Saxon Prodigy MK II Biological Microscope

$499.00

AUD Price shown includes GST
GST is removed at checkout for NZ

SKU: 311006
Brand

Out of stock. For Availability Call 02 9518 7255 or email sales@bintel.com.au

 Need some help? Contact us.

    We don't like being beaten on price.

    Please fill in the details below and we will respond shortly

    Found a better price? Click here and watch us try to beat it.

    Secure, Encrypted Checkout.
    Credit cards not stored.

    Expert, After Sales Support. 
    We fully support our products!

    Minimum 2-Year Warranty. 
    + extended manufacturer warranties.

    Aussie Owned & Stocked. 
    Ships fast from Sydney!

    Same Day Shipping. 
    If you order before 2pm!

    Saxon Prodigy MK II Biological Microscope

    If you’re looking for a moderate microscope with the bells and whisltes, look no further than the saxon Prodigy MK II Biological Microscope 40x-1600x.

    If you’re looking for a moderate microscope with the bells and whisltes, look no further than the saxon Prodigy MK II Biological Microscope 40x-1600x.

    Featuring a quadruple nosepiece with magnification up to 1600X, specimens can be observed at their finest with just a turn of the objective lens. The addition of coaxial coarse and fine focus dial means getting down to the sharpest details of the specimen. This sturdy microscope is also equipped with a mechanical stage that has locator markings so it not only holds a slide in place, but also allows you to mark your specimen.

    The light intensity dial also gives you the option to adjust the brightness from the transmitted LED.

    So whether it is for research or homework, the saxon Prodigy MK II Biological Microscope 40x-1600x is a good microscope to work with.

    Have a question about this product?

      CALL NOW : +61 2 9518 7255 OR EMAIL BELOW

      bintel astronomy experts

      ENQUIRY TYPE

      Related Products For Your Consideration …

      Shopping cart0
      There are no products in the cart!
      Continue shopping
      0