Glen Mills Inc. markets a line of laboratory and small-scale production equipment for use in various industries (food, pharmaceutical, biotechnology, metallurgy, paint/pigment, chemicals, etc.) The equipment lines are divided into the following sectors: Blending of powders is performed in the TURBULA® Shaker-Mixer and dyna®-MIX. In addition to the precision mixing of drugs, powder metals, powder coatings, diamonds, and other critical systems, the TURBULA and dyna-MIX also feature interchangeable mixing vessel design to prevent cross-contamination. Dry Milling of just about any material from rocks to proteins. The line of equipment includes scores of mills and their variations that are able to comminute materials from fist size down to submicron size. Wet Milling of suspended solids or emulsions by ultrasound, by homogenization, and by bead milling. Used for chemicals, pigments, biologicals, and just about any type of suspension where submicron particles and stable dispersions are needed. Sample Dividing to provide exact sub-samples of master batches for analytical analysis. Sifters and Sieve Screens for accurate size cuts. Grinding Beads/Balls of glass, ceramic, metal, and tungsten carbide for use in ball mills or agitated mills. Sizes range from several inches to several microns in diameter.
A full line of mills to take particles from 1.0mm to NANOPARTICLES. Equipment includs: Bead Mills (DYNO®-MILL); Rotor-Stator Homogenizers (Polytron, Megatron, Tissue Tearor), Ultrasonic Liquid Processors (Sonicator, Sonitube) TESTING, RENTALS, SALES, CONTACT WORK. Read more
Sampling Rotary Sample Dividers Sample division by our ROTARY SAMPLE DIVIDERS is more accurate than the other standard methods in use today. As more and more processes require exact sampling, make sure that you are using the most accurate method available. PT100 Table Top PK1000 Tube... Read more
Culturing of adherent cells/tissues in a sterile natural 3-D environment continuously for over 12 months allows for impressive cell densities exceeding 10^10 all in a compact laboratory tabletop apparatus. This massive concentration of cells (up to 10,000x more than conventional systems) in the... Read more