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Heartbreaker 12/2 Cell Disruptor for Twelve, 2 ml Tubes
TISSUE DISRUPTOR FOR TWELVE, 2ML TUBES
Tubes containing substances and beads are subjected to horizontal strikes causing vigorous motion and a powerful disrupting effect. It can be used in a cold room or placed in a refrigerator in order to keep samples at a low temperature and eliminate noise. There is no heating of samples, due to the fast disruption process.
SK-10000T/TV Planetary Centrifugal Mixer
Model equipped for both high speed revolution and a wide radius gyration, supporting for the production of high quality materials.
The timing by which the revolving speed of rotation increases is controlled to improve the mixing rate of powders and liquids and sustains the generation of lumps.
2 cups x 10 Liters
Kinematica Megatron MT-FM
Foaming Machine
In recent years, the market for aerated products has significantly increased in the chemical, pharmaceutical and food industry due to the fact that several product properties can be better adjusted by means of a so-called foaming process.
In collaboration with University of Zurich (ETH), Switzerland, KINEMATICA developed a new generation of foaming machines in the MEGATRON® FM model series and introduced them into the market. The outstanding feature of our Foaming Machine is the generation of micro bubbles in the order of magnitude of 5-10 µm and their dense distribution due to our innovative rotor/stator geometry. The extremely effective foaming machine MEGTRON® FM works continuously and is available in configurations suitable for laboratory, pilot plant and production areas of applicable industries. Scale-up starting from formulation using a few liters up to production is easily possible due to our application know how and different rotor/stator geometries.
Our Sales Representatives in consultation with our engineering department are able to recommend and determine the proper configuration for any specific application.
Kinematica Megatron MT-VPR / MT-VPC
Pilot Plant and Production machines for induction and dispersion of powders in liquids
The patented system (EP 1674151B / US 8398294B2 / JP 4869250B2) includes at present various sizes with a throughput from approx. 1000 l / h to 70 000 l / h – related to water and depending on the used dispersing generator. Our engineering team will work with you to integrate the MEGATRON® MT-VPR and MT-VPC seamlessly into your production system.
Ceramics, includes Aluminum Oxide and Zirconium Oxide (sp.gr. 3.5 to 6.1)
Alumina Grinding Media (sp.gr. 2.8 to 3.9)
Available in a range of specific gravities which rises as the alumina (Al2O3) content increases. The grinding media is actually alumina particles held in place by an SiO2 glass phase. Sizes from 400 microns to over 1 inch in beads, balls, satellites (ball with bands) and cylinders. Low to medium cost, small sizes are more costly.
Fused Zirconium oxide Grinding Media (sp.gr. 3.8) Smooth surface leads to low mill wear and longevity. Sizes from 200 microns to 2.5mm. Medium cost.
Sintered Zirconium silicate Grinding Media (sp.gr. 4.0-4.6) ZrO2 + SiO2 + Al2O3, with and without Y2O3 stabilizer. Tight size spreads from 200 microns to 2.6mm. Low to medium cost.
High density Zirconium oxide Grinding Media (sp.gr. 5.5) 95% ZrO2 + MgO stabilizer. Beads from 400 microns to 3.35mm. Cylinders and satellites to 1-1/4″. Medium cost.
Rare Earth stabilized Zirconium oxide Grinding Media (sp.gr. 5.8 to 6.1) ZrO2 + CeO. Yellow or black, very hard. Sizes from 400 microns to 2″. Medium cost.
Yttrium stabilized Zirconium oxide Grinding Media (sp.gr. 6.0) 95% ZrO2 + 5% Y2O3. Best wear properties of all grinding media, very round and very smooth, narrow size spreads. High cost is offset by low wear and minimal contamination.
Click here for up to date pricing
Steel (sp.gr. 7.8)
Various alloys available (low carbon, high carbon, chrome steel, stainless steel, etc.) in a variety of forms:
Ball bearings Good wear, very round but will result in metallic contamination. Cost directly related to material and inversely proportional to size. 1/16″ to 6″.
Shot Irregular shapes with lumps and bumps, but only cost effective alternative for steel in sizes less than 1mm. Inexpensive, sizes from 90 microns to 3mm.
Other forms Steel wire can be cut and formed to produce diagonals, ballcones (looks like a flattened ice cream cone), pins (rods), oval balls and other shapes.
Click here for up to date pricing
Glass (sp.gr. 2.2 to 3.0)
The first of the “engineered” class of grinding media, glass beads (small balls) and balls were developed specifically for grinding applications where sand wasn’t available. Glass is manufactured in various grades (Lead-free Soda Lime, borosilicate, low alkali, black glass, and others) in sizes from 1 micron to 2 inches.
