DiaPharma Group, Inc.

Reagents On-board
3 maximum

Samples On-board
18 maximum

Cuvettes On-board
20 maximum

Throughput (PTs per hour)
110

Software
Easy Use

Printer
Internal

Dimensions
29.5" x 17.7" x 24.8"

Weight
114 lbs.

How Can You Increase Reliability and Accuracy in Your Lab?

As a fully automated instrument, the ACL 100 is an affordable solution for low volume workloads, or as a backup analyzer. Without the need for additional steps or reagents, you'll receive a quantitative clottable Fibrinogen result automatically with every PT. The ACL 100 also runs clotting assays, such as Lupus and APCR-V Leiden. Plus, it's backed by superior technology that has set a standard for precision and reliability in coagulation analysis.

The ACL 100 Provides Many Benefits to Keep Your Lab Running Smoothly

Fully automated to increase efficiency Clotting assays include Lupus and APCR-V Leiden Proven technology provides accurate results 110 throughput per hour for PT and Fibrinogen Minimum maintenance required

Advanced Robotics

IL's microprocessor-controlled positive-displacement fluidics system assures superior precision and eliminates the need to flush or replace peristaltic pump tubing. The advanced robotics control sample and reagent pipetting, eliminating technique variables.

Nephelometric Clot Detection

The ACL accurately measures fibrin strand formations, bringing the precision of a chemistry analyzer to the coagulation laboratory.

Nephelometric Clot Detection

The ACL accurately measures fibrin strand formations, bringing the precision of a chemistry analyzer to the coagulation laboratory.

Patient ID

A 12-digit patient identification number can be keyed in. The ID number is printed out with the patient results.

Primary Tube Sampling

Dedicated sample trays on the ACL Hundred series analyzers accept two sizes of sample cups: 0.5 mL and 2.0 mL.

Parallel Processing

ACL systems process up to 18 samples simultaneously, measuring and calculating up to 22,000 data points in about one minute. The robotic sampling arm pipettes both sample and reagents automatically into the rotor. After dispensing each sample, the system automatically performs rinse cycles. Parallel processing ensures that all reactions start and stop simultaneously, so reaction timing is inherently uniform from sample to sample.