Erma Microtome

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MOQ : 2 Pieces

Erma Microtome Specification

Frequency
Not applicable (manual operation)

Accuracy
Section thickness accuracy up to 1 micron

Temperature Range
Ambient suitable for general lab environments

Measurement Range
0.5 25 microns

Model No
Erma Microtome

Power Source
Manual (non-electric)

Capacity
Multiple precision thickness settings (up to 25 microns)

Automation Grade
Manual

Feature
Precision sectioning, adjustable thickness, robust construction

Core Components
Knife holder, specimen clamp, handwheel

Equipment Materials
Heavy-duty metal body with chrome-plated parts

Type
Rotary Microtome

Usage
For sectioning tissue samples in biological laboratories

Display Type
Manual scale with thickness indicator

Dimension (L*W*H)
Approx. 400 x 300 x 250 mm

Weight
Approx. 20-25 kg

Erma Microtome Trade Information

Minimum Order Quantity
2 Pieces

Supply Ability
100 Pieces Per Year

Delivery Time
1 Week

Main Domestic Market
All India

Certifications
CE CERTIFIED CO. NSIC MSME CERTIFIED ISO 9001:2015

About Erma Microtome

Introducing the acclaimed Erma Microtome, renowned for its elite precision in pathology labs, medical colleges, and histology research settings. This redoubtable instrument features an adjustable section thickness from 1 to 25 microns, accommodating celebrated knife lengths of 120 mm. Its corrosion-resistant epoxy powder-coated finish and ineffable low-maintenance design ensure longevity. Boasting robust construction, manual operation, and accurate sectioning (up to 1 micron), this microtome provides exceptional control. Included are all essential accessories for optimal use. Experience the power of a celebrated tool now available at a significant price cut.

Specialized Precision Sectioning for Versatile Biological Research

The Erma Microtome excels in both specific and general laboratory applications. It is used for the precise sectioning of tissue specimens in pathology, clinical research, and histological studies. With a manual rotary mechanism, it produces consistent slices across different media including biological tissues, wax blocks, and resin-embedded samples. The vertical specimen clamp with fine adjustment ensures meticulous alignment, supporting a flawless application method suitable for a variety of research needs.

Packing, Dispatch, and Overseas Delivery

Erma Microtome units are dispatched from major FOB ports across India, ensuring smooth global transportation. The main export markets for this elite device include Europe, Asia, Africa, and the Middle East. Each unit is securely packed in robust, cushioned cartons to safeguard equipment integrity during goods transport. Packing & dispatch teams meticulously handle the microtomes, guaranteeing prompt delivery and reliable packing for worldwide clients.

FAQs of Erma Microtome:

Q: How is the section thickness adjusted on the Erma Microtome?

A: The section thickness on the Erma Microtome is manually adjustable between 1 and 25 microns using a precision dial, allowing for accurate and repeatable settings according to the sample requirements.

Q: What types of samples can the Erma Microtome handle?

A: This microtome is suitable for a broad range of biological samples, including paraffin-embedded tissues, resin blocks, and various specimen types used in pathology and histology research.

Q: Where can the Erma Microtome be utilized effectively?

A: The Erma Microtome is celebrated for use in pathology labs, medical colleges, histology research centers, and biological laboratories around the world.

Q: What accessories are included with the Erma Microtome?

A: Each unit includes a precision knife, multiple object holders, a dust cover for protection, and an operating manual for user guidance.

Q: How does the Erma Microtome ensure low maintenance?

A: Its epoxy powder-coated body resists corrosion, and all core components are easily accessible for cleaning, minimizing maintenance requirements and ensuring long service life.

Q: What are the benefits of its manual operation?

A: Manual operation offers users direct tactile control, increased accuracy, and ease of maintenance, as well as independence from electrical sources.

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