Produse pentru echipamente laborator (598)

stainless steel*air channel*handle

steel, 8 mm Ø*zinc plated*three point support

stainless steel*conical

stainless steel*excellent stability*optimum height for use with Usbeckl aboratory Burners*space saving delivery and storage due to dismountable feet

stainless steel*conical*graduated

nickel plated steel

steel, 8 mm Ø*zinc plated*three point support*nickel plated brass screw

plastic handle*interchangeable blade*made from hard metal*length 185 mm

stainless steel*round shape

TANGO has exactly what users require of an FT-NIR spectrometer suitable for industrial use: robustness, high precision and straightforward operator guidance. • Proven FT-NIR technology by Bruker • Easy-to-use touch screen operation • Automated background management • Robust and precise optics • Direct calibration transfer to and from all Bruker Optics FT-NIR spectrometers Fast measurements for high sample throughput, simultaneous evaluation of different components and an intuitive handling, without need for expertise training: TANGO simplifies the NIR analysis and therefore offers maximum security of the results. It delivers reliable results wherever highest demands are made on raw materials as well as intermediate and finished products and a rapid measurement at low cost must be ensured.

powdercoated*wire Ø 4 mm*nickel plated brass screw

Gauze stainless steel - diverse dimensions

Iron*Area of use: Only on open burner flame.

thickness 3,8 mm*chamfered edges*usable above open burner flame

stainless steel*rounded corners*lid with recessed handle

mortar and head of pestle made from stainless steel*mortar frame and handle of pestle made from powdercoated steel*slip resistant feet**not autoclavable*not dishwasher-safe

stainless steel*wall thickness 1 mm

wall thickness 2 mm*temperature-resistant up to 1000°C, DIN 12904

stainless steel*conical*high shape

stainless steel*with knobcover

galvanized steel wire*clay tubes

galvanized steel wire*ceramic centre

zinc diecasting*for sets 1-18*length 180 mm

galvanized steel wire

The CONFOCHECK is a dedicated FTIR system for the investigation of proteins in water. Its specific configuration facilitates a fast data acquisition (ca. 30 sec. per sample) with a high sample throughput controlled by an extremely user-friendly software interface. FTIR Protein Applications Protein quantification Detection of conformational changes Protein dynamics (temperature induced conformational changes) Monitoring of conformational changes during protein aggregation, precipitation and crystallization Determination of the secondary structure Quantification of all kind of solutes in aqueous samples (buffers, excipients, detergents) Typical Applications in Pharma: Pre-formulation and formulation development: Analysis of the influence of the formulation on protein stability Stability studies (stress tests): Influence of pH, temperature, mutation, etc. on the protein stability

rounded corners

VERTEX 80v is the gold standard of R&D FTIR spectroscopy regarding performance, sensitivity and flexibility. With the unique verTera THz extension the VERTEX 80v is now the first and only all-in-one system combining the advantages of FTIR and continuous wave THz spectroscopy, gaining access to an extremely broad spectral range and exciting new possibilities. Unique features: • Hybrid spectrometer FTIR/cw THz spectrometer with spectral range up to 3-50000 cm-1 • No cryogenically cooled components required • Unique effective spectral resolution < 0.0007 cm-1 • Unmatched THz performance due to vacuum beam path and optimized THz data processing • Same sample compartment & accessories applicable for FTIR and cw THz • FTIR and THz mode controlled via OPUS software with full data compatibility

The RAM II is the first dual channel FT-Raman module that can be coupled to the VERTEX FT-IR research spectrometer series. Utilizing the input and output port of an INVENIO, VERTEX 80 or the related vacuum versions VERTEX 70v und VERTERX 80v the RAM II provides the ideal FT-Raman measurement device. The intuitive, easy-to-use OPUS software controls all data collection and manipulation functions for the system and allows automated switching between FT-Raman and FT-IR measurements.