Solid Dose Products & Services

  1. Vibratory Loss-In-Weight Feeder For Difficult Pharmaceutical Powders
    10/23/2018

    The Coperion K-Tron PH line of pharmaceutical design loss-in-weight vibratory tray feeders combine high accuracy with a configuration which is ideal for materials which may not be suitable in twin screw feeders, such as dfficult flowing API‘s. The gentle vibratory feeding principle allows for  low rate feeding without build up which can occur on screws and screw tubes. Coperion K-Tron’s patented load cells and KCM controller ensure high accuracy feeding while the easy clean design of the vibratory tray ensure quick and easy product changeover. Specialty control algorithms permit the vibration method of feeding, without interrupting the loss in weight signal.

  2. R&D Pharmaceutical Tablet Press: NP-RD30
    6/5/2018

    Natoli Engineering is quickly becoming the leader in R&D tablet presses with this next-generation rotary tablet press. Designed to help solve formulation and scale-up challenges, the NP-RD30 rotary R&D tablet press replicates the design and functionality of a production press. The turret velocity of the NP-RD30 can reach that of production presses, meaning dwell time can be more accurately established during research and development.

  3. Quick-Release Pharmaceutical Tablet Tooling
    6/5/2018

    Natoli Quick-Release Tablet Tooling allows researchers to test different dwell times during the tablet R&D process without the expense of buying several different sets of tools or the time needed to change complete sets of tooling or turret speed.

  4. Pharmaceutical Design Feeders
    5/26/2018

    Coperion K-Tron can provide single source solutions for all feeding and conveying needs in the pharmaceutical and nutraceutical industries. The complete Coperion K-Tron line of pharmaceutical equipment is engineered to meet the rigid requirements of the industry.

  5. Pharmaceutical Extruders
    5/26/2018

    The ZSK 18 MEGAlab laboratory extruder is the smallest member of the ZSK family. This targeted and further development of proven ZSK technology extends the performance range of the series for R&D and production.

  6. Vacuum Sequencing Systems For Bulk Material Handling Solutions
    5/26/2018

    Coperion K-Tron vacuum sequencing receivers are designed to high quality standards for pneumatically conveying powders, pellets and granular materials for the bulk material handling industries.

  7. Complete Process Equipment Controls For Drug Manufacturing
    5/25/2018

    Coperion K-Tron provides a variety of control options to meet a client's process needs. From standard equipment controls to interface options for both the pneumatic conveying systems as well as feeder controls, Coperion K-Tron is dedicated to ensure the client's specific process control requirements are met.

  8. Pharmaceutical Manufacturing Feeding Technology
    5/25/2018

    With over 100 years of experience in feeding technology, Coperion K-Tron development and engineering teams have created smart feeding solutions. Without consistent, dependable feeder accuracy and repeatability for your process, the integrity of any recipe—and hence the final product—will be compromised. 

  9. Pharmaceutical Feeder Controls
    5/25/2018

    Coperion K-Tron's machine controllers and operator interfaces deliver full functional flexibility and the connectivity you need. Coperion K-Tron’s SmartConnex control environment provides comprehensive control capability with maximum flexibility and connectivity for systems up to 24 weigh belt feeders, loss-in-weight feeders, volumetric feeders, batchers, flow meters, Bulk Solids Pump (BSP) feeders or PID controlled devices as well as pneumatic refill systems.

  10. Pharmaceutical Liquid Feeders
    5/25/2018

    Coperion K-Tron’s liquid loss-in-weight feeders provide accurate continuous volumetric or gravimetric flow control of liquids. The highly accurate gravimetric units combine the pump and tank with a suspension scale or platform scale; the feed pump for metering the material is located outside the scale area.