Siemens - Dimension RxL Max System
by Siemens

Follow Us
DESCRIPTION
Integrated Chemistry System

Engineered for maximum performance, the Dimension RxL Max System remains true to the original concept while elevating performance to new heights. The result — the most powerful and technologically advanced Dimension Analyzer yet, and the new standard for excellence in clinical diagnostics.    The Dimension RxL Max System is founded on the belief that a product born of sound, purposeful design and forward thinking does not need to entirely change, but intelligently evolve and continually improve. Simply put, the best — maxed.

FORUMSView All (35)
Ask a New Question

1

Reply
-Thinushan
7 years ago
Dimension RXL MAX
What are the calculation of ABS testReply

0

Replies
-SAziz
8 years ago
ISE

Reagent volume consumption for each tests for Na/K/CL

Reply

0

Replies
-Sarisa
8 years ago
How many test run when autocalibrate of IMT

I found the reagent loss too much when RXL start to IMT calibration

Reply
DOCUMENTS / MANUALSView All

FEATURES

[list]            [*] Fully automated and integrated testing of over 80 methods  [*] Unprecedented 91 methods on-board concurrently  [*] Higher throughput with expanded reagent capacity for larger workloads  [*] Reagent Management System (RMS) module enables  - Double reagent capacity  - Ability to load up to 18 Flex® Reagent Cartridges at one time  - Separate reagent preparation probe improves instrument efficiency  [*] More results from one tube on one platform  [*] Actual throughput to handle peak workload  [*] Highly responsive  - Run any test, at any time on any sample type  [*] Auto-calibration of electrolytes (NA, K, CL)  [*] Truly integrated processing of chemistry with uncompromised throughput  [*] Single Station, Multi-Tasking Workstation Connectivity  [*] Connectivity to Siemens automation systems through Sample Transfer Module (STM)  [/list]

SPECIFICATIONS

Height68.2 in with monitor
Length 32.3 in
Weight880 lbs
Width62.5 in
This site uses cookies. By continuing to browse the site you are agreeing to our use of cookies. Please review our Privacy Policy for more details.
I Agree