass Slides of Variable Width and a Length ≥ 44.0 mm (1.73") n Compatible Petri Dish Diameters: 37 - 41.4 mm (1.46" - 1.63") n Spring Clips Hold Sample Firmly in Place n Mounting Hole Compatibility • MAX Series Stages (See Pages XXX - XXX) •Any Stage with 1/4"-20 (M6) Taps on 2" Centers n Dimensions: 101.6 mm x 68.6 mm x 12.7 mm (4" x 2.7" x 0.5") n MAX3SLH The MAX3SLH Microscopy Slide Holder offers your motion control stages the ability to mount petri dishes and glass slides for integration into personalized microscopy setups like the optical tweezers. Two sets of mounting holes allow versatility: one set of four 6-32 (M3) counterbores compatible with our 3-axis MAX Series stages (see pages XXX - XXX) and a set of 1/4"-20 (M6) slots with 2" separation for mounting to most other translation stages. Spring clips are also rotatable to accommodate easy swapping of petri dishes and glass slides. ITEM # MAX3SLH $ $ 150.00 £ £ 108.00 € € 130,50 RMB ¥ 1,195.50 MAX3SLH Shown Mounted on MAX311D Nanopositioning Stage Holding R1L3S3P Grid Distortion Target DESCRIPTION Microscopy Slide Holder www.thorlabs.com 1827