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Page 1: NEXGEN Four All automated microplate processors today can perform the steps required to process an ELISA microplate test However, most systems today operate
Page 2: NEXGEN Four All automated microplate processors today can perform the steps required to process an ELISA microplate test However, most systems today operate

NEXGEN Four All automated microplate processors today can perform

the steps required to process an ELISA microplate test However, most systems today operate specifically

to their reagent menu and lack the capability to perform as a true open system We allow you to choose your reagent systems

Competitive systems claim 4-plate capability However, NO other system today can truly fulfill the

claim of utilizing all 4 plates simultaneously, providing you faster turnaround of results

Page 3: NEXGEN Four All automated microplate processors today can perform the steps required to process an ELISA microplate test However, most systems today operate

NEXGEN Four Gives You

Effective laboratory integration

High volume throughput of results

Reliability

User choice of operation

Simple user interface

Comprehensive data reduction

Future laboratory requirements

Page 4: NEXGEN Four All automated microplate processors today can perform the steps required to process an ELISA microplate test However, most systems today operate

NEXGEN Four

Effective Laboratory Operation Integration

Prevent costly sample pour-off

Various tube sizes / types within same rack

Page 5: NEXGEN Four All automated microplate processors today can perform the steps required to process an ELISA microplate test However, most systems today operate

NEXGEN FourEffective Laboratory Operation Integration

Prevent costly sample pour-off Various tube sizes / types within same rack

Reduce barcode read failures Accommodate various barcode systems High percentage read rate Positive internal ID and external scanners

Easy interface format ASTM Bi-directional

Fully open reagent platform Accommodate existing manufacturers tests Eliminate lengthy correlations

Page 6: NEXGEN Four All automated microplate processors today can perform the steps required to process an ELISA microplate test However, most systems today operate

NEXGEN Four

High Volume Throughput of Single or Multiple Tests Independent dual robotic arms

Simultaneous pipetting of multiple plates

Page 7: NEXGEN Four All automated microplate processors today can perform the steps required to process an ELISA microplate test However, most systems today operate

NEXGEN Four

High Volume Throughput of Single or Multiple Tests Independent dual robotic arms

Simultaneous pipetting of multiple plates

Independent dual washheads Without utilizing robotic arm No plate transport systems

Simultaneous pipetting and washing

Page 8: NEXGEN Four All automated microplate processors today can perform the steps required to process an ELISA microplate test However, most systems today operate

NEXGEN Four

High Volume Throughput of Single or Multiple Tests Continuous loading of samples

Easy to load individual sample sectors No waiting until existing run is complete Ability to add tests as runs finish

Page 9: NEXGEN Four All automated microplate processors today can perform the steps required to process an ELISA microplate test However, most systems today operate

NEXGEN Four

High Volume Throughput of Single or Multiple Tests Continuous loading of samples

Easy to load individual sample sectors No waiting until existing run is complete Ability to add tests as runs finish

Minimized timing conflicts of processing steps Run more assays at one time Process more samples of the same assay

Page 10: NEXGEN Four All automated microplate processors today can perform the steps required to process an ELISA microplate test However, most systems today operate

NEXGEN Four

High Volume Throughput of Single or Multiple Tests Ability to run infectious and non-infectious tests

simultaneously Ability to pipette both metal needle and plastic tips at the

same time

Page 11: NEXGEN Four All automated microplate processors today can perform the steps required to process an ELISA microplate test However, most systems today operate

NEXGEN Four

High Volume Throughput of Single or Multiple Tests Ability to run infectious and non-infectious tests

simultaneously Ability to pipette both metal needle and plastic tips at the

same time

Intelligent sample / assay scheduling Automatic mode for sampling optimization Operator defined mode

Page 12: NEXGEN Four All automated microplate processors today can perform the steps required to process an ELISA microplate test However, most systems today operate

NEXGEN Four

Reliability Proven design features supported by 15 years

experience Only four moveable components

Pipetting arm Plate carrier Washhead Carousel

Minimal linear plate movement

Page 13: NEXGEN Four All automated microplate processors today can perform the steps required to process an ELISA microplate test However, most systems today operate

NEXGEN Four

Reliability Proven design features supported by 15 years

experience Only four moveable components

Pipetting arm Plate carrier Washhead Carousel

Minimal linear plate movement Reduced component travel

distance

Page 14: NEXGEN Four All automated microplate processors today can perform the steps required to process an ELISA microplate test However, most systems today operate

Simplified User Interface

Everything comes to you Front-end loading

Page 15: NEXGEN Four All automated microplate processors today can perform the steps required to process an ELISA microplate test However, most systems today operate

Simplified User Interface

Everything comes to you Front-end loading

Touch screen

Minimal start up/ shut down time

Minimal maintenance

Page 16: NEXGEN Four All automated microplate processors today can perform the steps required to process an ELISA microplate test However, most systems today operate

User Choice of Operation

Quick and easy graphic selections for the experienced operator

Set up check lists mode for infrequent user operation

Page 17: NEXGEN Four All automated microplate processors today can perform the steps required to process an ELISA microplate test However, most systems today operate