Good wear properties coupled with reasonable roundness means this is the best material to start with when conducting grinding trials. Low cost.
Glass balls are also available in precision grades and are used in optical resolution systems and as “spacers” for precision electronics. Colored glass balls are used for both engineering and decorative applications.
Click here for up to date pricing
Jet Mills
A jet mill grinds materials by using a high speed jet of compressed air or inert gas to impact particles into each other. Jet mills can be designed to output particles below a certain size, while continue milling particles above that size, resulting in a narrow size distribution of the resulting product. Particles leaving the mill can be separated from the gas stream by cyclonic separation.
Heartbreaker 12/2 Cell Disruptor for Twelve, 2 ml Tubes
TISSUE DISRUPTOR FOR TWELVE, 2ML TUBES
Tubes containing substances and beads are subjected to horizontal strikes causing vigorous motion and a powerful disrupting effect. It can be used in a cold room or placed in a refrigerator in order to keep samples at a low temperature and eliminate noise. There is no heating of samples, due to the fast disruption process.
SK-10000T/TV Planetary Centrifugal Mixer
Model equipped for both high speed revolution and a wide radius gyration, supporting for the production of high quality materials.
The timing by which the revolving speed of rotation increases is controlled to improve the mixing rate of powders and liquids and sustains the generation of lumps.
2 cups x 10 Liters
Kinematica Megatron MT-FM
Foaming Machine
In recent years, the market for aerated products has significantly increased in the chemical, pharmaceutical and food industry due to the fact that several product properties can be better adjusted by means of a so-called foaming process.
In collaboration with University of Zurich (ETH), Switzerland, KINEMATICA developed a new generation of foaming machines in the MEGATRON® FM model series and introduced them into the market. The outstanding feature of our Foaming Machine is the generation of micro bubbles in the order of magnitude of 5-10 µm and their dense distribution due to our innovative rotor/stator geometry. The extremely effective foaming machine MEGTRON® FM works continuously and is available in configurations suitable for laboratory, pilot plant and production areas of applicable industries. Scale-up starting from formulation using a few liters up to production is easily possible due to our application know how and different rotor/stator geometries.
Our Sales Representatives in consultation with our engineering department are able to recommend and determine the proper configuration for any specific application.
Kinematica Megatron MT-VPR / MT-VPC
Pilot Plant and Production machines for induction and dispersion of powders in liquids
The patented system (EP 1674151B / US 8398294B2 / JP 4869250B2) includes at present various sizes with a throughput from approx. 1000 l / h to 70 000 l / h – related to water and depending on the used dispersing generator. Our engineering team will work with you to integrate the MEGATRON® MT-VPR and MT-VPC seamlessly into your production system.
Ceramics, includes Aluminum Oxide and Zirconium Oxide (sp.gr. 3.5 to 6.1)
Alumina Grinding Media (sp.gr. 2.8 to 3.9)
Available in a range of specific gravities which rises as the alumina (Al2O3) content increases. The grinding media is actually alumina particles held in place by an SiO2 glass phase. Sizes from 400 microns to over 1 inch in beads, balls, satellites (ball with bands) and cylinders. Low to medium cost, small sizes are more costly.
Fused Zirconium oxide Grinding Media (sp.gr. 3.8) Smooth surface leads to low mill wear and longevity. Sizes from 200 microns to 2.5mm. Medium cost.
Sintered Zirconium silicate Grinding Media (sp.gr. 4.0-4.6) ZrO2 + SiO2 + Al2O3, with and without Y2O3 stabilizer. Tight size spreads from 200 microns to 2.6mm. Low to medium cost.
High density Zirconium oxide Grinding Media (sp.gr. 5.5) 95% ZrO2 + MgO stabilizer. Beads from 400 microns to 3.35mm. Cylinders and satellites to 1-1/4″. Medium cost.
Rare Earth stabilized Zirconium oxide Grinding Media (sp.gr. 5.8 to 6.1) ZrO2 + CeO. Yellow or black, very hard. Sizes from 400 microns to 2″. Medium cost.
Yttrium stabilized Zirconium oxide Grinding Media (sp.gr. 6.0) 95% ZrO2 + 5% Y2O3. Best wear properties of all grinding media, very round and very smooth, narrow size spreads. High cost is offset by low wear and minimal contamination.
Click here for up to date pricing
Steel (sp.gr. 7.8)
Various alloys available (low carbon, high carbon, chrome steel, stainless steel, etc.) in a variety of forms:
Ball bearings Good wear, very round but will result in metallic contamination. Cost directly related to material and inversely proportional to size. 1/16″ to 6″.
