The EL406 Combination Washer Dispenser offers fast, full plate washing along with three reagent dispensers in one, compact instrument. Its multiple capabilities include washing and dispensing for standard assays, plus biomagnetic separation and vacuum filtration protocols. The patented Dual-Action™ manifold optimizes washing for loosely adherent cell monolayers, while the patented Ultrasonic Advantage™ helps prevent blockages in the manifold tubes before washing, to reduce assay failure.
Syringe pump and peristaltic pump dispensers each offer unique advantages, and the EL406 offers both, along with superior plate washing, on a single platform – making the EL406 a workhorse for your laboratory.
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EL406™ 1536-/384-/96-well Microplate Washer Dispenser Configurations | ||
Feature | Design | |
P | 1-Reagent Dispense Module – | Autoclavable |
1 Peristaltic Pump | 8-tip (1 x 8) cassette | |
Sapphire jeweled, steel or plastic tips | ||
S | 2-Reagent Dispense Module – | Autoclavable |
2 Syringe Pumps | 2 16-tube (1 x 16) manifolds | |
Steel tubes | ||
SNA | 2-Reagent Dispense Module – | Non-autoclavable |
2 Syringe Pumps | 1 16-tube (2 x 8) manifolds – except with P/N 406SNA0-LB | |
Steel tubes | ||
U | Wash Module – Ultrasonic Advantage™ | |
B | Wash Module – Automatic 4-Buffer Switching | |
1 | Wash Module – 384-/96-well microplate washing | Dual-Action™ |
96-tube (8 x 12) manifold | ||
Steel tubes | ||
2 | Wash Module – faster 384-well microplate washing | Dual-Action™ |
192-tube (16 x 12) manifold | ||
Steel tubes | ||
3 | Wash Module – 384-/96-well microplate washing | Dual-Action™ |
Interchangeable 96-tube (384-/96- well washing) and 192-tube (faster 384-well washing) manifolds | ||
Steel tubes | ||
4 | Wash Module – 96-well microplate washing | 96-tube (8 x 12) manifold |
Steel tubes | ||
SB | Wash Module – 1536-well microplate washing and dispensing | 2 32-tube (1 x 32) dispense manifolds |
Small bore, sapphire jeweled tubes | ||
128-tube (4 x 32) aspiration manifold | ||
LB | Wash Module – 1536-well microplate washing and dispensing | 2 32-tube (1 x 32) dispense manifolds |
Large bore, steel tubes | ||
128-tube (4 x 32) aspiration manifold |
GENERAL | |
Microplate types | Dispensing (peri pump and syringe) |
96-, 384- and 1536-well standard, deep and PCR plates; 6-. 12-, 24- and 48-well plates (dispense tip configurable) | |
Washing | |
96-. 384-well standard plates; 6-, 12-, 24-,and 48-well plates (with compatible manifold configuration) | |
Onboard software | Create, edit or run multiple protocols |
Software (computer control) | LHC2 Software |
LHC2 Secure for 21 CFR Part 11 compliance (option) | |
SiLA Compliant driver (option) | |
Shaking | Programmable up to 60 minutes |
Slow, medium, fast or variable | |
Soaking | Programmable up to 60 minutes |
USB ports (2) | For protocol storage/transfer and for optional external mouse or keyboard |
Automation | BioStack and 3rd party automation compatible |
BioSpa 8 Automated Incubator compatible | |
WASHING | |
Manifold types | 96- and 384-well washing: 8-tube manifold |
6-, 12-, 24-, 48-well washing: Custom manifolds available | |
Volume range | 20-30,000 µL/well |
Wash cycles | 1-okt |
Supply bottle | 2 L |
Dispense accuracy | 3% |
Dispense precision | 96-/384-well plates, 300 µL/well: <3% CV |
6-well plates, 5560 µL/well: <5% CV | |
Residual volume | 96-well plate, 300 µL/well: < 2 µL/well |
Wash speed | 96-wells, 8-tube manifold, 3 cycles, >300 µL/well: <130 seconds |
Wash volume | 20-30,000 µL/well |
Waste bottle | 2L |
Flow rates | 140-422 µL/well/second |
