Magnetic stirrer AM4 Digital PRO Velp

Digital display for speed and temperature AM4 Digital PRO is the ideal magnetic stirrer for precise  (more)thermoregulation. With this instrument it is possible to set the temperature up to 370°C and the stirring speed from 50 to 1500 rpm. SpeedServo ™ ensures a constant speed even when the viscosity changes (counter-reaction). In addition, the digital display allows you to precisely set the stirring speed and temperature. Excellent thermoregulation with Pt100 and VTF The AM4 Digital PRO package includes the Pt100 external probe, for thermoregulation up to 250°C, with an accuracy of ± 1.0°C. AM4 Digital PRO can be connected to VTF ensuring perfect thermoregulation up to 300°C, with an exceptional accuracy of ± 0.5°C. The exclusive CerAlTop ™, made of ceramic coated aluminum alloy, guarantees exceptional temperature homogeneity and excellent resistance and heat transmission. Maximum protection and comfort The AM4 Digital PRO hotplate stirrer guarantees a higher level of safety and protection for the user. The control panel is easily accessible, is positioned at a safe distance from heat sources and is protected from any damage caused by liquid leaks thanks to a special drain groove. AM4 Digital PRO can be programmed with a maximum safety temperature, useful for some particular applications that require not to exceed certain temperatures, and avoid accidental overheating. In addition, a 'Hot Plate Warning' is activated and remains displayed even when the instrument is turned off, until the temperature of the plate has cooled below 50°C. The die-cast structure is designed so that accidental spills of liquid cannot reach the internal parts of the hot plate agitator.

AREX 6 by Velp Scientifica The central button activates the heating of the plate only after pressing (more) it, avoiding involuntary switching on. The safety icon informs the operator that the plate is at temperature, preventing possible burns. It will remain illuminated until the temperature is below 50°C. The knobs allow precise speed and temperature regulation with new ergonomics and greater sensitivity. CerAlTop™, High Resistance The CerAlTop™ plate, made of aluminum alloy covered with a ceramic layer, guarantees a homogeneous and fast heat transfer over the entire surface. Furthermore, the thin ceramic layer protects the straightener from scratches and chemicals. UNPRECEDENTED PERFORMANCE The brushless motor allows you to shake up to 20 liters at an adjustable speed from 30 to 1700 rpm. Thanks to the SpeedServo™ system, the speed is kept constant even when the viscosity varies. The Alnico magnet guarantees homogeneous agitation, even in the peripheral areas of the plate and a powerful magnetic coupling between motor and stir bar, a very important aspect when using accessories. MAXIMUM INSTRUMENT PROTECTION AREX 6 is an IP42 product designed to guarantee years of use and resistance in the laboratory. The structure and materials protect the internal parts of the instrument from possible damage. AREX 6 is guaranteed for 3 years. The silicone cover ensures further protection of the instrument from possible spills or splashes. ACCESSORIES OIL BATH AND HEATING MANTELS REPLACED WITH SPHERICAL CAPS The new Spherical Caps are the perfect solution for replacing oil baths and heating mantles. Furthermore, they adapt perfectly to both the 135 mm plate diameter and the shape of the tubes allowing a fast heat transfer from the plate to the tube. To increase protection and reduce thermal dispersion, VELP has designed the new PTFE Covers. GREATER VERSATILITY The MultiAlublock™ and the new MonoAlublock™ made of aluminium, are ideal for carrying out numerous stirring and heating analyses, reducing time and space in the laboratory. - MonoAlublock™ are the ideal solution for all those applications that require analysis in tubes of the same size. - MultiAlublock™ are modular and of different types to support various tube sizes. Thanks to their modularity, it is possible to choose the mix that best suits your needs

