Microscope Slides
Product Description: Microscope Slides are essential tools for precise specimen examination in various fields, including mushroom cultivation and mycology. These optically clear glass slides provide a stable platform for mounting and observing samples, ensuring accurate and detailed analysis.
Specifications:
• Dimensions: 26mm x 76mm (approximately 1" x 3")
• Thickness: 1mm to 1.2mm
• Material: Optically clear glass
• Quantity: Sold individually or in packs
Key Features:
• Optically clear glass ensures minimal distortion and maximum clarity
• Ample space for mounting various specimens, including spores and mycelium
• Durable construction withstands repeated use and cleaning
• Compatible with a wide range of microscopes and cover slips
Usage Instructions:
1. Ensure the microscope slide is clean and free from debris.
2. Place a small amount of the specimen on the center of the slide using a sterile tool.
3. Gently place a cover slip over the specimen, avoiding air bubbles.
4. Place the prepared slide on the microscope stage and secure it with the slide clips.
5. Adjust the microscope's focus and magnification to observe the specimen in detail.
Care and Maintenance:
• Clean the microscope slides before and after each use with lens tissue or a soft, lint-free cloth.
• Store the slides in a clean, dry container to prevent damage and contamination.
• Handle the slides with care to avoid scratches, cracks, or fingerprints on the glass surface.
Benefits for Microscopy and Mushroom Cultivation: Microscope Slides provide a clear, stable surface for observing various specimens in microscopy and mushroom cultivation. They allow for detailed examination of spores, mycelium, and other microstructures, aiding in the identification, study, and isolation of different mushroom species. The optically clear glass ensures minimal distortion, enhancing the accuracy of observations.
Recommended Applications:
• Examination of mushroom spores for identification and viability assessment
• Study of mycelium growth patterns and characteristics
• Isolation and transfer of desired mushroom strains for cultivation
• General microscopy applications in biology, mycology, and other related fields
Glass Microscope Slide Covers
Product Description: Glass Microscope Slide Covers are thin, transparent squares designed to be placed over specimens on microscope slides. These covers protect the samples, prevent evaporation, and ensure optimal clarity during microscopic observations, making them crucial accessories for mushroom cultivation and mycology research.
Specifications:
• Dimensions: 18mm x 18mm (square)
• Thickness: #1 (0.13mm to 0.17mm)
• Material: Transparent glass
• Quantity: 100 cover glasses per package
Key Features:
• Thin, uniform thickness ensures optimal clarity and minimal distortion
• Square shape provides ample coverage for specimens on standard microscope slides
• Protects specimens from contamination and evaporation during observation
• Compatible with a wide range of microscopes and immersion oils
Usage Instructions:
1. Place a small drop of the specimen liquid on the center of a clean microscope slide.
2. Using tweezers, gently place a glass cover over the specimen, avoiding air bubbles.
3. If necessary, gently press the cover glass to remove any excess liquid or bubbles.
4. Place the prepared slide on the microscope stage and secure it with the slide clips.
5. Adjust the microscope's focus and magnification to observe the specimen in detail.
Care and Maintenance:
• Handle the glass covers with care to avoid breakage or contamination.
• Store the covers in a clean, dry container to prevent damage and dust accumulation.
• Clean the covers before use with lens tissue or a soft, lint-free cloth.
Benefits for Microscopy and Mushroom Cultivation: Glass Microscope Slide Covers enhance the clarity and stability of specimens during microscopic observations. They protect samples from contamination and evaporation, ensuring accurate and detailed analysis. In mushroom cultivation, these covers are essential for examining spores, mycelium, and other microstructures, aiding in the identification and isolation of desired mushroom strains.
Recommended Applications:
• Covering and protecting specimens on microscope slides for detailed observation
• Examination of liquid cultures and spore solutions in mushroom cultivation
• Preserving and storing valuable samples for future reference and analysis
• General microscopy applications in biology, mycology, and other related fields
30X Handheld Microscope
Product Description: The 30X Handheld Microscope is a compact, portable device designed for on-the-go observations and detailed inspections. With its 30X magnification and built-in LED illumination, this microscope is perfect for examining various specimens, including mushroom spores and mycelium, in the
field or lab.
