Dino-Lite AM4013MZTL USB Digital Microscope, 1280 x 1024 pixels, 10 → 90X Magnification
Tehniskie dokumenti
Specifikācija
Brand
Dino-LiteMagnification Power
10 → 90X
Frame rate
30fps
Resolution
1280 x 1024 pixels
Illuminated
Yes
Illumination Type
White LED
Interface Type
USB
Weight
0.14kg
Dimensions
105 x 32mm
Diameter
32mm
Length
105mm
Model Number p
AM4013MZTL
Izcelsmes valsts
Taiwan, Province Of China
Produkta apraksts
Dino-Lite Premier AM4013MZTL
The AM4013MZTL from Dino-Lite is a 1.3 Megapixel handheld digital microscope.
This version of microscope features a robust aluminium alloy shell and offers great image quality.
The AM4013MZTL is designed for longer working distances, making it great for applications that require a certain distance.
You can control the amount of glare that reflects thanks to an adjustable polariser.
Making this model perfect for viewing semi-transparent materials like; jewellery, glass, or plastic.
It is also excellent for analysing highly reflective materials.
Noliktavas stāvoklis patreiz nav pieejams
Lūdzu pārbaudiet vēlreiz vēlāk
€ 641,83
Katrs (bez PVN)
€ 776,61
Katrs (Ieskaitot PVN)
1
€ 641,83
Katrs (bez PVN)
€ 776,61
Katrs (Ieskaitot PVN)
1
Tehniskie dokumenti
Specifikācija
Brand
Dino-LiteMagnification Power
10 → 90X
Frame rate
30fps
Resolution
1280 x 1024 pixels
Illuminated
Yes
Illumination Type
White LED
Interface Type
USB
Weight
0.14kg
Dimensions
105 x 32mm
Diameter
32mm
Length
105mm
Model Number p
AM4013MZTL
Izcelsmes valsts
Taiwan, Province Of China
Produkta apraksts
Dino-Lite Premier AM4013MZTL
The AM4013MZTL from Dino-Lite is a 1.3 Megapixel handheld digital microscope.
This version of microscope features a robust aluminium alloy shell and offers great image quality.
The AM4013MZTL is designed for longer working distances, making it great for applications that require a certain distance.
You can control the amount of glare that reflects thanks to an adjustable polariser.
Making this model perfect for viewing semi-transparent materials like; jewellery, glass, or plastic.
It is also excellent for analysing highly reflective materials.