Shot Irregular shapes with lumps and bumps, but only cost effective alternative for steel in sizes less than 1mm. Inexpensive, sizes from 90 microns to 3mm.
Other forms Steel wire can be cut and formed to produce diagonals, ballcones (looks like a flattened ice cream cone), pins (rods), oval balls and other shapes.
Click here for up to date pricing
Glass (sp.gr. 2.2 to 3.0)
The first of the “engineered” class of grinding media, glass beads (small balls) and balls were developed specifically for grinding applications where sand wasn’t available. Glass is manufactured in various grades (Lead-free Soda Lime, borosilicate, low alkali, black glass, and others) in sizes from 1 micron to 2 inches.
Good wear properties coupled with reasonable roundness means this is the best material to start with when conducting grinding trials. Low cost.
Glass balls are also available in precision grades and are used in optical resolution systems and as “spacers” for precision electronics. Colored glass balls are used for both engineering and decorative applications.
Click here for up to date pricing
Jet Mills
A jet mill grinds materials by using a high speed jet of compressed air or inert gas to impact particles into each other. Jet mills can be designed to output particles below a certain size, while continue milling particles above that size, resulting in a narrow size distribution of the resulting product. Particles leaving the mill can be separated from the gas stream by cyclonic separation.
Heartbreaker 12/2 Cell Disruptor for Twelve, 2 ml Tubes
TISSUE DISRUPTOR FOR TWELVE, 2ML TUBES
Tubes containing substances and beads are subjected to horizontal strikes causing vigorous motion and a powerful disrupting effect. It can be used in a cold room or placed in a refrigerator in order to keep samples at a low temperature and eliminate noise. There is no heating of samples, due to the fast disruption process.
SK-10000T/TV Planetary Centrifugal Mixer
Model equipped for both high speed revolution and a wide radius gyration, supporting for the production of high quality materials.
The timing by which the revolving speed of rotation increases is controlled to improve the mixing rate of powders and liquids and sustains the generation of lumps.
2 cups x 10 Liters
Kinematica Megatron MT-FM
Foaming Machine
In recent years, the market for aerated products has significantly increased in the chemical, pharmaceutical and food industry due to the fact that several product properties can be better adjusted by means of a so-called foaming process.
In collaboration with University of Zurich (ETH), Switzerland, KINEMATICA developed a new generation of foaming machines in the MEGATRON® FM model series and introduced them into the market. The outstanding feature of our Foaming Machine is the generation of micro bubbles in the order of magnitude of 5-10 µm and their dense distribution due to our innovative rotor/stator geometry. The extremely effective foaming machine MEGTRON® FM works continuously and is available in configurations suitable for laboratory, pilot plant and production areas of applicable industries. Scale-up starting from formulation using a few liters up to production is easily possible due to our application know how and different rotor/stator geometries.
Our Sales Representatives in consultation with our engineering department are able to recommend and determine the proper configuration for any specific application.
Kinematica Megatron MT-VPR / MT-VPC
Pilot Plant and Production machines for induction and dispersion of powders in liquids
The patented system (EP 1674151B / US 8398294B2 / JP 4869250B2) includes at present various sizes with a throughput from approx. 1000 l / h to 70 000 l / h – related to water and depending on the used dispersing generator. Our engineering team will work with you to integrate the MEGATRON® MT-VPR and MT-VPC seamlessly into your production system.
Ceramics, includes Aluminum Oxide and Zirconium Oxide (sp.gr. 3.5 to 6.1)
Alumina Grinding Media (sp.gr. 2.8 to 3.9)
Available in a range of specific gravities which rises as the alumina (Al2O3) content increases. The grinding media is actually alumina particles held in place by an SiO2 glass phase. Sizes from 400 microns to over 1 inch in beads, balls, satellites (ball with bands) and cylinders. Low to medium cost, small sizes are more costly.
Fused Zirconium oxide Grinding Media (sp.gr. 3.8) Smooth surface leads to low mill wear and longevity. Sizes from 200 microns to 2.5mm. Medium cost.
Sintered Zirconium silicate Grinding Media (sp.gr. 4.0-4.6) ZrO2 + SiO2 + Al2O3, with and without Y2O3 stabilizer. Tight size spreads from 200 microns to 2.6mm. Low to medium cost.
High density Zirconium oxide Grinding Media (sp.gr. 5.5) 95% ZrO2 + MgO stabilizer. Beads from 400 microns to 3.35mm. Cylinders and satellites to 1-1/4″. Medium cost.
Rare Earth stabilized Zirconium oxide Grinding Media (sp.gr. 5.8 to 6.1) ZrO2 + CeO. Yellow or black, very hard. Sizes from 400 microns to 2″. Medium cost.
