As the next-generation tissue grinder, the multi-sample tissue grinder boasts its irreplaceable advantages.

1. Utilizing closed, disposable centrifuge tubes, effectively prevents cross-contamination of samples.

2. Set the same grinding program for samples from the same organization to enhance grinding efficiency and improve repeatability among samples.

3. Utilizing ball milling for sample grinding ensures a more even and thorough grinding compared to traditional methods.

4. Equipped with a high-throughput tissue grinder, which can also serve as a homogenizer, it rapidly disperses samples using 316 stainless steel balls, high-density glass beads, or zirconia beads. The sample temperature does not rise during the homogenization process, and the speed is adjustable.

5. JXFSTPRP-1 Vibration-resistant, three-dimensional movement of polishing beads with up-and-down and left-right oscillation, ensuring maximized sample processing and instant粉碎 effects.

6. Integrated one-piece design with rounded corners and sloped base for stainless steel enclosures; the interior stainless steel plates must be die-formed for further assurance of non-deformation and easy cleaning. Optional noise reduction devices or transparent covers are available.

Product Details:

1. Capable of handling 576 2ML samples simultaneously, with the capacity for up to 1,152 samples, compatible with both 12-bit and 24-bit liquid nitrogen adapter options.

2. Compatible with 12 pieces of 96-hole deep well plates, 6 pieces of 2ML*96 adapters, 48 pieces of 5ML grinding tubes, 48 pieces of (7-15)ML grinding tubes, 16 pieces of 25ML grinding tubes, and 9 pieces of 50ML grinding tubes. Also, custom-made grinding tubes of various specifications are available.

3. Stores up to 20 sets of experimental data, with adjustable modes for animal hearts, spleens, lungs, kidneys, bones, skin, and hair, catering to different experimental samples.

4. Pattern Loop: Continuously cycles through several set parameters based on the experimental settings, further reducing the interference from human factors.

Application Fields:Life sciences, pharmaceuticals, biochemistry, environmental science, geology, agriculture, quality inspection, component testing, materials, etc.

Sample Range:Animal and plant tissues, microorganisms, rocks and minerals, soil, pharmaceuticals, chemical polymers, etc.

Grinding Effect Comparison Image:

Basic Parameters:

Lab Site: