Product familyAll High-Throughput Tissue Grinder Cryogenic Grinder Multi-Sample Tissue Grinder Medium-Throughput Tissue Grinder Automatic Sample Grinder Basic & Compact Tissue Disruptor Vacuum Cryogenic Grinder Liquid Nitrogen Cryogenic Grinder Low-Temperature & Inactivation Grinder 3D Sample Tissue Grinder 3D Centrifugal Cryogenic Grinder Handheld Tissue Homogenizer Multi-Function Homogenizer High-Pressure Homogenizer Tissue Dissociator High-Throughput Soil Grinder Tissue Homogenizer Ultrasonic Cell Disruptor Laboratory Mill Temperature routeAll Cryogenic Vacuum Liquid nitrogen ControlsAll Stored programs Touchscreen
+ Tissuelyser-II Parallel sample preparation across tubes, jars or two 96-well plates + JXFSTPRP-CLN Parallel processing where active refrigeration and temperature control are required + JXFSTPRP-192CL Refrigerated high-throughput workflows requiring a broad vessel range + JXFSTPRP-CLN-DT Workflows that need active grinding-chamber cooling plus a separate sample pre-cooling stage ✓ KZ-II Routine sealed-tube preparation where 24-position parallel processing is sufficient ✓ Tissuelyser-48 Daily 48-position batch work with several compatible vessel sizes + JXFSTPRP-48L Repeatable 48-position workflows that benefit from stored methods and cycle control ✓ Tiss-Basic12 Small laboratories and low-volume workflows requiring a compact closed-tube system + JXFSTPRP-576 Very large batches and plate-based sample-preparation workflows + JXCL-ZK Workflows requiring active refrigeration together with a vacuum grinding chamber + JXFSTPRP-MiniCL-AUTO-N Materials that must remain immersed at liquid-nitrogen temperature throughout grinding + JXCL-MJ-L Contained workflows that need grinding, controlled heating and centrifugation in one instrument + JXFSTPRP-4D Sealed-tube workflows that specifically require the documented three-dimensional motion route + JXCL-5K Workflows that benefit from grinding and centrifugation in one refrigerated instrument + F6/10 Small-volume work where a portable direct-contact dispersing head is appropriate + JXHG-32 Automated blade-based preparation where cleaning and stored programs improve repeatability + GSL-5 Laboratory liquid processing that requires controlled high-pressure shear, impact and cavitation + JX-CKSM-4WK Small-batch temperature-controlled enzymatic and mechanical tissue dissociation + Tissuelyser-600 Parallel soil and analytical sample preparation where larger 50 mL or 100 mL vessels are required + Tissuelyser-96 Compare Tissuelyser-96, Tissuelyser-192 and Tissuelyser-192L by tube configuration and cooling requirements. + Tissuelyser-192 Compare Tissuelyser-96, Tissuelyser-192 and Tissuelyser-192L by tube configuration and cooling requirements. + Tissuelyser-192L Compare Tissuelyser-96, Tissuelyser-192 and Tissuelyser-192L by tube configuration and cooling requirements. + Tissuelyser-FEII Compare Tissuelyser-FEII and FEIII bead mill homogenizers, with 64- and 96-position tube configurations. + Tissuelyser-FEIII Compare Tissuelyser-FEII and FEIII bead mill homogenizers, with 64- and 96-position tube configurations. + JXFSTPRP-12/16 Compare six JXFSTPRP routine bead mill configurations by tube capacity and stored programs. + JXFSTPRP-24 Compare six JXFSTPRP routine bead mill configurations by tube capacity and stored programs. + JXFSTPRP-24/32 Compare six JXFSTPRP routine bead mill configurations by tube capacity and stored programs. + JXFSTPRP-32 Compare six JXFSTPRP routine bead mill configurations by tube capacity and stored programs. + JXFSTPRP-48 Compare six JXFSTPRP routine bead mill configurations by tube capacity and stored programs. + JXFSTPRP-64 Compare six JXFSTPRP routine bead mill configurations by tube capacity and stored programs. + JXFSTPRP-96 Compare JXFSTPRP-96 and JXFSTPRP-192 high-throughput closed-vessel grinding configurations. + JXFSTPRP-192 Compare JXFSTPRP-96 and JXFSTPRP-192 high-throughput closed-vessel grinding configurations. + JXFSTPRP-CL Compare CL and CLN refrigerated tissue homogenizers by temperature accuracy, program storage and vessel configuration. + JXFSTPRP-CLN-24 Compare CL and CLN refrigerated tissue homogenizers by temperature accuracy, program storage and vessel configuration. + JXFSTPRP-CLN-48 Compare CL and CLN refrigerated tissue homogenizers by temperature accuracy, program storage and vessel configuration. + JXFSTPRP-CLN-24L Compare CL and CLN refrigerated tissue homogenizers by temperature accuracy, program storage and vessel configuration. + JXFSTPRP-CLN-48L Compare CL and CLN refrigerated tissue homogenizers by temperature accuracy, program storage and vessel configuration. + JXFSTPRP-CL-BSC JXFSTPRP-CL-BSC refrigerated bead grinder with a −30 °C lower temperature setting and alternative tube adapters. + JXFSTPRP-II-01 JXFSTPRP-II-01 automatic liquid-nitrogen grinder with controlled delivery, closed vessels and configurable sample containers. + JXYJ-800M Compare JXYJ-800M button-control and JXYJ-800MP touchscreen laboratory