Melting Point Meter for Semi-Automatic Measurements. The M3000 provides fast and easy examination of powdery substances with a melting point up to 360°C.
Melting point meter for automatic measurements. The M5000 provides fast, easy and automatic examination of powdery substances with a melting point up to 400 °C.
Density meters for manual sample supply Set 1 / Set 2. The right decision for low sample volumes.
Density meters for semi-automatic sample supply Set 3. High efficiency and special suitability for hazardous substances.
Density Meters DS7800 for Full-Automatic Sample Supply(Set 4 / Set 5). Fully automatic execution of the entire measuring process.
Digital Refractometers without Temperature Control. Specialists for sugar containing solution.
Digital Refractometers with Peltier Temperature Control. Allrounder for measuring all liquid and pastes.
Digital Refractometers with Automation. An optional solution for high sample volume.
Abbe Refractometer Analog(AR4) – Refractive index and % Brix can be measured and read via an eyepiece.
Digital Abbe refractometer (AR2008) – Refractive index and % Brix can be measured and displayed digitally.
Digital Handheld Refractometers DR101-60, DR201-95 and DR301-95. Digital on-site measurements at the touch of a button.
Robust and universal. This model is ideal for general microscopy in laboratories, schools and universities.
The MBL3200 inverse microscope is specially designed for the identification and analysis of biological substances and cultures.
The MBL3300 is a real specialist. It is a perfect instrument for the identification and analysis of steel connections and other metals.
MSL4000 series stereo microscopes offer an optimal value for money. Thanks to the wide range of accessories and different eyepieces, these microscopes are suitable for a wide range of applications.
Our polarimeter P1000-LED is used by numerous companies and institutes for basic lab applications and training, for example the experiment on saccharose inversion.
The polarimeter P3000 is the economical solution for standard applications for which a measurement accuracy of ±0.01° is sufficient. It performs its tasks in the record measurement time of approx.
High-precision measurements through temperature control without an additional device – this is what our polarimeter models P8000-P and P8100-P offer, which otherwise have the same functional scope and the same characteristics as the other devices of the P8000 series.
The polarimeter models P8000-T and P8100-T will allow for a water bath temperature control in the range between 8 and 40 °C when combined with temperature controlledmeasurement tubes and a thermostat.
The polarimeter models P8000 and P8100 are the right choice for all applications where sample temperature control for high-precision measurements is not absolutely necessary.
The flame photometer FP8400 is the standard version for a variety of laboratory applications and offers a very simple operation in combination with very high precision and application flexibility in determining the concentration of alkali and alkaline earth elements in aqueous solutions.
The FP8500 combines the characteristics of the FP8400 with an automatic calibration to realise a 24 hour fully automated measurement operation; measuring times between 1 second and several minutes are possible. For data transmission, a variety of interfaces are available.
Laboratory version supplemented by a rotation sampler with up to 72 sample positions. Once programmed, the FP8600 automatically measures up to 72 samples in one run.
The flame photometer FP8700 is the laboratory version supplemented by a rotation sampler, diluter, and mixer. Ideal for applications with high sample volumes and high concentrations requiring dilution.
The MAT1100 is the right choice whenever you only need to be concerned with the oxygen concentration or whenever only nitrogen is used.
In addition to an electrochemical oxygen cell, it features a non-dispersive infrared sensor (NDIR) for the CO2 measurement over the measuring range of 0 and 50 volume per cent and with a high accuracy of ±0.5 volume per cent.
The UV- and analysis lamp UV240 is used to detect the luminescence of UV radiation created by crystal lattice perturbations and to distinguish between synthetic, composite gemstones, and true or artificially created pearls.