Yttrium stabilized Zirconium oxide Grinding Media (sp.gr. 6.0) 95% ZrO2 + 5% Y2O3. Best wear properties of all grinding media, very round and very smooth, narrow size spreads. High cost is offset by low wear and minimal contamination.
Click here for up to date pricing
Steel (sp.gr. 7.8)
Various alloys available (low carbon, high carbon, chrome steel, stainless steel, etc.) in a variety of forms:
Ball bearings Good wear, very round but will result in metallic contamination. Cost directly related to material and inversely proportional to size. 1/16″ to 6″.
Shot Irregular shapes with lumps and bumps, but only cost effective alternative for steel in sizes less than 1mm. Inexpensive, sizes from 90 microns to 3mm.
Other forms Steel wire can be cut and formed to produce diagonals, ballcones (looks like a flattened ice cream cone), pins (rods), oval balls and other shapes.
Click here for up to date pricing
Glass (sp.gr. 2.2 to 3.0)
The first of the “engineered” class of grinding media, glass beads (small balls) and balls were developed specifically for grinding applications where sand wasn’t available. Glass is manufactured in various grades (Lead-free Soda Lime, borosilicate, low alkali, black glass, and others) in sizes from 1 micron to 2 inches.
Good wear properties coupled with reasonable roundness means this is the best material to start with when conducting grinding trials. Low cost.
Glass balls are also available in precision grades and are used in optical resolution systems and as “spacers” for precision electronics. Colored glass balls are used for both engineering and decorative applications.
Click here for up to date pricing
Jet Mills
A jet mill grinds materials by using a high speed jet of compressed air or inert gas to impact particles into each other. Jet mills can be designed to output particles below a certain size, while continue milling particles above that size, resulting in a narrow size distribution of the resulting product. Particles leaving the mill can be separated from the gas stream by cyclonic separation.
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Heartbreaker 12/2 Cell Disruptor for Twelve, 2 ml Tubes
TISSUE DISRUPTOR FOR TWELVE, 2ML TUBES
Tubes containing substances and beads are subjected to horizontal strikes causing vigorous motion and a powerful disrupting effect. It can be used in a cold room or placed in a refrigerator in order to keep samples at a low temperature and eliminate noise. There is no heating of samples, due to the fast disruption process.
SK-10000T/TV Planetary Centrifugal Mixer
Model equipped for both high speed revolution and a wide radius gyration, supporting for the production of high quality materials.
The timing by which the revolving speed of rotation increases is controlled to improve the mixing rate of powders and liquids and sustains the generation of lumps.
2 cups x 10 Liters
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Heartbreaker 12/2 Cell Disruptor for Twelve, 2 ml Tubes
TISSUE DISRUPTOR FOR TWELVE, 2ML TUBES
Tubes containing substances and beads are subjected to horizontal strikes causing vigorous motion and a powerful disrupting effect. It can be used in a cold room or placed in a refrigerator in order to keep samples at a low temperature and eliminate noise. There is no heating of samples, due to the fast disruption process.
SK-10000T/TV Planetary Centrifugal Mixer
Model equipped for both high speed revolution and a wide radius gyration, supporting for the production of high quality materials.
The timing by which the revolving speed of rotation increases is controlled to improve the mixing rate of powders and liquids and sustains the generation of lumps.
2 cups x 10 Liters
Kinematica Megatron MT-FM
Foaming Machine
In recent years, the market for aerated products has significantly increased in the chemical, pharmaceutical and food industry due to the fact that several product properties can be better adjusted by means of a so-called foaming process.
In collaboration with University of Zurich (ETH), Switzerland, KINEMATICA developed a new generation of foaming machines in the MEGATRON® FM model series and introduced them into the market. The outstanding feature of our Foaming Machine is the generation of micro bubbles in the order of magnitude of 5-10 µm and their dense distribution due to our innovative rotor/stator geometry. The extremely effective foaming machine MEGTRON® FM works continuously and is available in configurations suitable for laboratory, pilot plant and production areas of applicable industries. Scale-up starting from formulation using a few liters up to production is easily possible due to our application know how and different rotor/stator geometries.
Our Sales Representatives in consultation with our engineering department are able to recommend and determine the proper configuration for any specific application.
Kinematica Megatron MT-VPR / MT-VPC
Pilot Plant and Production machines for induction and dispersion of powders in liquids
The patented system (EP 1674151B / US 8398294B2 / JP 4869250B2) includes at present various sizes with a throughput from approx. 1000 l / h to 70 000 l / h – related to water and depending on the used dispersing generator. Our engineering team will work with you to integrate the MEGATRON® MT-VPR and MT-VPC seamlessly into your production system.