Factory Price Portable 3 Part Medical Portable Chemistry Test Hematology Analyzer

• Customization: Available
• Type: Hematology Analyzer
• Certification: CE, FDA, ISO13485
• Model NO.: 3 part hematology analyzer
• Cell Type: Wbc(109/L)2.0% Rbc(1012/L)1 .5% Plt(109/L)4.0% Mcn
• Transport Package: 1set/Blister Packing
• Specification: 470*420*430mm
• Trademark: Sugama, Zhuohe, WLD
• Origin: Yangzhou, Jiangsu, China (Mainland)
• HS Code: 4808100000
• Production Capacity: 15000 Ctns/Day

Product Description

Yangzhou Super Union Medical Material Co.,Ltd. lies in the west of Yangzhou, founded in 2003. We are one of the leading erntership in the manufacturing in surgical dressing on large scale in this area. Our company  has corresponding production license and medical equipment registration certificate. We have won an excellent reputation for quality, efficiency and low price. We warmly welcome friends and customers to discuss business with us!
 

Features

Laser scatter differential to ensure outstanding accuracy
· Semi-conductor laser scatter to differentiate white blood cells by cell size and granule complexity
· Patented cluster algorithm to separate cell groups with great precision
· Intuitive flagging information to help determine abnormal samples

Only 20uL blood and 1min are required to get a five-part report
· Supports both whole blood and capillary blood samples in open vial
· 20uL blood sampling for CBC+DIFF test and 15uL for CBC test
· Up to 60 samples per hour throughput
· Economical reagent consumption

User-friendly software for easy operation and maintenance
· Customization on reference range, report styles and auto-cleaning schedule
· Day-to-Day QC monitoring
· Bi-directional LIS connection

Throughput	60 tests/hour
Sample Volume	CBC+5-Diff model:≤20ul;CBC MODEL: ≤10ul
Data Memory	UP to100,000 results(including histogram, scarttergram,patient information)
Display	14 inch touch screen,resolution 1366*768
Interface	1 LAN port,4 USB ports
Printout	Support various external USB printers,printout Formats user definable