LINEAR REAGENT STRIPER REAGENT DISPENSING FOR LATERAL FLOW ASSAYS (LFA) FEATURES AND BENEFITS • Up to 8 independently controlled continuous reagent lines • Up to 8 independently controlled dispense tip positioning fixtures • Substrate dimensions up to 110mm x 450mm accommodated (Max Strip Length 450mm) • Continuous fluid impregnation operator selectable from 1-450mm long • Custom vacuum plate holds membrane substrates firmly in place • Linear travel rate operator selectable from 1-100 mm/sec • Accuracy/Repeatability < 1% Cv • Capable of pumping high viscosity fluids (1,000+ cps) • Able to dispense materials with additives • Optional bubble detection/loss of fluid sensor(s) • Gantry mounted dispensers for maximum accessibility to pumping chambers • Minimum spacing between dispense tips 5 mm • Ultra high purity ceramic dispense tips with bore sizes from 0.003”-0.007” with 0.010” and 0.012” options as well. • Designed for use with DigiSpense 4000 controllers: • Continuous dispensing rate operator selectable down through 0.1 µl/sec. • Dispensers fitted with 1A – 4A pump heads, depending on flow volume required • Digital volume and flow rate control adjustment • LCD display of all dispensing parameters • Automatic pump priming and reloading • Micro-stepped pumps and bed for better resolution at low volume • Computer interface – RS232 or EtherNet/IP™ Linear Reagent Striper w/ two actuators mounted (2-tip) Dispensing 2 Reagent Lines onto Substrate ISO 9001 CERTIFIED ISO 13485 CERTIFIED IVEK CORPORATION • 10 Fairbanks Road • North Springfield • Vermont • 05150 • USA Tel: (01) 802-886-2238 • Fax:

LINEAR REAGENT STRIPER The IVEK Linear Reagent Striper is a semi-automatic positioning/dispensing system intended for continuous non-contact fluid dispensing onto various substrates such as nitrocellulose for manufacturing lateral flow assays (LFA). The precisely controlled motions of the vacuum plate slide carriage and IVEK dispensers together provide for extremely precise and consistent reagent line impregnation. Touch screen operation allows for immediate precise control over all system functions and has virtually eliminated the need for mechanical adjustments. The flexibility of the linear...