CH-20i Olympus Binocular Microscope

Name: CH-20i Olympus Binocular Microscope
Brand: Uvsar India
SKU: ITBSA38D9100
Price: 37843.0000 INR
Availability: InStock
Rating: 5 (1 reviews)

Product ID (MPN): ITB-A38D9100

In Stock

₹ 37,843 Incl. GST / Nos

Order Details

Brand Name	Uvsar India
Model	ITB-A38D9100
Condition	New
Unit Type	Nos
Minimum Order Quantity	1
Minimum Ordered Packs	1
Country of Origin	India
Taxes	Inclusive of Tax
Ships from	Ghaziabad
Shipping	Product eligible for free shipping
Returnable	7 Days Return
Warranty Type	Manufacturer / Seller
Warranty	Not Applicable

Seller Information

Uvsar India

Verified Seller

GST: 09AWNPS3690M1ZI

Business Address

Flat No. G - 3, Plot No. 286, Sector - 4, Vaishali, Near Ramprastha Dreams, Gate No. 1, , Ghaziabad Delhi-201010

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Product eligible for free shipping
7 days return - Manufacturer/Seller warranty
Ships from Ghaziabad

Description

About this CH-20i Olympus Binocular Microscope

CH-20i Olympus Binocular Microscope
The Olympus CH20i is an economically priced microscope that achieves a high standard of optical and mechanical quality for educational applications.
Simple enough for even first-time microscope users to master, the Olympus CH20i achieves a high standard of optical and mechanical quality for educational microscopes. The newly designed stand has a slim body design, allowing the user to operate the coarse and fine focus comfortably while keeping the hands on the desk.
Newly developed objectives exclusive for the Olympus CH20i provide sharp, high contrast images.
Features and Benefits:
• Easy to use and dependable.
• New, improved Olympus NEA LB optics ensure bright, clear images.
• Conveniently placed controls and a slim base make for comfortable viewing and efficient adjustments.
• Highly rigid frame and easy-to-use design offer great reliability and long term durability for educational institutions.
• An opening in the arm of the frame allows viewing the specimen stage in situations that require the frame to be placed backwards, so the mirror can capture light when emanating from in front