Miele E103 1

CardioChek PA Silver

Stainless steel base with a compact worktop Dimensions (HxWxD): 765 x 1200 x 1200 mm

Old Interscience FID Trace GC without software

The Hygiena EnSure luminometer is a quality assurance system that can check and detect swabs for the (more) presence of ATP (Andenosine Tri Phosphate) within 15 seconds. The presence of ATP may indicate biological contamination. In locations such as hospitals, it is extremely important that proper cleaning is carried out. With the use of the EnSure, it can be scientifically proven within seconds that the cleaning has been done properly. Implementing a monitoring system to validate cleanliness has been shown to increase compliance with cleaning procedures from 40% to 82%. The main difference with the Hygiena SystemSure luminometer is that the Ensure is more sensitive and can detect up to 0.1 femtomole ATP. The EnSure uses the latest photodiode sensor technology, which has superior sensitivity and stability. In addition, the design is made in such a way that the luminometer is easy to operate with one hand. The luminometer works on two AA batteries for a long battery life, you can use an average of 8-12 months of continuous use before the batteries need to be replaced. Measures ATP, High Sensitivity ATP/Allergen Prevention, TVC, Enterobacteriaceae, Coliforms, E. coli, ALP, and ACP test devices Sensitive – can detect down to 0.1 femtomoles of ATP Advanced photodiode sensor technology – Internal solid-state detector is not affected by drops or shakes Storage: 100 programmable test plans 200 programmable user IDs 251 programmable locations per test plan 5000 programmable test locations Small, lightweight, handheld instrument (250 g, 70 x 180 x 30 mm) Quick-test mode enables ad-hoc testing Large screen with back-light and optional BOLD text Powered by 2 x AA batteries for several months of uninterrupted use Removable read chamber design allows for easy cleaning Durable outside shell and sealed keypad to protect against splashes and wear

Light source: High energy xenon flash lamp Detector: Silicon photodiode Wavelength selection: Single (more) High-Speed Monochromator Wavelength range: 200 – 1000 nm, selectable in 1 nm steps Wavelength accuracy: ≤0.8 nm Wavelength reproducibility: ≤0.5 nm Bandwidth: Fixed, 3.5 nm Measurement range (OD): 0 – 4 OD Measurement time (96-well plate, 1 flash): <14 seconds Measurement time (384-well plate, 1 flash): <30 seconds Fast Scan (200 – 1000 nm, 1 nm steps): <5 seconds OD accuracy (0 – 0.8 OD, 96-well plate): ±0.008 OD OD accuracy (0.8 – 2.5 OD, 96-well plate): <±1.0% OD accuracy (2.5 – 3.0 OD, 96-well plate): <±1.5% OD accuracy (at 260 nm): ≤0.5% OD precision (0 – 1.2 OD, 96-well plate): <±0.006 OD OD precision (1.2 – 3 OD, 96-well plate): ±0.5% OD precision (at 260 nm): ≤0.2% OD linearity (0 – 3 OD, 96-well plate, at 260nm): R-2 > 0.999 OD uniformity (96-well plate, at 1 OD): <3% Sample formats: SBS standard microplates from 1- to 384-wells,NanoQuant low-volume plate Microplate shaking: Linear, orbital and double orbital shaking; variable amplitudes and frequencies Stirring speed regulation: 50 – 1000 rpm Lid lifting system – maximum height of microplate and lid: 24.5 mm Temperature control – heating range: Ambient +4°C up to 42°C Temperature control – uniformity: <0.5°C at 30°C and 37°C at incubation position Dimensions (WxDxH): 494 x 557 x 395 mm Weight: 40 kg Software included

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