Sterilization | Chemical |
DISPENSING – PERISTALTIC PUMP (MULTI-CHANNEL) | |
Manifold types | 1 x 8 – sapphire jeweled 316 SS, 316 SS or polypropylene tips, with 1, 5 or 10 µL tubing |
Fluid delivery | 1 or 2 peristaltic pumps |
Dispense speed | 96 wells, 5 µL cass, 10 µL/ well: 3 seconds |
96 wells, 5 µL cass, 20 µL/ well: 3.5 seconds | |
384 wells, 5 µL cass, 5 µL/ well: 6.5 seconds | |
384 wells, 10 µL cass, 10 µL/ well: 8 seconds | |
384 wells, 1 µL cass, 1 µL/ well: 6 seconds | |
1536 wells, 1 µL cass, 1 µL/ well: 21 seconds | |
Volume range | 500 nL – 3,000 µL/well, selectable in 1 µL increments |
Flow rates | User programmable rates from high to low |
Dispense performance | 1 µL cassette: recommended range: 1 – 50 µL |
Accuracy: +5% at 1 µL | |
Precision: <5% CV at 1 µL | |
<10% CV at 500 nL | |
Minimum Prime Volume: 1.20 mL | |
5 µL cassette: recommended range: 5 – 2,500 µL | |
Accuracy: +2.0% at 5 µL | |
Precision: <2.5% CV at 5 µL | |
Minimum Prime Volume: 4.23 mL | |
10 µL cassette: recommended range: 10 – 3,000 µL | |
Dispense Accuracy: +2.0% at 10 µL | |
Dispense Precision: <2.0% CV at 10 µL | |
Minimum Prime Volume: 7.36 mL | |
Recommended cassette replacement interval | 1 µL Cassette: 1,000 384-well microplates at 5 µL well |
5 µL Cassette: 1,000 96-well microplates at 50 µL well | |
10 µL Cassette: 1,000 96-well microplates at 100 µL well | |
Sterilization | Autoclave, chemical |
DISPENSING – SYRINGE PUMP | |
Manifold types | 96- and 384-well dispensing: |
One 16-tube (2 x 8) manifolds – 316 SS tubes | |
Two 16-tube (1 x 16) manifolds – 316 SS tubes | |
1536-well dispensing: | |
Two 32-tube (1 x 32) manifolds – sapphire jeweled 316 SS or 316 SS tubes | |
6- to 48-well dispensing: custom autoclavable manifolds available | |
Fluid delivery | Two positive displacement syringe drives |
Dispense speed | 20 µL /well, 96 wells, 1 x16 tubes:: 5 seconds |
20 µL /well, 384 wells, 1 x16 tubes:: 14 seconds | |
3 µL /well, 1536 wells, 2 x 32 tubes:: 7 seconds | |
Volume range | 3 – 3,000 µL/well selectable in 1 µL increments |
Minimum Prime Volume: 12 mL | |
Flow rates | User programmable rates from high to low |
Dispense accuracy | +1 µL at 5 µL |
+1 µL at 20 µL | |
+1% at 100 µL | |
Dispense precision | <5% CV at 5 µL |
<2.5% CV at 20 µL | |
<1% CV at 100 µL | |
Supply bottle | 1 L or 2 L |
Sterilization | Chemical, autoclavable option |
DISPENSING – PERISTALTIC PUMP (RAD TECHNOLOGY) | |
Labware types | Single tip: 6-, 12-, 24-, 48-, 96-, 384-well plates; low profile |
standard height and deep well formats; PCR trays and microtubes | |
8-to-1 tip: 6-, 12-, and 24-well plates | |
Manifold Types | RAD single, with plastic or steel tip with 1, 5 or 10 tubing, 7° angle |
RAD 8-to-1 plastic tip, with 5 µL tubing, angled bulk dispense chute | |
Volume range | 500 nL – 30,000 µL |
Minimum prime volume | 1 µL cass, 18″: 90 µL ; 1 µL cass, 30″: 150 µL |
5 µL cass, 18″: 320 µL; 1 µL cass, 30″: 530 µL | |
10 µL cass, 18″: 555 µL; 10 µL cass, 30″: 920 µL | |
Dispense speed (high flow) | 1 µL cass, 1 µL/well: 19s (96 wells) 55s (384 wells) |
1 µL cass, 10 µL/well: 33s (96 wells), 112s (384 wells) | |
5 µL cass, 5 µL/well: 19s (96 wells), 58s (384 wells) | |
5 µL cass, 100 µL/well: 76s (96 wells), 286s (384 wells) | |
10 µL cass, 10 µL/well: 21s (96 wells), 66s (384 wells) | |
10 µL cass, 100 µL/well: 70s (96 wells), 259s (384 wells) | |
Dispense performance | 1 µL cass (med), 0.5 µL/well: Precision 10% CV |
1 µL cass (med), 1 µL/well: Accuracy + 10%, Precision 10% CV | |
1 µL cass (med), >2 µL/well: Accuracy + 5%, Precision 5% CV | |
5 µL cass (high), 5 µL/well: Accuracy + 4%, Precision 5% CV | |
