About TOMO IHC GLASS SLIDES
Matsunami Tomo Glass Microscope Slides 7525 mm | Pre-Cleaned Optical Glass | Smooth Edges | Lab Use Slides (Pack of 50/72/100)
Product Description
Matsunami Tomo Glass Microscope Slides are premium-quality laboratory slides designed for accurate and reliable microscopic analysis. Manufactured using high-grade optical soda-lime glass, these slides provide excellent clarity and uniform thickness for precise imaging.
These slides are pre-cleaned and ready to use, ensuring convenience and time efficiency in laboratory workflows. The smooth ground edges enhance safety during handling, while the optional frosted end allows easy labeling and identification of samples.
Widely used in pathology, histology, microbiology, and research laboratories, Matsunami slides are known for their durability, chemical resistance, and consistent performance.
Key Features
High-quality optical glass for superior clarity
Standard size: 75 25 mm
Pre-cleaned and ready to use
Smooth ground edges for safe handling
Uniform thickness for accurate microscopy
Chemical resistant and autoclavable
Optional frosted end for easy labeling
Suitable for laboratory and research applications
Exceptional Clarity and DurabilityManufactured from super white, corrosion-resistant glass, TOMO IHC Glass Slides deliver unmatched transparency for accurate microscopic analysis. The chemically treated surface ensures samples adhere optimally, while ground edges prioritize user safety during handling in laboratory environments.
Optimized for Immunohistochemical ApplicationsDesigned with a positively charged surface, these slides offer enhanced tissue adherence, making them ideally suited for immunohistochemistry, pathology, and histology. Their compatibility with automated IHC staining platforms supports efficient and standardized laboratory workflows.
Convenient Packaging and Reliable StorageEach box contains 50 individually separated slides, reducing the risk of contamination or breakage. For extended shelf life and optimal performance, store in a dry, clean environment at room temperature (15-30C). The slides remain ready for use for up to five years from the date of manufacture.
FAQ's of TOMO IHC GLASS SLIDES:
Q: How should the TOMO IHC Glass Slides be stored to maintain their quality?
A: TOMO IHC Glass Slides should be stored in a dry, clean environment at room temperature, ideally between 15-30C, to preserve their special coating and ensure optimal performance throughout their 5-year shelf life.
Q: What makes these slides compatible with automated IHC staining platforms?
A: These slides are coated with a chemically treated, positively charged surface, which ensures consistent sample adherence and smooth operation in automated immunohistochemistry staining systems without manual intervention.
Q: When should I use TOMO IHC Glass Slides?
A: These slides are ideal for single-use applications in immunohistochemistry, pathology, and histology, especially where optimal tissue adhesion and high slide transparency are required for precise diagnostic or research analysis.
Q: Where are TOMO IHC Glass Slides manufactured and supplied from?
A: TOMO IHC Glass Slides are manufactured and supplied in India, ensuring reliable quality and availability for laboratories and medical facilities across the region.
Q: What is the benefit of the slides' super white, corrosion-resistant glass material?
A: The super white, corrosion-resistant glass enhances clarity, offering precise visualization under the microscope, while ensuring the slides remain clear and do not deteriorate or corrode over time.
Q: How safe are these slides during handling in laboratory settings?
A: The slides are designed with ground edges and corners to minimize the risk of cuts and promote safe handling by laboratory personnel during preparation and examination processes.
Q: What features support the consistent reproducibility of results using these slides?
A: Their chemically treated, positively charged surface and high manufacturing standards enable uniform sample adhesion, leading to reliable and reproducible results in all compatible laboratory protocols.