Formulation Development

Used Elizabeth Hata R&D tablet press, model EP200, B/D tooled with 10 station turret, 5 stations each B and D, 16 mm B, 22 mm D max tablet diameter, 17 mm B, 18 mm D max depth of fill, rated up to 6000 tablets/hour, with feed hoppers and feed frames, Machine #81, built 2011.

The Thermo Scientific™ DXR3 Flex Raman Spectrometer is a research-grade Raman spectrometer specifically designed for integration with other analytical techniques.

Leica DM6 B Upright Microscope

Increase your work efficiency with the Leica DM4 B or Leica DM6 B upright digital research microscopes! Both are ideally suited to making your work life easier in biomedical research and clinical labs alike.

• Simplify your workflow with automated functions and easy-to-use software
• Easily capture publication-quality images by utilizing the 19-mm sCMOS camera imaging port
• Create fast overviews of your samples and identify the important details instantly with the LAS X Navigator Software
• Have great flexibility through the choice of accessories

Upperton have developed UpperNose™, a nasal product development approach designed to streamline the development process for nasal dosage forms.

• Enables sample recovery
• Avoids dilution effects
• Analyzes samples in a matrix-free environment
• Has minimal buffer constraints

Platform of automated, single-use systems for tangential flow filtration at multiple scales.

We have developed an innovative portfolio of affinity chromatography resins to help you solve challenges in the downstream process of next-generation antibody therapeutics. These resins are specifically designed for the purification of engineered monoclonal antibody (mAbs) modalities.

Characterize the Best-Fit Structure for Your NMR and MS Data

ACD/Structure Elucidator Suite is the industry-leading software solution for computer-assisted structure elucidation (CASE). It offers a reliable workflow and accurate results for de novo elucidation of complex organic compound structures.

Use Structure Elucidator Suite to:

• Determine structures using NMR and other analytical data
• Generate all the candidate structures that fit your NMR and MS data
• Rank the generated structures and identify the most probable one
• Determine 3D configuration from a 2D structure using NOESY/ROESY data
• Dereplicate previously identified compounds
• Search fragment databases or manually define fragments for partially known structures
• Report the final structure and add SDFiles to the prediction databases