Automatic Microtome

About Automatic Microtome

Semi Automatic Microtome ETMT-171B

A sturdy microtome usable in sectioning slime and sensitive incision from tissues.

Semi automatic cut sections from 0.5 p to 50 p. Sample feed of the microtome is automatically and perform the motorization and sectioning process manually.

This is microscope controlled with LCD screen on the sections and statu s of error. Having command control module to control the proposed device.

Also having an integrated waste collection folder.. A standard sample holder is provided with the proposed device optionally a glass knife holder Accessories supplied with the Microtome: Tissue flotation bath.(5 liter), Digital Temp Controlled. Disposable blades ( 50 ) and blade holders, Block holders, (20), L. moulds.( Brass ) (20) ,interiorparts permitting easy access for cleaning & lubrication.

Technical Specifications

Section Thickness Setting Range	0.25~60 m
Trimming Thickness Setting Range	0.25~60 m
Setting values	0.25~ 1-m increment step 0.25 m
	1~10 m increment step 1 m
	10~ 20-m increment step 2 m
	20~ 60-m increment step 5 m
Minimum setting value	0.25 m

 

 

Enhanced Precision for Laboratory Sectioning

Engineered for meticulous sectioning, this automatic microtome delivers consistent results with section thickness adjustable from 1 to 60 microns. Its anti-tilt rotary specimen clamp guarantees sample stability during operation, making it a robust choice for detailed histological, pathological, and research applications.


Intuitive and Safe Operation

The device features an accessible digital LCD display for monitoring and setting parameters. Safety is prioritized through a knife guard, overload protection, and an emergency stop. The detachable waste tray facilitates effortless cleanup, ensuring a tidy and efficient working environment.


Flexible and Durable Construction

With variable cutting speeds and a trimming thickness range of 10-500 microns, this microtome adapts to diverse laboratory needs. Its stainless steel and ABS build offers longevity, while the compact dimensions fit seamlessly into most laboratory spaces. High throughput and reduced noise levels enhance user experience.