Ohaus Guardian 3000 e-G31HS04C Hotplate Stirrer, 115V

MSL Digital laboratory magnetic stirrer: for large volumes and low viscosity in the Life Science and (more) Pharmaceutical fields. - Preparations in buffer solution - Buffer preparation and WFI (Water for Injection) - Vaccine production - Cell cultures and tissue cultures Powerful and simple - The brushless motor guarantees continuous operations for high volumes - The LCD display allows you to set the speed precisely - Shakes volumes up to 8 liters (H2O) - Agitation speed from 40 to 1500 rpm - The lightweight design makes the MSL 8 Digital easy to move, saving valuable lab bench space - SpeedServoTM technology guarantees constant speed even when the viscosity changes - Equipped with timer to program your activities (1 to 99 min) In full safety - The control panel is splash protected for maximum durability - The stainless steel top guarantees unparalleled resistance - The lock function eliminates the risk of unwanted setting changes - Designed to last over time - Soft start to keep splashes to a minimum - Reverse timed rotation for effective mixing without increasing speed (5s to 99min55s) - MSL allows you to stop mixing for a certain period with the intermittent timer function. TECHNICAL FEATURES IN BRIEF Stirring system: Brushless motor. Structure: metal with epoxy paint; stainless steel top. Speed ​​range: 10rpm. Feedback: SpeedServo technology Reversal of stirring direction: Yes, from 5s to 99min55s. Continuous operations: Yes. Lock function: Yes. Intermittent mode: Yes. Display auto-off: Yes, after 10 sec.

Heated magnetic stirrer IKA RCT classic safety control Reference: RCT B S000 Aluminum alloy plate Sp (more)eed ​​- Rpm: 50-1200 (infinitely variable) Top plate diameter 135mm 600W Max temperature: 300°C Max. H₂O stirring capacity: 20 L Dimensions: 160×270×85 mm Weight: 2.45 kg Numerous stains on the plastics and peeling paint in certain places With power cable Without probe Good working condition

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

Speed range: 100 – 1400 rpm Max. stirring capacity (H₂O): 20 L Plate dimensions: Ø 145 mm Dimensions (more) (WxDxH): 173 x 277 x 94 mm Weight: 2.6kg

IKA Eurostar 200 Digital Overhead Stirrer Speed Range 0/6 to 2,000 RPM Viscosity Max. 100,000 mPas (more) Stirring Quantity Max. 100 l Features - Digital speed display - Infinitely adjustable speed - Push-through agitator shafts - Overload protection - Short-term overload operation - Slim casing - Quiet operation - Error code display Extremely powerful laboratory stirrer for highly viscousapplications and intensive mixing for quantities up to 100 l (H2O). Itautomatically adjusts the speed through microprocessor controlled technologywithin the speed range of 0/6 – 2000 rpm (two speed ranges). Safety circuitsinstalled ensures automatic cut-off in an anti-stall or overload conditions.Continuous comparison of shaft speed to desired speed is maintained andvariations are adjusted automatically. This guarantees a constant speed even withchanges in viscosities of the sample.

Heidolph 036300510 Overhead Stirrer Visco Jet Impeller inoJET, 120mm (POM) Particularly in the case  (more)of applications with very viscous media such as pastes and gels, a very reliable stirring process in the entire vessel without air entry is important. This is what the innovative stirring system VISCO JET® offers. The shape of the blades triggers an intrinsically dynamic flow, which shortens the process times with significantly better mixing results compared to conventional impellers. An all-rounder for aqueous and highly viscous substances. The VISCO JET® 120 is ideal for vessels with the following characteristics: ideal vessel diameter: 200-300 mm, ideal ground clearance: 36 mm, ideal filling level: 200-300 mm, and ideal volume: 6,300 -21,200 ml. This VISCO JET® 120 is made of POM plastic and can be used up to max. 90°C. A polyamide coated stirrer shaft with a diameter of approximately 10 mm is included in the scope of delivery. INCLUDED: The Heidolph 036300505 Overhead Stirrer Visco Jet Crack Impeller, 80mm (Stainless Steel) includes: - 10mm Stirrer Shaft - Manufacturer's Documentation - 3 Year Manufacturer's Warranty

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

Millipore tank type PE 060. 60 Liter tank for demineralised water. Technical data: Voltage: 230V /  (more)50Hz Power: 30VA Specifications: Capacity: 60 liters Diameter 36.5 cm Height 95 cm