Specifications:
• Magnification: 30X
• Dimensions: 5-3/4" x 1-5/8" x 3/4"
• Illumination: Built-in LED
• Power Source: 2 AA batteries (not included)
• Accessories: Protective vinyl carrying case
Key Features:
• Compact and portable design for easy transport and on-the-go observations
• 30X magnification provides detailed views of various specimens
• Built-in LED illumination ensures clear visibility in various lighting conditions
• Adjustable focus knob allows for precise focusing on the specimen
• Protective carrying case ensures safe storage and transport
Usage Instructions:
1. Install 2 AA batteries into the microscope's battery compartment.
2. Place the specimen on a flat surface or hold it steady.3. Turn on the built-in LED illumination.
4. Hold the microscope close to the specimen and look through the eyepiece.
5. Adjust the focus knob until the specimen appears sharp and clear.
6. Observe the specimen, moving the microscope as needed to examine different areas.
Care and Maintenance:
• Clean the microscope lens with a soft, lint-free cloth or lens tissue.
• Store the microscope in its protective case when not in use.
• Remove the batteries if the microscope will not be used for an extended period.
• Handle the microscope with care to avoid damage to the lens or internal components.
Benefits for Microscopy and Mushroom Cultivation: The 30X Handheld Microscope is a valuable tool for quick, on-the-spot observations in mushroom cultivation and mycology. Its portability and built-in illumination allow for detailed inspections of mushroom spores, mycelium, and other specimens in the field or lab. The adjustable focus knob enables users to obtain clear, sharp images for accurate analysis and identification.
Recommended Applications:
• Field identification of mushroom species based on spore and mycelium characteristics
• Quick inspections of mushroom substrates and cultures for contamination or growth
• Educational purposes, such as teaching and demonstrating basic mycology concepts
• General handheld microscopy applications in biology, botany, and other related fields
60X Handheld Microscope
Product Description: The 60X Handheld Microscope is a compact, portable device designed for detailed observations and inspections of small specimens. With its 60-100X magnification range and built-in white LED illumination, this microscope is perfect for examining mushroom spores, mycelium, and other micro-structures in the field or lab.
Specifications:
• Magnification: 60-100X
• Dimensions: 3-1/4" x 1-3/16" x 3/4"
• Illumination: Built-in white LED
• Power Source: 3 coin-cell batteries (included)
• Accessories: Vinyl carrying caseKey Features:
• Compact and portable design for easy transport and on-the-go observations
• 60-100X magnification range provides highly detailed views of various specimens
• Built-in white LED illumination ensures clear visibility in various lighting conditions
• Coarse and fine focus knobs allow for precise focusing on the specimen
• Protective carrying case ensures safe storage and transport
Usage Instructions:
1. The microscope comes with batteries installed. If necessary, replace them with new coin-cell
batteries.
2. Place the specimen on a flat surface or hold it steady.
3. Turn on the built-in white LED illumination.
4. Hold the microscope close to the specimen and look through the eyepiece.
5. Adjust the coarse focus knob to get a rough focus, then fine-tune with the fine focus knob until
the specimen appears sharp and clear.
6. Observe the specimen, moving the microscope as needed to examine different areas.
Care and Maintenance:
• Clean the microscope lens with a soft, lint-free cloth or lens tissue.
• Store the microscope in its protective vinyl case when not in use.
• Remove the batteries if the microscope will not be used for an extended period.
• Handle the microscope with care to avoid damage to the lens or internal components.
Benefits for Microscopy and Mushroom Cultivation: The 60X Handheld Microscope is a valuable tool for detailed observations in mushroom cultivation and mycology. Its high magnification range (60-100X) and built-in illumination allow for close examination of mushroom spores, mycelium, and other microstructures in the field or lab. The coarse and fine focus knobs enable users to obtain clear, sharp images for accurate analysis and identification.
Recommended Applications:
• Detailed examination of mushroom spores for identification and viability assessment
• Close inspection of mycelium growth patterns and characteristics
• Field identification of mushroom species based on microscopic features
• Educational purposes, such as teaching and demonstrating mycology concepts
• General handheld microscopy applications in biology, botany, and other related fields
Immersion Oil
Product Description: Immersion Oil is a clear, colorless oil with a refractive index of 1.515, designed to fill
the gap between the microscope objective and the specimen slide when using high-magnification oil immersion objectives. This oil enhances image quality, resolution, and clarity, making it essential for advanced mycology research and detailed studies of mushroom spores and other microstructures.
