The Distek Model 2500 Dissolution System offers great flexibility and configurability. It can be configured as USP Apparatus 1, 2, 5, and 6 plus intrinsic dissolution. The extensive users, method, and reporting storage capabilities are enabled by a brilliant touch screen.
No more sampling! The Distek Opt-Diss 410 in-situ fiber optic UV system measures directly in the vessel, eliminating the need for conventional sampling, and with-it consumables like filters, tubing, and syringes, saving time, labor, and money. Moving light rather than liquids also allows generating near real-time dissolution data and nearly limitless sample points as frequently as every five seconds.
The Distek Model 2500 RTD Dissolution System offers great flexibility and configurability. It can be configured as USP Apparatus 1, 2, 5 and 6 plus intrinsic dissolution. The extensive users, method and reporting storage capabilities are enabled by a brilliant touch screen. Patented wireless temperature sensors continuously monitor and display the in-vessel temperature for each vessel.
The Distek Model 2500 Select Bathless Dissolution System is the culmination of three generations of patented bathless technology with extremely short media heating times and dramatically smaller energy use. Unparalleled control of the instrument plus automatic storage of component serial numbers and automatic qualification reminders makes the Model 2500 Select robust and reliable enough for QC applications yet flexible enough…
Performing dissolution tests on high potency drugs with low concentrations of active pharmaceutical ingredients is difficult, if not impossible, with a standard apparatus 1 or 2 dissolution bath. Common analytical instruments are not sensitive enough to detect such low concentrations. Distek's Small Volume Conversion Kit offers the perfect solution to these common dilemmas.
The Distek Eclipse 5300 Automated Dissolution Sampler offers rapid, accurate sampling using precision syringe pumps. The elimination of valves and rotary pumps along with the optimized sample pathway increases reliability while reducing common sources of sample carryover.
Many of the main causes of OOS dissolution tests and qualification failures are related to media deaeration and dispensing. The unique compact design and optional mobile cart lets one easily move the unit from bath to bath, while the available remote dispensing nozzle allows directly filling vessels in place. The ezfill+ is compatible with most dissolution baths on the market.
The Distek sensIR 3200 combines two exclusive technologies – bathless heating and Near IR sensing to offer the most innovative disintegration tester. Bathless heating not only reduces warm-up times but eliminates the inconveniences associated with conventional water bath-based instruments. The sensIR 3200 is available in two, four or six positions in the smallest footprint of any comparably equipped model.
The Cipher dissolution control software is a Windows-based application designed and developed by Distek which can be installed locally or networked providing full access to any Distek dissolution instrument on the network. Cipher offers the flexibility to set the level of security appropriate for your laboratory and will meet 21 CFR part 11 compliance.
The BIOne benchtop scale single-use bioreactor (SUB) is for mammalian cell growth, cell therapy, insect cells, and other unique applications performed in a stirred tank bioreactor. The gamma irradiated BIOne SUB is engineered with a disposable headplate welded to a triple-layered liner that can be easily inserted into a non-sterile bioreactor glass vessel, converting it to a disposable SUB within a matter of seconds.
BIOne 1250 Controllers are compatible with both autoclavable and single-use vessels. The systems are also capable of supporting both cell culture and fermentation processes. Standard controller options such as OPC and Additional Input & Outputs expand the capabilities of the controller. Such features provide end-users with nearly limitless process expansion potential for whatever future bioprocesses they desire to engineer.…