VACUUBRAND ME 2 NT Diaphragm Pump Ultimate Vacuum 70 mbar / 52 torr Maximum Pumping Speed 1.4 CFM a (more)t 60Hz Number of Heads/Stages 1/1 Features - Whisper quiet and very low vibration. - Powerful, even for parallel operation of several applications. - High performance even at low vacuum levels. - Very low vibration. - Exceptionally long diaphragm life and maintenance-free drive system for low lifetime costs. One-stage diaphragm pumps are an excellent solution for continuous, oil-free pumping of gases and vapors at low vacuum requirement. In contrast to waterjet pumps they do not consume water and therefore do not produce any contaminated waste water in daily use. Typical applications are vacuum ovens, filtrations and multi-port manifolds for medium throughput, as well as pumping of gases and oil-free evacuation in general. The one-stage construction provides the advantageous combination of high pumping speed and low ultimate vacuum down to 70 mbar. Diaphragm vacuum pumps are an excellent choice for applications with non-corrosive gases and vapors. The materials used in these pumps like aluminum and special plastics are opening a wide range of applications. The highly flexible fabric-reinforced double diaphragm made of FKM is ideal for extended operating life. INCLUDED: The VACUUBRAND ME 2 NT Diaphragm Pump includes: - Power Cord - Operator's Manual - Manufacturer's Documentation - 2 Year Manufacturer's Warranty

BINDER KB 53 refrigerated stove. Digital. Capacity 53 L. Temperature range from -10 °C to 100 °C. St (more)ability ±0.1°C. Fan adjustment range from 40% to 100%. Recovery time after opening doors for 3 seconds: 2 minutes at 37°C. A shelf. Dimensions (W*H*D): external 635*835*580 mm; internal 400*400*330 mm. 78 kg. User manual in PDF. The BINDER KB 53 refrigerated oven is high-quality equipment designed for the storage and cooling of samples in laboratory environments. With a capacity of 53 liters, this stove offers ample space to store and maintain the temperature of your samples accurately and reliably. Equipped with an efficient cooling system, this oven guarantees a constant and uniform temperature throughout its interior, which is essential for the preservation of sensitive samples. Plus, it features easy-to-use controls and a digital display for precise temperature setting and monitoring. The BINDER KB 53 refrigerated oven is an ideal option for laboratories that require safe and reliable storage of their samples.

Samples and applications - Preparation of spreadable creams and soluble powders (tea, coffee, milk)  (more)- Suspensions/emulsions for infusion/injection - Preparation of pharmaceutical ointments and creams - Preparation of (soap, shampoo, conditioner, and creams) - Water analysis - Preparation of pigments, inks and paints - Preparation of liquid crystals for displays - Preparation of biodiesel TECHNICAL DATA - Rotor diameter: 18 mm - Stator diameter: 25 mm - Stator/rotor gap: 0.5 mm - Volume (H2O): 100 - 2,500 ml - Immersion depth: 40-175 mm - Max. speed: 25,000 rpm - Max. circumferential speed: 23.6 m/s - Ultimate fineness, emulsions: 1-5 µm - Ultimate fineness, suspensions: 5-25 µm - Max. allowable working temperature: 180 °C - Materials in contact with the medium: AISI 316L, PTFE - Suitable for solvents: Yes - Sterilization and cleaning methods: it is possible to sterilize all the components of the dispersing tool in different ways according to the construction materials and the sample processed

F1 class mass standards are exceptional measuring tools that represent the pinnacle of precision in  (more)the field of metrology. Classified as F1 metrology class, they are perfect for advanced applications where every detail of measurement is of paramount importance. F1 class standard: stainless steel wire Nominal value: 1 mg Material: stainless steel Highest Precision and Accuracy F1 class mass standards are characterized by absolute measurement precision and extraordinary accuracy. They are designed to meet the most stringent standards for acceptable deviation from actual weight. Stability under Difficult Conditions An important feature of F1 class mass standards is their ability to maintain measurement stability even under harsh environmental conditions. The standards of this class are resistant to changes in temperature, humidity and other factors that affect the precision of measurements. Calibration in Accordance with International Standards The calibration process for F1-class mass standards is rigorous and in accordance with international standards. This ensures that standards of this class are globally recognized and can be used in different countries. Specialized Construction Materials F1-class standards are often made of materials with unique physical properties. This provides them not only with precision, but also with durability and wear resistance. Applications 1. Industrial Metrology F1 class mass standards are used in metrology laboratories engaged in the testing and maintenance of measurement standards. 2. Scientific Research In scientific research, especially in high-precision fields such as physics and astronomy, F1-class mass standards are a key tool. 3. Aerospace Industry In the precision mass measurements required by the aerospace industry, F1-class standards guarantee reliability and accuracy. 4. Calibration Laboratories In calibration laboratories where uniformity and precision are a priority, F1-class mass standards are the standard of excellence. F1-class mass standards are synonymous with the highest quality and precision in the field of metrology. Their use is crucial where even the slightest deviation from the standard can carry unpleasant consequences. They are tools for advanced applications that contribute to raising standards in the field of mass measurement.