Agilent 8VS 8-Channel Peristaltic Pump Schlauchpumpe 89092EO

ISMATEC peristaltic pump drive motor type MC Motor only, without peristaltic head Type: MC ISMATEC S (more)A brand 40W 50Hz

Watson Harlow Peristaltic Pump Skalar SP125 Without cable

Heidolph Outlet instrument*. 12 months warranty. *Heidolph Outlet instrument can be overstocked item (more), returns, demo instrument etc. They are checked by Heidolph and in a 100% functional condition. Profit from great savings thanks to slight optical defects. - Recommended for standard applications - Convex rollers do not squeeze or crush organic cell cultures - Pump head features ball bearings - Rollers made of stainless steel and polyamide - For tubes with a 1.6-mm wall thickness (wt) - Depending on drive and tubing, the flow rate ranges from 2.0 to 4,151 ml per minute

Heidolph Hei-FLOW Ultimate 600 Peristaltic Pump The ability to switch between precise dosing and fas (more)t conveying make this pump model the perfect complement to a reactor system. With a flow rate of 2.0 - 4,056 ml / min, when operated with single-channel pump heads, flows from feed-batch and chemostat modes of operation can be conveyed precisely. Rapid filling and emptying of the reactor system is also possible. In addition to the selectable process parameters - speed, tubing diameter, flow quantity display, dosing volume, interval dosing and break times - the pump conveying characteristics are stored in the program. Thanks to the analogue and digital (RS 232) interfaces, processes can be automated. All media is conveyed with a control accuracy of ±2% at a speed of 24 — 600 rpm. An optional foot switch can be connected for dosing by foot pressure. Click Here to View Product Video INCLUDED: The Heidolph Hei-FLOW Ultimate 600 Peristaltic Pump includes: - Power Cord - Operator's Guide - Full 3 Year Manufacturer's Warranty

Gilson MINIPULS 3 Peristaltic Pump Head, R4 Four Channel The Gilson MINIPULS 3 Peristaltic Pump Head (more), R4 Four Channel is a versatile pump head with a maximum flow rate of 40 ml/min and a minimum flow rate of 0.3 ul/min. Its durable construction and compatibility with the Gilson MINIPULS 3 Peristaltic Pump makes it ideal for precise fluid handling in various research and pharmaceutical applications. INCLUDED: The Gilson MINIPULS 3 Peristaltic Pump Head, R4 Four Channel includes: - Manufacturer's Documentation - 1 Year Manufacturer's Warranty

Hakko Electronics Monitouch V810iCD screen Monitouch V810iCD ( by Fuji Electric ) Display Type : TFT (more) Color LCD Colors : 65K Color or 32K color with blink mode Resolution : 640 x 480 Rating : IP65 with gasket / IP20 from rear Memory : approx 4.5 MB SRAM : 128 KB PLC 9 Pin Serial Ports : DB9F (RS232C, RS422, RS485)Data transfer 8 pin Modular Serial Ports : 2 - RJ45 (RS232C, RS422, RS485) 24VDC PWR 10.4" VGA TFT UL/c-UL CE Analog Resistive Touch Switch Built-in Ethernet Weight : 5 Kg

The offered instrument / system is fully functional tested and ready to use. FURTHER DETAILS TO FOLL (more)OW

Intended use: Operation of professional MWLH electromagnetic high resolution modules is based on an  (more)electromagnetic digital converter. The MWLH series is designed to be incorporated into customer's weighing systems requiring high IP rate, great weighing accuracy and high measurement speed. Brand new, compact design favours unlimited module's adaptation capabilities. The module may be installed on technological lines thus ensuring quick and precise measurement in challenging industrial environment. Design: MWMH Weighing Module features integrated stainless steel housing with degree of protection classified as IP 65. It is connected to signal cables via quick coupling. The module base features four holes located in its corners allowing to fix the module to the base using M8 screws. MWMH Weighing Module comprises aluminium, painted plate with four threaded M6 holes, useful for fixing the weighing pan. Features: Brand new construction of the electromagnetic mechanism housed in a stainless steel casing (IP65), Reading unit of 0,1 g, Ease of adaptation to required usage area, Cooperation with HY terminal, Interfaces: RS 232, RS 485, Ethernet, 2xIN i 2xOUT, Profibus (option).

KNF UN840.1.2FTP IP44 Diaphragm Pump Ultimate Vacuum 90 mbar (abs.) Maximum Flow Rate 65L/min (3.9  (more)m3/h) Protection Class IP44 Features - Pure transfer, evacuation and compression - Highly compatible with vapors and condensation - Chemically resistant flowpath - Suitable for highly aggressive or corrosive gases and vapors - Environmentally friendly - Maintenance-free Thechemically-resistant UN840.1.2FTP diaphragm pump is a oil-free deviceused in a wide range of laboratory applications. These pumps transfer and pumpdown without contamination.The heart ofthis very compact pump is a KNF structured diaphragm. This patented diaphragmwas stress-optimized using the Finite Elements method. As a result, we wereable to make the pump smaller while increasing the service life of thediaphragm and improving performance. This pump is 115V. INCLUDED: The KNF UN840.1.2FTP IP44 Diaphragm Pump includes: - Power Cord - Operator's Guide - Manufacturer's Documentation - 1 Year Manufacturer's Warranty

The HORIZON system from Halo Labs employs Backgrounded Membrane Imaging (BMI) technology to measure  (more)and characterize subvisible particles in a high-throughput, low volume format. BMI has its roots in membrane microscopy – a USP lot release method that images particles on a membrane surface. The fully automated, fluidics-free HORIZON system utilizes disposable membrane plates and automated image processing to rapidly generate reliable and accurate particle counts and sizing. It can perform particle characterization in up to 96 samples in a single run using as little as 25 µL per sample. BMI is also insensitive to solution refractive index, enabling reliable measurement of translucent protein aggregates. The HORIZON system uses sophisticated imageprocessing techniques to analyze images and acquire particle data. The key is to first take a background image of the membrane. After samples are filtered through by vacuum and the particles are captured, the same membrane is re-imaged with sample particles on the surface. The sample image is precisely aligned with the background image and then processed pixel by pixel so that the background texture is eliminated, and particles are viewed in high contrast. Backgrounding the image leads to high reproducibility and minimal interference from membrane texture and imperfections.