Specifications:
• Refractive Index: 1.515
• Viscosity: Low
• Color: Clear, colorless
• Quantity: 0.5 oz (15 ml) tube
• Formula: Non-drying, non-hardening
Key Features:
• Refractive index of 1.515 matches that of glass, minimizing optical aberrations
• Low viscosity allows for easy application and removal from slides and objectives
• Non-drying, non-hardening formula ensures long-lasting performance and prevents damage to slides and objectives
• Compatible with oil-immersion objectives and high-magnification microscopy techniques
Usage Instructions:
1. Place a small drop of immersion oil on the center of the specimen slide, directly over the area to be observed.
2. Carefully rotate the microscope nosepiece to select the oil-immersion objective (usually 100X).
3. Slowly lower the objective until it makes contact with the oil droplet. The oil should form a thin layer between the objective and the slide.
4. Use the fine focus knob to adjust the focus until the specimen appears sharp and clear.
5. After observation, carefully wipe the oil from the objective and slide using lens tissue or a soft, lint-free cloth.
Care and Maintenance:
• Store the immersion oil in a cool, dry place away from direct sunlight.
• Ensure the oil tube is tightly capped when not in use to prevent contamination and evaporation.
• Avoid using excessive amounts of oil, as this can lead to image distortion and difficulty in cleaning.
• Clean the oil from objectives and slides immediately after use to prevent damage and maintain image quality.
Benefits for Microscopy and Mushroom Cultivation: Immersion Oil is crucial for high-magnification microscopy in mycology research and mushroom cultivation. By filling the gap between the objective and the specimen, it reduces light refraction and increases numerical aperture, resulting in improved image resolution, brightness, and clarity. This enhanced image quality allows for detailed observations of mushroom spores, mycelium, and other microstructures, aiding in species identification, strain isolation, and the study of fungal growth and development.
Recommended Applications:
• High-magnification observation of mushroom spores for identification and viability assessment
• Detailed examination of mycelium growth patterns, septa, and other microscopic features
• Research on the life cycles and reproductive structures of various mushroom species
• Microscopic analysis of fungal pathogens and contaminants in mushroom cultivation
• General high-magnification microscopy applications in biology, mycology, and related fields
Binocular Microscope
Product Description: The Binocular Microscope is a high-quality, professional-grade instrument designed for detailed observations and research in various fields, including mycology and mushroom cultivation. With its advanced features, multiple magnification levels, and ergonomic design, this microscope provides a comfortable and efficient platform for studying the intricate details of mushroom spores, mycelium, and other microstructures.
Specifications:
• Magnification: 40X, 100X, 400X, 1000X (with oil immersion)
• Objectives: 4X, 10X, 40X, 100X (oil immersion)
• Eyepieces: 10X wide-field
• Illumination: 110-volt, 1-watt LED substage
• Focus: Rack-and-pinion coarse and fine focus
• Stage: Mechanical stage with Abbe condenser and iris diaphragm
• Head: 45° inclined, 360° rotatable
• Interpupillary Adjustment: Yes
• Warranty: 1-year limited warranty
Key Features:
• Multiple magnification levels for versatile observation capabilities
• Bright, adjustable LED illumination for clear, detailed images
• Coaxial coarse and fine focus knobs for precise focusing
• Ergonomic design with 45° inclined head for comfortable viewing
• Interpupillary adjustment for customized eye comfort
• Mechanical stage with Abbe condenser and iris diaphragm for optimal light control
• Durable, high-quality construction for long-lasting performance
Usage Instructions:
1. Place the specimen slide on the mechanical stage and secure it with the stage clips.
2. Adjust the interpupillary distance and diopter settings for comfortable viewing.
3. Start with the lowest magnification objective (4X) and use the coarse focus knob to bring the specimen into focus.
4. Increase magnification by rotating the nosepiece to the next higher objective (10X, 40X, 100X). Use the fine focus knob to refine the image.
5. Adjust the LED illumination and iris diaphragm as needed for optimal brightness and contrast.
6. For 100X (oil immersion) objective, place a small drop of immersion oil on the slide before focusing.
7. After observation, clean the objectives and stage, and cover the microscope to protect it from dust.
Care and Maintenance:
• Keep the microscope covered when not in use to prevent dust accumulation.
• Clean the lenses regularly using lens tissue or a soft, lint-free cloth.
• Avoid touching the lenses with bare fingers to prevent smudges and damage.
• Use only high-quality immersion oil with the 100X objective, and clean it thoroughly after use.
• Store the microscope in a cool, dry place away from direct sunlight and humidity.
