Find the right fitting for you in an easy way! Our Periodic Table for Fittings will guide you.
Order a printed wall poster (70 x 100 mm) by sending an email to email@example.com
A smart way to avoid overfilling the waste bottle.
Light sent down into the glass rod is reflected back as long as the liquid surface level is below the glass rod.As soon as the liquid level reaches the glass rod the light is scattered away from the glass rod and the sensor detects this and gives an output. The level sensor is normally mounted on a bottle cap (GL45). It consists of a ground glass rod, and electronics for detecting fluid on the rod end. The level sensor is powered by 5VDC and the output is a TTL. When the liquid level is below the glass rod the output is high (+5 VDC), and when the liquid reaches the glass rod the output is low (0 VDC). A visual and acoustic alarm is built-in to the level sensor which signals light and sound through a LED and a buzzer when the
liquid reaches the glass rod.
The quality system we are following has been approved at audits, which means we are a certified supplier of GE Healthcare.
IDEX Health & Science introduces the new PEEK-Lined Stainless Steel (PLS) Column Hardware for biocompatible applications. The PLS column hardware combines the strength of our stainless steel UHPLC column (IsoBar) with the chemical inertness of PEEK polymer to ensure the integrity of biological samples by minimizing unwanted surface interactions while also allowing operation under harsh solvent or pH conditions. This hardware has been designed for demanding applications within the UHPLC realm.
Application Note 1: Comparison of Phosphoprotein Sample Recovery Between a PLS Column and a Stainless Steel Column Smaller column ID’s (2.1 mm) were packed with 2.6 μm media to study the separation of phosphoprotein and the relative recovery of a phosphoprotein in mixture. A comparison was made between our new PLS column and a conventional SST column, both of which were packed and tested under identical conditions. For these particular proteins, and under our experimental conditions, the PLS column with PEEK frits resulted in a significantly improved peak height. No pre-conditioning was required of the surfaces to achieve the improvement in protein throughput.PLS Column PDF
We welcome you to visit us at PITTCON 2015 in New Orleans, Booth 910
Biotech AB and Biotech USA along with ChromaNik Technologies will be present, together with our partner Innovations United.
You can find a full range of components for your fluidic system- both for OEM’s and end-users.
As we are specialized in degassing you can expect interesting news in this field to be shown!
On display we have a showcase of our endless options of tubing kits, Customizable Degassers, Degasser Upgrade Kits and much more.
Furthermore we will display the exciting SUNSHELL® UHPLC column range with core shell technology, giving your LC system UHPLC performance with its high efficiency and outstanding peak shape for all types of compunds.
Please let us know if you want to schedule a time slot for a meeting!
We welcome you to PITTCON 2015, New Orleans!
Anders Grahn, Biotech AB, Sweden
Barb Mathieu, Biotech USA
Scott Silver, Innovations United, USA
Norikazu Nagae, ChromaNik Technologies Inc., Japan
We are proud to release the new SUNSHELL® UHPLC columns with core shell technology, in partnership with Chromanik Technologies.
Get UHPLC performance with any LC system. Besides the high effeciency the new SUNSHELL® column also show outstanding peak shape for all type of compounds.
Read more in the brochure below.SunShell Product Brochure
We at BIOTECH are proud to introduce a new member to the DEGASi family, the DEGASi HIGH FLOW.
DEGASi HIGH FLOW Degasser enables efficient degassing of many types of liquids at high flow rates, up to 500ml/min.
Please read the Product sheet below or click here for full-size document
HALO-5 HPLC columns are made using ground- breaking Fused-Core® particle technology (core-shell particles) to produce columns that deliver the efficiency of HPLC columns packed with 3 μm totally porous particles, but with the back pressure of columns packed with 5 μm particles.
The low back pressure of HALO-5 columns facilitates the use of higher flow rates for faster separations and greater sample throughput, particularly useful for LC-MS applications. The low pressure also permits the use of longer columns, or even the coupling of columns in series, to produce very high plate numbers (efficiency) to achieve greater resolving power when needed for complex samples.
Column ID (mm)
1.0, 2.1, 3.0, 4.6, and 10.0
Column Length (mm)
30, 50, 75, 100, 150, and 250
C18, C8, Phenyl-Hexyl, PFP, ES-CN, Penta-HILIC, and HILIC
At the heart of PLS Tubing is specially-extruded Upchurch Scientific® PEEK tubing in a wide assortment of inner diameters, ranging from 25 μm ID to 254 μm ID.
PLS Tubing achieves its maximum performance of 15,000 psi (1,034 bar) when used with Upchurch Scientific VHP Fittings. The standard configuration of this tubing automatically pairs a length of tubing with two VHP-325 fittings, which allow repeat connections at UHPLC pressures. (PLS Tubing is also available without fittings to allow the tubing to be paired with different polymer-based fittings; however, the use of other fittings may reduce the overall performance capabilities of PLS Tubing. Please contact us for more information and guidelines on proper use of the tubing.
To accommodate the various connections that are required in the “high pressure” zone of today’s UHPLC systems, PLS Tubing will be available in a number of “off-the-shelf” lengths. (Custom lengths of PLS Tubing are also available, contact us for more information.)
The unique design features of PLS Tubing allow it to be bent into shapes that may be required by the system equipment, including angled bends and even sample loops for the injection valve, all with no loss of performance. Even in a bent shape, the PEEK lining maintains its integrity along the entire length.