Adept (C++ library)

High Capacity HRP Platform Wherever high readability and precision are important. Wherever good repe (more)atability in harsh industrial conditions matters. High Capacity HRP Platforms are the ideal solution for any type of industry. Repeatability that cannot be repeated by others High Capacity HRP Platforms have a built-in internal adjustment system. Automatic internal adjustment guarantees the best quality of work and repeatability of results. You save time and avoid the inconvenience of manual adjustment. Unbreakable High Capacity HRP Platforms feature a modern electromagnetic mechanism design in a sealed steel housing and overload protection. The use of stainless steel for the pan guarantees you a long life of the platform. Fearless of its contact with moist objects or accidental splashing. High Capacity HRP Platforms are distinguished by a high degree of protection IP 67. For an additional charge we will make HRP platforms in Ex version, but in order for the device to work in explosive areas, you need to supply the PUE HX5.EX terminal. Use the potential High Capacity HRP Platforms work with one of two weighing terminals: PUE 7.1 or PUE HY10. The terminals’ software enables you to archive your work results, ensures data safety, and allows the platforms to work with powerbanks from our offer. In turn, you will select appropriate antivibration tables for the platforms, and thus increase the readability of your measurements.

E2-class mass standards represent an exceptional standard of precision in mass measurement. Classed  (more)as E2 metrology class, they are characterized not only by their high accuracy, but also by their versatility for use in laboratories, industry or scientific research. E2 class standard: flat polygonal sheet Nominal value: 10 mg Material: Nickel silver High Precision of measurements The mass standard is the foundation of accurate mass measurement, as it affects the quality and reliability of results in many areas. Its role in maintaining uniformity and in meeting measurement standards is crucial, making the mass standard an indispensable metrology component. Stability over Time An important feature of E2 class mass standards is their ability to maintain measurement stability over the long term. It is this stability that makes standards of this class highly valued in laboratories and industry. Calibration and Strict Quality Control Systematic calibration is a key element in maintaining E2 class standards. This process involves comparing the mass standard with other standards of known mass to confirm and maintain measurement accuracy. Versatility of Applications E2 class mass standards are designed for a wide variety of applications. They can be used in analytical laboratories, the pharmaceutical industry, scientific research or other areas requiring precise mass measurements. Applications 1. Analytical Laboratories In analytical laboratories, where precise and repeatable measurements are crucial, E2 class mass standards find their wide application. 2. Pharma Industry In drug manufacturing, where quality control plays a key role, E2 class mass standards are indispensable in the calibration process of balances. 3. Scientific Research In scientific research, especially in areas requiring the utmost precision, E2 class mass standards are an indispensable tool for obtaining reliable results. 4. Metrology Industry In metrology laboratories, E2 class standards provide a reference point for evaluating and testing other measurement standards. E2 class standards are synonymous with excellence in mass measurement. Their versatility and high precision make them an indispensable tool in laboratories around the world and improve the quality and reliability of mass measurement results.

Labconco CentriVap 12-13 mm Acid-Resistant Rotor Hexagonal rotor holds up to 132 1.5mL to 2.0mL  (more)microcentrifuge tubes 12-17mm rotor holds up to 52 2mL to 10mL tubes or up to 24 11mL to 19mL tubes 12-13mm rotor holds up to 40 1.5mL to 2mL microcentrifuge tubes or up to 108 3mL to 10mL tubes 28mm rotor holds up to 32 1.5 to 2mL microcentrifuge tubes or up to 12 40-50mL tubes Microtiter plate holds four each standard two deep-well plates DNA rotor holds up to 72 0.5mL microcentrifuge tubes or 60 1.5 to 2mL microcentrifuge tubes INCLUDED: The Labconco 7455101 CentriVap 12-13 mm Acid-Resistant Rotor includes: - Manufacturer's Documentation - 1 Year Manufacturer's Warranty

Heat Dissipation: Max 2000 W Heat Absorbed: 1,600 W(2,000 W Maximum) Dimensions (HxWxD): 572 x 380 x (more) 514 mm Weight: 41.7 kg