5 µL cass (high), >10 µL/well: Accuracy + 2%, Precision 2.5% CV | |
10 µL cass (high), 10 µL/well: Accuracy + 4%,Precision 4% CV | |
10 µL cass (high), >20 µL/well: Accuracy + 2%, Precision 2 %CV | |
8-to 1 cass(high), 40 µL/well: Accuracy + 4% | |
8-to 1 cass (high), >10 µL/well: Precision 2.5%CV | |
8- to 1cass(high), >80 µL/well: Accuracy + 2% | |
PHYSICAL CHARACTERISTICS | |
Power | 100 – 240 Volts AC. 50/60 Hz |
Dimensions | Base instrument: 17.19″W x 11.75″ D x 8″ H (43.51 x 29.21 x 20.32 cm) |
Weight | Base instrument: |
19.5 lbs (8.8 Kg) | |
REGULATORY | |
Regulatory | CE and TUV marked, RoHS Compliant. Models for In Vitro Diagnostic use are available. |
The EL406 has extensive onboard software, with an intuitive menu-driven interface. Program all aspects of the system’s dispense, wash and maintenance parameters, quickly and easily. Up to 75 programs can be stored onboard.
LHC
LHC Software allows computer-based programming of multi-step processes and it is used for integrating BioTek’s multi-mode washer dispensers, washers and dispensers into robotic systems. You can operate the system under computer control via LHC, or create protocols in LHC and download to the instrument for recall and execution.
LHC Secure software
LHC Secure software offers features to facilitate compliance to FDA directive 21 CFR Part 11
with computer control of BioTek’s Multi-Mode Washer Dispensers, Washers and Dispensers.
LHC SiLA software
LHC SiLA softwaredriver enables BioTek washer and dispenser integration into SiLA compliant automated systems. Includes LHC software for computer control and third party integration of BioTek’s Multi-Mode Washer Dispensers, Washers and Dispensers.
Combines fast microplate washing with 3 reagent dispensers in 1 compact instrument
There’s no need for multiple instruments when you have an EL406 in the lab! The EL406 is microplate washer with peristaltic and syringe pump modules available to make it into an efficient multi-tasking system. For benchtop use or integrated into automated systems, the EL406 does the work of multiple instruments.
96-, 384- and 1536-well plate compatible
BioTek’s patented Dual-Action™ manifold quickly washes 96- and 384-well plates. For 1536 washing, unique aspirate and dispense manifolds rapidly dispense and aspirate across the plate. Wash speeds for the three plate types range from 13 seconds to 36 seconds, keeping all your processes efficient.
Gentle processing for cell-based assays
Cell-based assays can be challenging to wash – too often, cell monolayers are disrupted by vigorous dispensing or overly intense aspiration. The EL406 Dual-Action manifold and plate carrier have x-y-z adjustments, and flow rates are fully adjustable – to optimize parameters for even the most sensitive assays. Angled dispense tubes direct fluid flow to the well sides, further minimizing disruption.
Bead washing: magnetic and polystyrene
The EL406 is a powerhouse for many standard plate washing and dispensing protocols, but it also automates more complex operations like magnetic and polystyrene bead washing workflows – and it’s Luminex® xMap® approved. Bead washing is available for 96- and 384-well microplates.
Easy maintenance with Ultrasonic Advantage™
EL406 has a number of automated system maintenance features, including. BioTek’s patented Ultrasonic Advantage™. The dispense and aspirate tubes are immersed into the built-in ultrasonic bath in the priming trough while the automate cleaning program runs, dislodging and aspirating away salt crystal and protein buildup in the tubes.
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