You Searched For: IKA JANKE KUNKEL

Catalog Number: (444-0024)

Supplier: IKA JANKE KUNKEL

Description: Microplate shaker with electronic control keeps the set speed constant via rated/actual speed comparison. Supplied with attachment but without microtiter plate.

UOM: 1 * 1 items

Sale

Supplier: IKA JANKE KUNKEL

Description: TC-50-M, closure for 50 ml tubes with pierceable membrane

Catalog Number: (IKAA2939600)

Supplier: IKA JANKE KUNKEL

Description: Interchangeable sieve for insertion into the grinding heads ensures maximum particle size filtering.

UOM: 1 * 1 items

Sale

Supplier: IKA JANKE KUNKEL

Description: Stirrer, Magnetic Hotplate Stirrer

Supplier: IKA JANKE KUNKEL

Description: <B>Type N: </B>Materials in contact with medium are PTFE and stainless steel AISI 316L, suitable for solvents and abrasive substances, can be sterilised by all methods, max. temperature 180 °C.

Supplier: IKA JANKE KUNKEL

Description: Splinter protection LR-2.SP, prevents potential injuries

Supplier: IKA JANKE KUNKEL

Description: Vortex mixer with three interchangeable attachments and various inserts for different applications. Microcentrifuge tubes, microtitre plates, even round bottomed or 250 ml Erlenmeyer flasks can be attached by means of the specially designed strap. Attachments click securely onto the unit in any position. The unit is stable at high speeds and sturdy with coated, zinc die-casting.

Supplier: IKA JANKE KUNKEL

Description: Small shakers with electronic adjustment of speed and timer. Control model has RS232 analogue interface, integrated end point positioning for automated robot controlled sampling and all functions can be controlled and documented with optional labworldsoft® software.

Catalog Number: (IKAA4040500)

Supplier: IKA JANKE KUNKEL

Description: PC control and evaluation software for all IKA® calorimeters (C 200, C 2000, C 5000, C 7000, C 4000).

UOM: 1 * 1 items

Sale

Catalog Number: (441-0316)

Supplier: IKA JANKE KUNKEL

Description: Extremely powerful, mechanically controlled laboratory stirrer designed for highly viscous applications for quantities up to 200 L. Unit has a robust, ergonomic design with constant power drive, suitable for intensive mixing for use in laboratories and pilot plants. The stirrer is equipped with protection to avoid overheating of the motor by means of self-locking temperature limiter. Additionally, to secure bowls, an optional stirring shaft protector and clamping fixture are available.

UOM: 1 * 1 items

Sale

Supplier: IKA JANKE KUNKEL

Description: The Tube Mill control is a highly versatile small batch mill with disposable grinding chambers thereby eliminating cross-contamination and cleaning effort.

Supplier: IKA JANKE KUNKEL

Description: Shaker, Rocking/Rotating Shaker

Supplier: IKA JANKE KUNKEL

Description: Tube insert

Catalog Number: (431-0179)

Supplier: IKA JANKE KUNKEL

Description: Handheld or stand model, volume range 0,5 to 100 ml. A wide speed range allows you to work at high circumferential speeds even with small rotor diameters.

UOM: 1 * 1 items

Sale

Catalog Number: (IKAAU078310)

Supplier: IKA JANKE KUNKEL

Description: The magic LAB® is a unique and multi-functional small-scale laboratory machine. It is designed for mixing, dispersing, wet milling and incorporation of powders into liquids. The magic LAB® is most frequently used for the development of new products or for optimising of existing process techniques, particularly in the chemical, cosmetic, pharmaceutical and food industries. It is an ideal machine for continuous, circulating and batch processing with interchangeable modules. Many work parameters of the magic LAB® are identical to those of the IKA 2000 inline production machines: UTL, DR, CMS, MHD, MK and MKO. Therefore, the magic LAB® ensures a reliable scale-up by offering the possibility to work with the same method from formulation development to mass production. The basic in-line machine is equipped with the single-stage dispersing module ULTRA-TURRAX® UTL. It is best suited for batch applications and can be adapted for the manufacturing of dispersions from coarse to fine. Compared to a conventional stirrer, the mixing time is reduced by up to 50%. Depending on the application, the basic unit can be modified quickly with different working modules.

UOM: 1 * 1 items

Sale

Supplier: IKA JANKE KUNKEL

Description: The high pressure homogeniser HPH is an inline dispersing machine for energy-efficient, continuous production of superfine emulsions. Compared to other IKA inline machines, the dispersing action of the high pressure homogeniser HPH is not based on the rotor/stator principle. The improved homogenising effect is achieved within the homogeniser by means of spontaneous decompression of the liquid from max. 2000 bar to an ambient pressure. With the same energy input, the IKA HPH produces considerably finer emulsions than conventional toothed ring dispersers. The use of high pressure homogenisers is recommended when a disintegration down to the nano range is required; however, these machines do achieve a smaller flow capacity than conventional dispersers. The high pressure homogeniser consists of a high pressure piston pump and a downstream homogenising valve. The pressure build-up within the HPH occurs by means of one or more piston pump(s) which, with the help of ceramic pistons, ensure(s) a volume flow that is independent of pressure and virtually pulsation free. The desired homogenising pressure can be infinitely adjusted. The pressure is reduced in a selected adjustable gap of the homogenizing valve. The quick pressure decrease in a moving medium leads to extremely high turbulences and cavitations, which then bring about the grinding of the raw product. The machine's design can be adapted to fit customer-specific tasks. The high pressure homogeniser is available in two sizes with either one or more piston(s) of varying Ø. These parameters determine the max. homogenising pressure (800 or 2000 bar) possible for a specific machine type, the minimal permitted feeding volume (up to 10 ml) as well as homogenising results and flow capacities.