Step test - Import export

Remove contaminants from protein samples without plugging or breakthrough Protein precipitation is widely used in downstream processing of biological products to concentrate proteins and purify them from various contaminants. POREX® Precipitation Membranes aid in the removal of contaminating lipids, salts and proteins from samples prior to LC-MS/MS without plugging or breakthrough. Designed to retain acetonitrile, methanol and other organic solvents our protein precipitation media solutions: Retain acetonitrile, methanol and other organic solvents. Provide reproducible and consistent results and are chemically inert, hydrophobic, oleophobic, while containing no leachables Increase efficiency through elimination of time-consuming centrifugation and transfer steps. Are independently tested for solvent leakage, nonspecific binding, flow rates and well blockage by LC-MS/MS. Are a PE based solvent support media solution - designed to retain low surface tension organic solvents for...

At our Technical Centre, which has proven its worth over many years, even the smallest quantities bring you great benefits. With an area of over 1,000 square metres, we offer the perfect facilities to verify how the raw materials will actually behave in the intended processes and finishing steps. In addition, we run scalable test series to generate reliable data for calculating costs. The process in three steps: 1. Pilot trial: testing on the smallest scale 2. Scale up trial: testing on the high-performance universal mill, with close support from our experts 3. Large-scale production: testing on the large plant for production on an industrial scale

Step by step: From taking the test sample up to the large-scale regeneration of your catalysts Stept 1: Sample taking Let us know when a sample can be taken from the SCR reactor. We will gladly do this for you. Step 2: Analysis Why is the catalyst no longer active? By an analysis of the catalyst sample we get a general overview about the chemical condition of the catalytyst. Step 3: Diagnosis By evaluation of the chemical analysis we find out the cause of the inactivation and determine the necessary regenerations steps. Step 4: Test Regeneration / Measurement Regenerations are executed under laboratory conditions to determine the ideal regeneration procedure. Activity (k) and SO2/SO3 conversion rate will be measured after this in the bench scale. Guarantees The results of the test regeneration are the basis for the guarantee values, which are part of a regeneration offer.

Patients from the fields of orthopaedics, neurology or geriatrics often need to work on a consistently smooth gait pattern. The BIODEX Gait Trainer 3 offers the suitable training options for all groups of patients. Motivation through feedback With the BIODEX Gait Trainer 3, patients acquire a smooth gait pattern. In addition, balance, coordination, endurance and the cardiovascular system are trained. Work on the treadmill strengthens the leg muscles. On the screen or via an audio message, the patients and therapists receive direct feedback on the smoothness of the gait pattern. The therapists can then make corrective interventions if necessary and the patients are motivated. Data for the clinic IT Running speed, step length and step frequency can be tested and compared with reference values. The training results and follow-up are documented completely and can be saved and printed out. Data export is ensured by an optional software module. Thus, all the important data is...

Engineering-processes in aviation are among the most challenging we handle. Complex components for extreme applications and increasing requirements for material and energy efficiency shape development and manufacturing. Crack testing with fluorescent substances is a well-established procedure for safety-critical components exposed to high loads. The vastly different, and often very large-scale dimensions of components used in aviation present a unique challenge. These require systems to include transportation equipment and containers sized to fit. Precisely timing individual chemical testing steps is another, even more challenging aspect. We also develop and manufacture the equipment used to handle components within our systems. Perfectly planned and executed, our equipment ensures systems as efficient as they are reliable.