• Follow the manufacturer's guidelines for bulb replacement and any other maintenance tasks.
Benefits for Microscopy and Mushroom Cultivation: The Binocular Microscope is an indispensable tool for serious researchers and cultivators in the field of mycology and mushroom cultivation. Its multiple magnification levels and advanced features allow for detailed observations of mushroom spores, mycelium, and other microstructures, enabling accurate identification, strain isolation, and the study of fungal growth and development. The ergonomic design and adjustable features provide a comfortable viewing experience, reducing eye strain and fatigue during extended observation sessions.
Recommended Applications:
• Detailed examination of mushroom spores for identification and viability assessment
• High-magnification study of mycelium growth patterns, septa, and other microscopic features
• Research on the life cycles and reproductive structures of various mushroom species
• Microscopic analysis of fungal pathogens and contaminants in mushroom cultivation
• General high-magnification microscopy applications in biology, mycology, and related fields
• Educational use in universities, research institutions, and laboratories
Student Microscope
Product Description:
The Student Microscope is a robust and advanced microscope specifically designed for educational purposes, offering high precision and ease of use for students and researchers alike. Its full range of features facilitates in-depth study of various samples, including mushroom spores and fungal structures, making it an ideal tool for mycology studies and mushroom cultivation.
Specifications:
• Magnification: 40X, 100X, 400X, 1000X (with oil immersion)
• Objectives: 4X, 10X, 40X, 100X (oil immersion)
• Eyepieces: 10X wide-field
• Illumination: Built-in 5 watt fluorescent illuminator
• Focus: Coaxial coarse and fine focus
• Stage: Large mechanical stage (120mm x 110mm) with clips
• Head: 45° inclined for comfortable viewing
• Viewing Angle: Optimal 45° for prolonged observation without strain
Key Features:
• Versatile magnification levels for comprehensive observational capabilities across a range of samples.
• Bright, consistent illumination provided by the fluorescent illuminator ensures clear visibility of specimens.
• Smooth focusing mechanism includes coaxial coarse and fine focus knobs for sharp and precise imaging.
• Ergonomic design with a 45° inclined head promotes comfortable and strain-free viewing, ideal for extended use in educational settings.
• Robust mechanical stage supports a variety of sample sizes and includes secure clips for slide stability.
• High-quality optical components ensure superior clarity and durability for continuous educational use.
Usage Instructions:
1. Setup: Place the microscope on a stable, vibration-free surface to ensure steady observation.
2. Specimen Placement: Secure the slide on the mechanical stage using the built-in clips.
3. Viewing Preparation: Adjust the interpupillary distance for personal comfort and ensure the
eyepiece is clear.
4. Focusing: Start with the lowest magnification (40X) and use the coarse focus to bring the
specimen into initial focus. Switch to higher magnifications and refine the focus using the fine
adjustment knob.
5. Illumination Adjustment: Use the built-in illuminator to adjust the light intensity for optimal
specimen illumination.
6. High-Magnification Viewing: For 1000X magnification, apply a drop of immersion oil directly on
the slide before engaging the oil immersion objective.
7. Post-Use Care: Clean any residual oil from the lens and stage, and cover the microscope to
protect it from dust.
Care and Maintenance:
• Regular Cleaning: Use only lens tissue or a soft, lint-free cloth to clean the optics. Avoid harsh chemicals that might damage lens coatings.
• Dust Prevention: Keep the microscope covered when not in use to prevent dust accumulation.
• Proper Storage: Store in a cool, dry place to avoid exposure to moisture and direct sunlight.
• Maintenance Compliance: Follow the manufacturer’s instructions for routine maintenance and adjustments.
Benefits for Microscopy and Mushroom Cultivation:
The Student Microscope is tailored for educational use but offers the precision required for serious mycological research. It allows for detailed examination of fungal structures, aiding in the study of mushroom species, growth patterns, and potentially harmful pathogens. The ergonomic features ensure that students can use the microscope comfortably over long periods, making it an excellent tool for fostering a deep understanding of microbiological principles in mycology and beyond.
Recommended Applications:
• Educational Demonstrations: Ideal for classroom demonstrations where students can learn
about fungal morphology and cellular structures.
• Mycology Research: Suitable for examining spores, mycelium, and fungal tissues at high
magnifications.
• Pathogen Identification: Useful in identifying and studying fungal pathogens within cultivated
environments.
• General Science Education: Supports a broad range of scientific educational activities in schools,
colleges, and professional training programs.