MAGNETIC STIRRER MST - VELP The white surface of the MST instrument facilitates the detection of the (more) color change of a solution, making it suitable for many applications in the microbiological and biochemical fields and for microtitration. MST also does not overheat and maintains a low temperature even after hours of continuous use. This feature makes it ideal for BOD analysis. The compact design of the MST also makes it particularly suitable for all laboratories that have limited space. Robust and compact - Structure in technopolymer resistant to chemical agents - White surface that favors the detection of color variations - Designed to last over time Versatile and performing - Speed ​​regulation up to 1100 rpm - Stirring volume up to 5 liters - Stays cool even after hours of continuous use - Ideal for applications such as microtitering, BOD, microbiology and biochemistry - Excellent speed regulation even at low rpm - Speed ​​control with PCM type magnet

Heated magnetic stirrer IKA RCT Basic safety control Reference: RCT B Aluminum alloy plate Speed ​​- (more) Rpm: 50-1200 (infinitely variable) Top plate diameter 135mm 600W Max temperature: 310°C Max. H₂O stirring capacity: 20 L Dimensions: 160×270×85 mm Weight: 2.45 kg Some stains on the plastics With power cable Without probe Good working condition

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.

The system includes: pt100 probe (code A00000268), rod (code A00001069) and clamp (code A00000280);  (more)magnetic stir bar Ø8x40 mm (code A00000356). Magnetic stirrer AREC.X 7 Precise and accurate thermoregulation for better reproducibility AREC.X 7 is equipped with state-of-the-art heating plate technology, designed by VELP, which guarantees temperature homogeneity, thermal efficiency and long-lasting heating performance. The AREC.X 7 can be connected to the external Pt100 probe or to the VTF for precise thermoregulation of the fluid. The probe guarantees thermoregulation up to 250°C, with an accuracy of ± 1.0°C, while the VTF guarantees excellent thermoregulation performance up to 300°C and an accuracy of ± 0.5°C. The VTF is equipped with a timer, for unsupervised operation and increased productivity. Powerful stirring for your lab reactions You can rely on the AREC.X 7 for demanding laboratory reactions, as it agitates volumes up to 15 liters (H2O), from 50 up to 1500 rpm, thanks to the powerful motor and magnetic coupling. The electronic control adapts the stirring speed to any variation in the viscosity of the medium. Absolute safety and ease of use for laboratory operators The AREC.X 7 hotplate stirrer guarantees a superior level of safety and protection for laboratory operators, since it is entirely made of technopolymer and is equipped with an extremely resistant ceramic plate, ideal for high resistance to acids, bases and solvents. When the platen temperature is above 50°C and the heating function is not active, a safety message is displayed. The control panel is positioned at a safe distance from heat sources and the technopolymer structure is carefully designed so that accidental spills of liquids cannot reach the electronics. The extremely durable ceramic soleplate is easy to clean and resistant to acids, bases and solvents. Using a damp cloth, all residues will be easily removed. Save time with the new control panel Thanks to the digital display, extremely bright and easy to read, it is possible to constantly monitor the temperature. Two new comfortable knobs: the left one for the temperature (up to 550°C), the right one for the stirring speed (up to 1500 rpm). The innovative low profile design for exceptional comfort above the bench and inside the laboratory hood.

Samples and applications - Preparation of foamy mixtures (ice cream, butter, margarine, icing) and s (more)preadable creams - Preparation of tablets coatings - Preparation of pharmaceutical ointments and creams - Preparation of cosmetic products (lip balm, soap, shampoo, conditioner, creams, lipstick, mascara) - Preparation of pigments, inks, paints - Preparation of biodiesel and dispersion of petroleum derivatives (e.g., asphalt) TECHNICAL DATA - Rotor diameter: 15 mm - Stator diameter: 20 mm - Stator/rotor gap: 0.5 mm - Volume (H2O): 50 - 2,000 ml - Immersion depth: 40-175 mm - Max. speed: 25,000 rpm - Max. circumferential speed: 19.6 m/s - Ultimate fineness, emulsions: 1-7 µm - Ultimate fineness, suspensions: 5-40 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