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Productivity, thousand tab./hour 160 Number of stations 31 Max. pressing force, tn 10 Number of threads 2 Diameter of tablets, mm 6-25,4 Height of tablets, mm 1.5-9 Matrix filling depth, mm 18 Rotor material steel 40x13 Filling hopper capacity, l 20(30) Stepless rotor speed change The change in the speed of rotation of the feeder is independent Supply voltage 380V, 50Hz Power consumption, kW/hour 4.18 Weight, kg 2200 Dimensions, mm 900x900x1800

Productivity, thousand tab./hour 209 Number of stations 41 Max. pressing force, tn 10 Number of threads 2 Diameter of tablets, mm 6-20 Height of tablets, mm 1.5-9 Matrix filling depth, mm 18 Rotor material steel 40x13 Filling hopper capacity, l 20(30) Stepless rotor speed change The change in the speed of rotation of the feeder is independent Supply voltage 380V, 50Hz Power consumption, kW/hour 5.78 Weight, kg 2400 Dimensions, mm 900x900x1800

Productivity, thousand tab./hour 160 Number of stations 31 Max. pressing force, tn 10 Number of threads 2 Diameter of tablets, mm 6-25,4 Height of tablets, mm 1.5-9 Matrix filling depth, mm 18 Rotor material Rotor die plate: steel 40x13 Filling hopper capacity, l. 20(30) Stepless rotor speed change The change in the speed of rotation of the feeder is independent Supply voltage 380V, 50Hz Power consumption, kW/hour 4.18 Weight, kg 2200 Dimensions, mm 900x900x1800

Productivity, thousand tab./hour 209 Number of stations 41 Max. pressing force, tn 10 Number of threads 2 Diameter of tablets, mm 6-20 Height of tablets, mm 1.5-9 Matrix filling depth, mm 18 Rotor material steel 40x13 Filling hopper capacity, l 20(30) Stepless rotor speed change The change in the speed of rotation of the feeder is independent Supply voltage 380V, 50Hz Power consumption, kW/hour 4.18 Weight, kg 2200 Dimensions, mm 900x900x1800

It is intended for sample preparation when examining samples using an IR microscope and mirror reflection prefixes. Allows you to shape a thin layer (up to several microns) to various objects: polymer fragments, microparticles of LCP, powdery substances, fibers, etc. The resulting thin layers on mirror plates made of alloy steel are investigated by the double transmission method – when the radiation that has passed through the layer of matter is reflected from the surface of the plate and passes through the substance again. The spectra recorded by this method are completely identical to the transmission spectra obtained, for example, after pressing substances with KBr. The advantages in this case are: - speed of sample preparation - there is no need to use hydraulic and manual presses and molds, grinding mortars, etc. - no need to use high-purity KBr or petroleum jelly oil - the sample is not lost and, if necessary, can be examined by other methods - when using an IR microscope, it is possible to “scan” the resulting thin layer to select the most informative area, and also, if the layer is heterogeneous in composition, to obtain the spectral characteristics of its components.

Productivity, thousand tab./hour 140 Number of stations 31 Max. pressing force, tn 10 Number of threads 1 Diameter of tablets, mm 6-25,4 Height of tablets, mm 10-16 Matrix filling depth, mm 26 Rotor material steel 40x13 Filling hopper capacity, l 50 Changing the rotation speed of the rotor with a variator The change in the rotation speed of the feeder: forced Supply voltage 380V, 50Hz Power consumption, kW/hour 4.18 Weight, kg 2200 Dimensions, mm 900x900x1800

Productivity, thousand tab./hour 160 Number of stations 31 Max. pressing force, tn 10 Number of threads 2 Diameter of tablets, mm 6-25,4 Height of tablets, mm 1.5-9 Matrix filling depth, mm 18 Rotor material steel 40x13 Filling hopper capacity, l 20(30) Stepless rotor speed change The change in the speed of rotation of the feeder is independent Supply voltage 380V, 50Hz Power consumption, kW/hour 5.78 Weight, kg 2400 Dimensions, mm 900x900x1800

It is used in the manual method of determining the content of raw gluten in wheat and wheat flour and is recommended for the specified products supplied for export. The use of the PCM - 12 press allows to exclude subjective factors affecting the result of the analysis, and to obtain more reproducible results with less manual labor. The press consists of two glass plates with a rough surface, provides a stable fixed gap between the plates. It has a stand and a handle for opening. technical specifications: Overall dimensions, mm 250x185 Thickness of glass plates, mm 10 The gap between the glass plates, mm 2,4 Weight, kg 2.7

Productivity, thousand tab./hour 209 Number of stations 41 Max. pressing force, tn 10 Number of threads 2 Diameter of tablets, mm 6-20 Height of tablets, mm 1.5-9 Matrix filling depth, mm 18 Rotor material Rotor die plate: steel 40x13 Filling hopper capacity, l 20(30) Stepless rotor speed change The change in the speed of rotation of the feeder is independent Supply voltage 380V, 50Hz Power consumption, kW/hour 4.18 Weight, kg 2200 Dimensions, mm 900x900x1800

Designed for the preparation of samples in the form of compressed tablets with a diameter of up to 13 mm, consisting of the test substance in a mixture with microcrystalline potassium bromide (KBr). - the principle of operation of the press is based on the injection of pressure in the hydraulic system by swinging the lever. - to control the working pressure, the press is equipped with a pressure gauge - complete with a press, molds with a diameter of 13 mm and 3.5 mm can be used - for the study of finished samples on a Fourier spectrometer, a KBr tablet holder and D13mm substrate windows or a microfocusing attachment (for 3.5 mm tablets) is used

Designed for the preparation of samples in the form of compressed tablets with a diameter of 3.5 mm, consisting of the test substance in a mixture with microcrystalline potassium bromide (KBr). - the principle of operation of the device is based on creating the pressure necessary for pressing due to a mechanical lever system - the press is made of high-quality alloy hardened steel - for the manufacture of a tablet with a diameter of 3.5 mm, a minimum amount of the test substance and KBr is required - for the study of finished samples on a Fourier spectrometer, a vertical or horizontal microfocusing prefix is used