Hersteller: Molecular Devices Modell: SpectraMax M2e Beschreibung: Die SpectraMax® M2 und M2e System (more)e von Molecular Devices sind Multidetektions-Mikroplatten-Reader mit Doppelmonochromatoren, Dual-Mode-Küvettenanschlüssen und Top- und Bottom-Reading-Fähigkeit (Top-Reading nur beim M2). Detektion Modalitäten umfassen Absorption (UV-Vis Abs) und Fluoreszenzintensität (FI). Endpunkt, kinetisches, Spektrum- und Area-Well-Scanning Lesearten und der PathCheck® Sensor ermöglichen die Durchführung homogener und heterogener Mikroplatten-Assays in einem flexiblen System einem flexiblen System durchzuführen. SpectraMax M2 Reader ermöglichen eine einfache Umstellung und Optimierung von Assays mit sehr niedrigem Durchsatz auf Assays mit mittlerem bis hohem Durchsatz, schnellere, präzisere Ergebnisse und Einsparungen bei den Reagenzien. Darüber hinaus können kombinierte Absorptions- und Fluoreszenzintensitäts-Assays mit einem einzigen Lesebefehl durchgeführt werden. Kernmerkmale: - Multi-Detektions-Fähigkeit - Top- und Bottom-Read (nur M2e) - Dual-Mode-Küvettenanschluss - Zwei Monochromatoren - PathCheck und Well-Volumen-Sensor - Validierung von Gerät und Software - Roboter-kompatibel Technische Daten: Absorptionsphotometrische Leistung   Wellenlängenauswahl: Monochromator durchstimmbar in 1-nm-Schritten Wellenlängenbereich: 200-1000 nm Wellenlängenbandbreite: ≤ 4,0 nm Wellenlängengenauigkeit: ±2,0 nm Wiederholbarkeit der Wellenlänge: ±0,2 nm Photometrischer Bereich: 0-4,0 OD Photometrische Auflösung: 0,001 OD Photometrische Genauigkeit (Mikroplatte): < ±0,006 OD ±1,0%, 0-2 OD Photometrische Genauigkeit (Küvette): < ±0,005 OD ±1,0%, 0-2 OD Photometrische Genauigkeit: < ±0,003 OD ±1,0%, 0-2 OD Ebenheit der Grundlinie: < 0,001 OD Streulicht: < 0,05% bei 230 nm Fluoreszenzphotometrische Leistung   Duale Monochromatoren: Schrittweite von 1 nm EX Wellenlängenbereich: 250-850 nm EM Wellenlängenbereich: 360-850 nm Wellenlängenbandbreite (EX, EM): 9 nm Optimierte Top-Read-Empfindlichkeit: 5 pM (Fluorescein) in 96 Vertiefungen Top-Read garantierte* Empfindlichkeit: 15 pM (Fluorescein) in 96 Kavitäten Zeitaufgelöste Fluoreszenz (Sekundärmodus)   EX Wellenlängenbereich: 250-850 nm EM Wellenlängenbereich: 360-850 nm Datenerfassung: 50-1450 µsec. in 200 µsec.-Schritten Garantierte Empfindlichkeit: 7 pM Eu-Chelat Lumineszenz (sekundärer Modus)  Wellenlängenbereich (M2): 360-850 nm Garantierte Empfindlichkeit: 50 fM alkalische Phosphatase Allgemeine photometrische Leistung  Plattenformate: 6, 12, 24, 48, 96, 384 Vertiefungen Lichtquelle: Xenon-Blitzlampe (1 Joule/Blitz) Detektor: Photomultiplier-Röhre (PMT) Lesezeit** 96 Vertiefungen: 384 Vertiefungen: Abs 18 Sek., FI 15 Sek. Abs 49 Sek., FI 45 Sek. Schüttelzeit: 0 bis 999 Sekunden Temperaturkontrolle: Umgebungstemperatur +4°C bis 45°C Temperaturgleichmäßigkeit: < 1°C bei 37°C Sollwert Temperaturgenauigkeit: ±1°C bei 37°C Sollwert Allgemeine Spezifikationen   Leistungsaufnahme: < 125 Watt Leistung: 100-240 Vac, 3 A, 50/60 Hz Abmessungen: 23x16x9 cm Gewicht: 35lbs Lieferumfang: - SpectraMax M2e - Bedienungsanleitung als PDF via E-Mail Das Gerät befindet sich in einem absoluten Top Zustand und wurde 100%  auf Funktion geprüft.