Schambeck SFD GmbH
13 products found

Schambeck SFD GmbH products

HPLC-GPC-Online-Degasser

Schambeck - Model SFD S 8515 - Vacuum Degasser

The S 8515 vacuum degasser is an online degasser system with high efficiency. Dissolved gases are removed from the solvents by applying vacuum to a semi- permeable membrane.

HPLC-GPC-Solvent-Pumps

Schambeck - Model Isocratic S 9425 and S 9430 - High Pressure HPLC-Pump

The Schambeck SFD GmbH Pump HPLC System is intended for the ambitious analyst. The system configu-ration is highly variable and several upgrade options make this system suitable for the whole range of analytical applications.

Schambeck - Model S 9425 and S 9430 - Quaternary Low Pressure Gradient Pump

The Schambeck SFD GmbH Pump HPLC System is intended for the ambitious analyst. The system configu-ration is highly variable and several upgrade options make this system suitable for the whole range of analytical applications.

Schambeck SFD - Model S 9432 - Binary High Pressure Gradient Pump

The Schambeck SFD GmbH Pump HPLC System is intended for the ambitious analyst. The system configuration is highly variable and several upgrade options make this system suitable for the whole range of analytical applications. The HPLC Pump System is a very flexible and powerful HPLC solvent delivery system. Its modular setup makes the HPLC Pump System one of the most versatile pump systems on the market. The S 9432 Binary - High Pressure Gradient Pump incorporates two pump systems with an optional Active High Pressure Mixer with adjustable chamber volume. An optional integrated vacuum degasser removes dissolved gases in the eluents and prevents air bubbles in the system. The system is available with Micro, Analytical or Preparative pump head in Stainless Steel or PEEK.

HPLC-GPC Autosampler

Schambeck - Model S 6250/ S 6300 - HPLC-GPC Autosampler

The S 6250 and S 6300 auto samplers are very flexible and powerful HPLC and GPC/SEC auto samplers with excellent reproducibility and linearity properties. Variable vial racks and adaptors for microtiter plates as well as a multitude of firmware options make this systems highly adaptable and suitable for any analytical application. Auto sampler S 6250 (60 samples) is in a small housing and the auto sampler S 6300 (120 samples) is in a slightly larger housing (see technical specifications).

HPLC/SEC Column - Oven

Schambeck - Model S 5120 - Column Oven

The S 5120 is a contact heat transfer oven for high temperature stability and accuracy. Up to three 350 mm columns can be mounted at the same time.

HPLC-GPC Detectors

Schambeck - Model S 4245/ S 4250 - UV/VIS Detectors for Routine Analyzes

The UV/Vis - Detektors S 4245 und S 4250 are variable wavelength UV/Vis detectors for routine analysis and sophisticated research. The dual lamp design offers a wavelength range of 190 – 900 nm with a low baseline noise. The front - accessible flow cell can easily be exchanged, as can be the lamps which are accessible through a side panel in the instrument housing.

Schambeck - Model S 4345/ S 4350 PDA (DAD) - HPLC Detector

The S 4345 and S 4350 PDA - Detector are photodiode array (PDA) detectors for routine analysis and sophisticated research. The dual lamp design offers a wavelength range of 190 – 720 nm ( with 256 Diodes) or from 190 - 1015nm (with 1024 diodes) with a low baseline noise.

Schambeck - Model RI 2012 - Differential Refractive Index Detector for HPLC, GPC/SEC

The new Refractive Index Detector RI 2012 series provides a consistent enhancement of the already successfully established Refractive Index Detector  models RI 2000 and RI 2000-F.

Schambeck - Model S 2020 - Differential Refractive Index Detector for HPLC, GPC/SEC

The Refractive Index Detector S 2020 series provides a consistent enhancement of the already successfully established RID models RI2000 and RI2000-F. The RID S 2020 series offers users 3 times higher sensitivity, (compared to RI2000) stability and reproducibility required for optimal RI detection in HPLC / GPC. By consistently revising the electronic components, it has been possible to significantly improve drift and noise.