Issue link: https://www.e-digitaleditions.com/i/377863
26 September 2014 Tablets & Capsules Tablet presses Bilayer and Compacta Nova tablet presses are well suited for R&D and pilot-scale production. Stand-alone units include interchangeable turrets that accommodate 21 B and 17 D stations and produce as many as 126,000 tablets per hour in single-layer mode and 63,000 tablets per hour in bi-layer mode using 10 tons of force at pre- and main compression. Director Pro software, standard with both presses, provides compaction and scalability profiles for development, as well as automatic weight control and rejection; it also minimizes user error and maximizes product yield dur- ing pilot-scale production. SMI, Lebanon, NJ. Tel. 908 534 1500 Fax 908 534 1546 www.smitmc.com Double-sided tablet press Destiny 8100 double-sided tablet press uses interchangeable turret that accommo- dates D, B, BB, and BBS tooling. Easy access to compression zone and tool-free changeover minimize downtime. Optional conversion kit enables press to make bi- layer tablets. Unit automatically controls tablet weight based on compression force, samples first layer automatically, and rejects out-of-spec tablets. Press meets cGMP and 21 CFR Part 11 standards, provides audit trail, and produces as many as 1 million single-layer tablets per hour. ACG North America, South Plainfield, NJ. Tel. 908 757 3425 Fax 908 757 3287 www.acg-northamerica.com Your One-Stop Solution for Material Handling and Flow Problems Getting it RIGHT the First Time T: (352) 303-9123 Email: matflowsol@bellsouth.net range down to 0.1 KPA, allowing direct measurement for arching. Do not rely on inherently inaccurate extrapolation for answers. If you can generate sufficient sample to run a particle size analysis, you've got a enough sample to directly measure strength with the SSSpinTester. Visit us online: http://www.matflowsol.com Measure Bulk Strength of API at Formulation Using the science of centrifugal force, the SSSpinTester measures bulk strength of fine powders using a sample as small as 0.05 gram. Current methods of measuring the strength of a powdered material require at least one liter of sample – hard to come by in pharmaceutical and chemical industries. New technology extends the testing