The PTWS 100 instrument design is a bench saving 6-station, lift-up, staggered stirrer start dissolution bath which offers six stirred positions, self-sealing and centring vessel covers, touch screen operation...
This is the fully automatic version of the PTZ AUTO 4. With upgraded electronics and the PT-MKT or PT-MKT33 baskets. The four station tablet and capsule disintegration test instrument allows the fully automated...
analytica is a major specialty exhibition for marketable products and complete solutions for industrial and research laboratories. The exhibition takes place from the 1st until the 4th of April 2014. The Pharma Test booth is located in hall A1 and the booth no. is 506. We are looking forward to meeting you there!
To improve the handling of foaming media, like SLS with the Pharma Test PT-DDS4 media preparation system, a new alternative inlet is available now. Now, a bent inlet tube can be used as an alternative to the standard diffuser inlet. The bent inlet tube directs the medium against the barrel wall, where it can gently flow down the tank, thus preventing an excessive foam build up.The inlet tubes can be changed freely by the user. The inlets are secured by a knurled head screw. An upgrade kit for existing PT-DDS4 instruments is available as well.
The PT-DDS4 inlet for foaming media is available now. For more details on the PT-DDS4 media preparation system see product website and download the PDF brochure there.
PTWS 800D Compact 8-Position Tablet Dissolution Testing Instrument Available Now
The new PTWS 800D is based on the design of the popular PTWS 100D and features 8 stirred
positions in either a 2×4 or a 4×2 configuration. The instrument still maintains a minimal bench space requirement of just 45cm by 75cm (width by depth). Like in the PTWS 100D, a touch screen allows control of the various mechanical features of the instrument such as the tool stirring speed, lift drive and heater. The instrument control is menu driven. Visual signals on the display inform the user of the status of critical instrument parameters, e.g. bath target temperature not reached. The PTWS 800D also features a the new 3CS three-point individual centering system for each dissolution vessel.
The PTWS 800D is available now. For more details see the PTWS 800D website and download the PDF brochure there.
PTB 111EP Tablet Hardness Testing Instrument with Integrated Protocol Printer Available Now
The new digital tablet hardness testing instrument PTB 111EP includes an integrated protocol printer. It is a dual force mode hardness test apparatus as it can be used for either linear force or linear speed increase while tablet hardness is tested. It offers a multiple point validation procedure for the built-in digital load cell.
The flexibility and the reproducibility of the results have made this and other models, like the PTB 311E series become one of the most sold tablet hardness testing instruments worldwide. By using an integrated report printer, the bench space requirements to of this instrument are even lower than other instruments from the PTB series, since no additional external printer is required. Furthermore, the report printer requires less paper than a standard A4 printer and by this helps to preserve our precious natural resources.
The PTB 111EP is available now. For more details see the PTB 111EP website and download the PDF brochure there.
Determine Bulk Density of Powder with the new PT-SV100 Scott Volumeter
The new PT-SV100 Scott Volumeter determines bulk density of powders according to the following standard Monographs: ISO 3923-2 (metallic powders): determination of apparent density, EP <22.214.171.124> USP <616, Method II> bulk density and tapped density of powders and method II, ASTM 32990 standard test method for apparent density of metal powders and compounds. The PT-SV100 is applicable to powders including metal powders, compounds, pigments, and so on that will flow freely through a suitable nozzle.
The PT-SV100 is available now. For more details see the PT-SV100 website and download the PDF brochure there.