blenders, with separate power ratings. + JXYJ-800MP Compare JXYJ-800M button-control and JXYJ-800MP touchscreen laboratory blenders, with separate power ratings. + XY-05 / JX-05 Compare XY-05 / JX-05, LC-08 and LC-11L paddle blenders for bag-contained microbiological sample preparation. + LC-08 Compare XY-05 / JX-05, LC-08 and LC-11L paddle blenders for bag-contained microbiological sample preparation. + LC-11L Compare XY-05 / JX-05, LC-08 and LC-11L paddle blenders for bag-contained microbiological sample preparation. + GSL-1.5Pro Compare eight GSL high-pressure homogenizers by design flow, working pressure and minimum processing volume. + GSL-15 Compare eight GSL high-pressure homogenizers by design flow, working pressure and minimum processing volume. + GSL-15QD Compare eight GSL high-pressure homogenizers by design flow, working pressure and minimum processing volume. + GSL-30 Compare eight GSL high-pressure homogenizers by design flow, working pressure and minimum processing volume. + GSL-40 Compare eight GSL high-pressure homogenizers by design flow, working pressure and minimum processing volume. + GSL-50 Compare eight GSL high-pressure homogenizers by design flow, working pressure and minimum processing volume. + GSL-100 Compare eight GSL high-pressure homogenizers by design flow, working pressure and minimum processing volume. + JXNANO-5 Compare JXNANO-5, JXNANO-15 and JXNANO-30 liquid homogenizers by flow, minimum volume and stated working pressure. + JXNANO-15 Compare JXNANO-5, JXNANO-15 and JXNANO-30 liquid homogenizers by flow, minimum volume and stated working pressure. + JXNANO-30 Compare JXNANO-5, JXNANO-15 and JXNANO-30 liquid homogenizers by flow, minimum volume and stated working pressure. + XM-150T Compare eleven XM-T probe sonicators from 150 to 3000 W by processing volume and supplied probe diameter. + XM-250T Compare eleven XM-T probe sonicators from 150 to 3000 W by processing volume and supplied probe diameter. + XM-650T Compare eleven XM-T probe sonicators from 150 to 3000 W by processing volume and supplied probe diameter. + XM-750T Compare eleven XM-T probe sonicators from 150 to 3000 W by processing volume and supplied probe diameter. + XM-900T Compare eleven XM-T probe sonicators from 150 to 3000 W by processing volume and supplied probe diameter. + XM-950T Compare eleven XM-T probe sonicators from 150 to 3000 W by processing volume and supplied probe diameter. + XM-1000T Compare eleven XM-T probe sonicators from 150 to 3000 W by processing volume and supplied probe diameter. + XM-1200T Compare eleven XM-T probe sonicators from 150 to 3000 W by processing volume and supplied probe diameter. + XM-1500T Compare eleven XM-T probe sonicators from 150 to 3000 W by processing volume and supplied probe diameter. + XM-1800T Compare eleven XM-T probe sonicators from 150 to 3000 W by processing volume and supplied probe diameter. + XM-3000T Compare eleven XM-T probe sonicators from 150 to 3000 W by processing volume and supplied probe diameter. + XM-650DT Compare XM-650DT, 900DT, 1000DT and 1200DT integrated sonicators by output power and probe-dependent working volume. + XM-900DT Compare XM-650DT, 900DT, 1000DT and 1200DT integrated sonicators by output power and probe-dependent working volume. + XM-1000DT Compare XM-650DT, 900DT, 1000DT and 1200DT integrated sonicators by output power and probe-dependent working volume. + XM-1200DT Compare XM-650DT, 900DT, 1000DT and 1200DT integrated sonicators by output power and probe-dependent working volume. + JX-1500W Compare JX-1500W, 2500W, 3500W and 5000W non-contact sonicators by power and model-specific tube capacity. + JX-2500W Compare JX-1500W, 2500W, 3500W and 5000W non-contact sonicators by power and model-specific tube capacity. + JX-3500W Compare JX-1500W, 2500W, 3500W and 5000W non-contact sonicators by power and model-specific tube capacity. + JX-5000W Compare JX-1500W, 2500W, 3500W and 5000W non-contact sonicators by power and model-specific tube capacity. + JX-2G Compare JX-2G, JX-2GL, JX-4G, JX-4GL, 4LQM-3SP4 and JX-5G planetary mills by batch amount and jar speed. + JX-2GL Compare JX-2G, JX-2GL, JX-4G, JX-4GL, 4LQM-3SP4 and JX-5G planetary mills by batch amount and jar speed. + JX-4G Compare JX-2G, JX-2GL, JX-4G, JX-4GL, 4LQM-3SP4 and JX-5G planetary mills by batch amount and jar speed. + JX-4GL Compare JX-2G, JX-2GL, JX-4G, JX-4GL, 4LQM-3SP4 and JX-5G planetary mills by batch amount and jar speed. + 4LQM-3SP4 Compare JX-2G, JX-2GL, JX-4G, JX-4GL, 4LQM-3SP4 and JX-5G planetary mills by batch amount and jar speed. + JX-5G Compare JX-2G, JX-2GL, JX-4G, JX-4GL, 4LQM-3SP4 and JX-5G planetary mills by batch amount and jar speed. + JX-PS1 Compare JX-PS1, JX-PS2 and JX-PS3 vibratory disc mills and specify the ring-and-disc grinding set. + JX-PS2 Compare JX-PS1, JX-PS2 and JX-PS3 vibratory disc mills and specify the ring-and-disc grinding set. + JX-PS3 Compare JX-PS1, JX-PS2 and JX-PS3 vibratory disc mills and specify the ring-and-disc grinding set.