NEXGEN Four

Comprehensive Data Reduction Capabilities

Multiple results on one sample including interpretative, qualitative and quantitative

Kinetic reading options

Automatic run validation checks

Unlimited QC parameter definitions

Page 18: NEXGEN Four All automated microplate processors today can perform the steps required to process an ELISA microplate test However, most systems today operate

NEXGEN Four

Future Laboratory Requirements

Multiple workstation access through laboratory network

Internet connectivity Troubleshooting Programming Software upgrades Updated product information

Remote dialup options

Page 19: NEXGEN Four All automated microplate processors today can perform the steps required to process an ELISA microplate test However, most systems today operate

NEXGEN Four

Technologies Under Development

Allergy testing Tentative release – July, 2003

Immunofluorescent slide processing Tentative release – January, 2004

Agglutination automation Tentative release – January, 2004

Page 20: NEXGEN Four All automated microplate processors today can perform the steps required to process an ELISA microplate test However, most systems today operate

NEXGEN Four

Automated platform with a capacity of 4 microplates - 16 tests simultaneously – up to 240 specimens with

continuous loading – touch screen – ability to expand to IFA slide prep and agglutination assays for allergy

Page 21: NEXGEN Four All automated microplate processors today can perform the steps required to process an ELISA microplate test However, most systems today operate

NEXGEN Four

Truly the only open, fully supported system that utilizes all 4 plates simultaneously

Page 22: NEXGEN Four All automated microplate processors today can perform the steps required to process an ELISA microplate test However, most systems today operate

NEXGEN Four

Samples CarouselTips Loader Reagents

Page 23: NEXGEN Four All automated microplate processors today can perform the steps required to process an ELISA microplate test However, most systems today operate

NEXGEN Four

Samples loading capacity = 240 (120 and predilutes) Tips loading capacity = 200 + 200 Reagents containers = 44 + 44 positions Washing tanks = 3 + 3 High throughput = 360 determinations per session Filters reading range = 400 to 700 nm(n.8 filters) Reading range = 0 :3 AU

Page 24: NEXGEN Four All automated microplate processors today can perform the steps required to process an ELISA microplate test However, most systems today operate

NEXGEN Four

Continuous Sample Loading

Page 25: NEXGEN Four All automated microplate processors today can perform the steps required to process an ELISA microplate test However, most systems today operate

NEXGEN Four

Sample predilutions: single/serial Positive samples ID: Internal barcode reader with

bi-directional interface Positive reagents ID: optional Extractible reagents and samples racks Liquid sensor level for samples, reagents, and buffers Clot detector system for both needles Bubble detection Volumes checking system

for plastic tips application

Page 26: NEXGEN Four All automated microplate processors today can perform the steps required to process an ELISA microplate test However, most systems today operate

NEXGEN Four

34 Standards and Controls

11 Reagents

Page 27: NEXGEN Four All automated microplate processors today can perform the steps required to process an ELISA microplate test However, most systems today operate

NEXGEN Four

Two Independent Washheads Separate from Pipettors

Page 28: NEXGEN Four All automated microplate processors today can perform the steps required to process an ELISA microplate test However, most systems today operate

NEXGEN Four

Fixed metal needle or disposable Plastic Tip to dispense samples

Reagent dispensing by Plastic tip for performance and reagent cost

Page 29: NEXGEN Four All automated microplate processors today can perform the steps required to process an ELISA microplate test However, most systems today operate

Software Main Features: Real multitasking application Multi-user and multi-instruments

accessing by LAN interfacing ASTM communication for LIS/DMS Windows XP Operating System Touch screen and LAN interface Autoimmune and allergy application Remote control Web interface for service

Page 30: NEXGEN Four All automated microplate processors today can perform the steps required to process an ELISA microplate test However, most systems today operate

NEXGEN FourAdaltis Diamedx Dynex DiaSorin

Griffols/ Seraquest

Feature NexGenAptus/ Mago+ DSX

Eti-Max (BioRad Evolis) Triturus

Open System X X XOpen System w/ Company Support XNumber of Plates 4 4 4 4 4

Maximum Assays per run 16 9 N/A (12/plate)N/A

(12/plate) 8

Sample Capacity

240 (w/ continuous

front loading) 120 98 240 96Different Sample Tube Sizes XFixed Metal Tip & Disposable Plastic Tip X XBubble Detection X Touch Screen XRemote Diagnostics & Troubleshooting XIFA Slide Processing XAllergy Test Capability XAgglutination Automation Capability XService Direct Mail-in Direct 3rd Party 3rd Party

Page 31: NEXGEN Four All automated microplate processors today can perform the steps required to process an ELISA microplate test However, most systems today operate

NEXGEN Four is a trademark of Adaltis

Any Test. Any Combination. Any Time.

Page 32: NEXGEN Four All automated microplate processors today can perform the steps required to process an ELISA microplate test However, most systems today operate
Page 33: NEXGEN Four All automated microplate processors today can perform the steps required to process an ELISA microplate test However, most systems today operate
Page 34: NEXGEN Four All automated microplate processors today can perform the steps required to process an ELISA microplate test However, most systems today operate