KFBIO KF-PRO-040 Digital Slide Scanner

Dijital Patoloji Slayt (Lam) Tarayıcı

Yüksek Tarama Hızı

15x15mm, 20X, 25sn tarama süresi

Aynı anda 40 Slayt (lam) Yükleme Kapasitesi

Sessiz ve Titreşimsiz Tarama

Manyetik süspansiyonlu motor sürücü

%99.85 oranında İlk seferde tarama başarısı

Yüksek Çözünürlük

Yüksek Çözünürlük, 0.5um/pixel (20X)

0.5um/pixel (40X) WSI scanning

Yüksek Hassasiyet

20nm pozisyonlama doğruluğu

80X magnification desteği

Yüksek Uyumluluk

Brightfield tarama özelliği

Değişik formatlarda tarama

Profesyonel Hizmet

Kısa sürede kurulum

Zamanında ve nitelikli satış-sonrası hizmetler

KF-PRO-040

– Digital Pathology 40 slides scanner

– Fast, Precise, Efficient

– Brightfield

– Clinic, training, remote consultation

– 40 Slayt Kapasiteli Dijital Slayt Tarayıcı

– Hızlı, Hassas ve Verimli

– Brightfield

– Klinik, eğitim ve uzaktan konsültasyon

Dijital Patoloji Slayt Tarayıcı

Image Quality

High Image Quality for Digital Pathology KFBIO Digital Pathology Slide Scanner plays a leading role worldwide in movement accuracy,focus accuracy and image processing accuracy. Accurate whole slide imaging meets the requirementsof traditional manual slide viewing and operation. It’s also suitable for the AI-assisted analysis of digital images

High Quality, 3 Colors Independent Processing

K-SCP color processing method helps restore the original color, saturation, color temperature, color contrast and other indicators to enhanceimages, as well as color compensation of different displays after imaging

High Resolution, 0.25um/pixel (40X)

It adopts top optical accessories. The light source, objective lens, camera, optical path and other accessories are comprehensively optimized. It greatly improves the optical resolution to directly observe the structure and details in the cell. The nucleus edge is sharp and the internal structure is clearly visible. The resolution distance can be as small as 0.125µm

High Precision, 20nm Fine Control, 80X Magnification

Linear magnetic axis drive and grating ruler positioning mechanism are adopted to achieve ultra-high precision of image movement control and image positioning at the nanometer level. It helps sample fast and accurately to achieve stable imaging for a longer period of time. The magnification can reach 80x.