Karl Hecht™ Assistent™ Circular Cover Glasses for Microscopy Size: 13mm; Thickness: 0.13 to 0.16mm Karl Hecht™ Assistent™ Circular Cover Glasses for Microscopy | Fisher Scientific
Long Working Distance Objectives
Electron Microscopy Sciences Round Cover Slip German Glass #1.5, 8 mm, | Fisher Scientific
Reflective Microscope Objectives
Cover glasses square and rectangular - Paul Marienfeld
Cover Glasses for Microscopy Archive - Hecht Assistent
Reflective Microscope Objectives
Reflective Microscope Objectives
High-Power MicroSpot® Focusing Objectives for UV Lasers
Karl Hecht™ Microscope Cover Slips, Round: Microscopes, Slides and Coverslips Products | Fisher Scientific
Cover Glasses for Microscopy Archive - Hecht Assistent
Cover glasses square and rectangular - Paul Marienfeld
Standard Microscope Cover Slips, 1 Thick, 22x22mm, Karter Scientific 211Z3 (Pack of 200): Microscope Slide Cover Slips: Amazon.com: Industrial & Scientific
Reflective Microscope Objectives
Karl Hecht™ Microscope Cover Slips, Glass Dimensions LxW: 32mm x 24mm, No. Per pack: 100/PK, Thickness: 0.17mm ±0.02mm Karl Hecht™ Microscope Cover Slips, Glass | Fisher Scientific
Round Cover Slips, German Glass 12mm
Thorlabs.com - High-Power MicroSpot® Focusing Objectives for UV Lasers
Cover glasses in boxes of 100 - thickness 1, circular
Reflective Microscope Objectives
Cover glasses square and rectangular - Paul Marienfeld
Precision cover glasses thickness No. 1.5H (tol. ± 5 μm) - Paul Marienfeld
Cover Glasses for Microscopy Archive - Hecht Assistent
Standard Microscope Cover Slips, 1 Thick, 22x22mm, Karter Scientific 211Z3 (Pack of 200): Microscope Slide Cover Slips: Amazon.com: Industrial & Scientific
Karl Hecht™ Assistent™ Circular Cover Glasses for Microscopy Size: 15mm; Thickness: 0.13 to 0.16mm Karl Hecht™ Assistent™ Circular Cover Glasses for Microscopy | Fisher Scientific
Thorlabs.com - High-Power MicroSpot® Focusing Objectives for UV Lasers
Standard Microscope Cover Slips, 1 Thick, 22x22mm, Karter Scientific 211Z3 (Pack of 200): Microscope Slide Cover Slips: Amazon.com: Industrial & Scientific
IJMS | Free Full-Text | Electrostatic Interactions of Fluorescent Molecules with Dielectric Interfaces Studied by Total Internal Reflection Fluorescence Correlation Spectroscopy
Reflective Microscope Objectives
Long Working Distance Objectives
