KP WF20X Microscope Eyepiece 20X Widefield with Adjustable Diopter and 30mm Mount for Optical Microscopes

KP optical components are engineered for precision and reliability in scientific observation. Designed for students, educators, lab technicians, and microscopy enthusiasts, our eyepieces enhance visual accuracy without compromising durability.FAQ:Q: Are these eyepieces compatible with my compound microscope?A: Yes, if your microscope accepts standard 30mm diameter eyepieces (common in many biological and educational ), these will fit securely.Q: Can I use only one eyepiece at a time?A: Absolutely—each eyepiece functions independently. The set includes two identical units for binocular use or as spares.Q: What does 'high eye point' mean?A: High eye point design allows users to maintain a comfortable viewing distance from the eyepiece while still seeing the full field of view—ideal for eyeglass wearers. Item Type: Microscope EyepieceMaterial: Aluminum AlloyModel: KP WF20X AMagnification: 20XField of View: 12mmMounting Interface: Approx. 30mm / 1.18inFeatures: High Eye Point Large Field of View Wide Angle Eyepiece, Adjustable DiopterPackage List：2 x Microscope Eyepiece

• WIDE FIELD OF VIEW: The 20X widefield design delivers a 12mm field of view, providing a broader visual area for more efficient specimen observation and reduced eye strain during extended use.
• ADJUSTABLE DIOPTER FOR CLEAR FOCUS: Fine-tune the diopter setting to match individual vision differences between eyes, ensuring sharp, clear imaging without needing corrective eyewear.
• UNIVERSAL 30MM MOUNTING INTERFACE: Compatible with most standard optical microscopes featuring a 30mm eyepiece tube, offering seamless integration across educational, laboratory, and hobbyist setups.
• PREMIUM OPTICAL COATING: Multi-coated optical glass lenses minimize glare and chromatic aberration, delivering high-contrast, true-color images with enhanced clarity and brightness.
• DURABLE ALUMINUM ALLOY CONSTRUCTION: Precision-machined metal body resists wear and maintains alignment over time, built for reliable performance in frequent-use environments.