IsoPure™ 96, Automated Purification System, 115V

Item No. 50022877
Automated System for Magnetic Bead-Based Purification • Compatible with all popular magnetic bead kits • Touch screen panel for on-board programming and operation • Process up to 96 samples in deep-well plates • 8-position carousel with 2 heating blocks • Sample volume 50µl – 1000µl The
EA1
Price
$49,376.00
price per EA1
excl. tax
This product cannot be ordered at the moment.
Description
Automated System for Magnetic Bead-Based Purification
• Compatible with all popular magnetic bead kits
• Touch screen panel for on-board programming and operation
• Process up to 96 samples in deep-well plates
• 8-position carousel with 2 heating blocks
• Sample volume 50µl – 1000µl

The IsoPure™ 96 from Accuris Instruments is a high throughput, automated system that improves the efficiency and reproducibility of magnetic bead-based purification protocols. Capable of processing up to 96 samples at one time, the instrument is easy to set up and program. Mixing, magnetic bead transfer, washing, and elution steps are performed automatically. The purification process can be completed within 10 to 60 minutes depending on the type of reagent kit used and complexity of the program.

Specifications 
Capacity / sample volume96 samples  /  50µL to 1000µL
Display7.0 inch-color touch screen
Plate positions8 Plate positions
Lysis temperature rangeAmbient +5°C to 120°C
Elution temperature rangeAmbient +5°C to 120°C
Mixing speedVariable, 10 levels
Programming controlTouch screen/mouse or PC connection
Program memory100 programs (internal memory)
Communication portsUSB, LAN, & PC
Magnetic bead recovery rate>95%
Internal lightingLED
Contamination controlUV lamp (3W, 253.7nm UVC wavelength)
Dimensions21.6 x 24.4 x 18.9 in. (55 x 62 x 48 cm)
Weight54 kg / 119 lbs
Electrical inputUniversal 120 to 240VAC
Warranty2 years


Product Literature:
Item Info:
Item Title IsoPure™ 96, Automated Purification System, 115V
Category: Equipment
Sales Unit of Measure EA1
Last Date/Time Modified 3/10/2026 1:38:34 PM
    Loading
    Loading