CE30-1101 E30 HPLC Adrona Water Purification System
E30 water purification system produce ultrapure and pure water for laboratory needs. It is designed for maximum convenience of use and have maximum features. Color graphic LCD display provides clear readout of water quality, system component status, performance of the polishing module. System component status is reflected on the display in an intuitive color pattern.
E30 has an excellent price/performance ratio and low operation costs.
There are 3 configurations available: E30 Trace, E30 HPLC and E30 Bio.
DR6100-T A.KRÃœSS Optronic GmbH Digital refractometers with Peltier temperature control
Powerful all-rounder: the DR6000-T
As a standard, the refractometer models DR6000-T and DR6000-TF are equipped with a Peltier element that controls the temperature of the sample up to 80 °C. There are four different models available for diŽfferent requirements on accuracy, resolution and measurement range whereby you can access the same operation and functionality.
DS7800-3 A.KRÃœSS Optronic GmbH Density meters for semi-automatic sample supply Set 3
High efficiency and special suitability for hazardous substances
In case of low-viscous to slightly viscous samples, it is possible to perform a semi-automatic sample supply and cleaning of the U-tube oscillator using a peristaltic pump. This means higher efficiency and more safety if aggressive or harmful substances are analysed. It also improves the reproducibilityof the measurement results.
GR-2015-P Gradus Edi Bio Adrona Water Purification System
Adrona Gradus EDI is fully integrated and compact pure and ultrapure smart tap water system. It has unique built-in dispensers that provide both ultrapure Grade 1 and pure Grade 2 water.
Gradus EDI systems are intended for use in laboratories with high daily pure and ultrapure water consumption. This allows a significant reduction in the operating costs of the water treatment system, as the EDI module does not need to be replaced.
Hanon Automatic Kjeldahl Analyzer K1100F
Hanon K1100F Automatic Kjeldahl Analyzer is an automatic device integrating distillation and titration functionsand it is designed based on classic Kjeldahl nitrogen determination method. It's equipped with the latest core control system, powerful automation and high-quality components; can easily achieve automatic waste discharge and cleaning of digestion tubes and titration cups, control steam supply and real-time detection of condensation temperature. High-accuracy charging pump and titration system ensure test results accuracy, and multiple fluid level detection gives smooth test process.
Hanon Master Ultra High Throughput Closed Microwave Digestion/Extraction Workstation
With the most advance technology and material of Shanghai Sineo Microwave Chemistry Technology Co., LTD., MASTER serial ultrahigh throughput microwave digestion/extraction workstation was launched in 2012. MASTER cavity is versatile for 16-vessel independent frame-type high pressure digestion rotor, 18-vessel carousel integrated ultrahigh pressure digestion rotor, 40/100-vessel ultrahigh throughput carousel rotor and 16-200ml-vessel carousel large capacity rotor etc., meets different experiment application requirements.
Hanon SH520/SH508 Automatic Kjeldahl Digestor
Hanon SH520/SH508 Automatic Kjeldahl Digestor is fully automatic digestor adhering to the design concept of "reliable, intelligent and environmentally friendly", which can automatically complete the digestion process base on Kjeldahl method experiments. SH508/SH520 can be matched with 8 positions or 20 positions according to the number of laboratory samples. At the same time, it adopts an Android system, and the host is combined with a lifting device and scrubber to realize the automation of the entire digestion process.
K9840 Hanon Kjeldahl Distillation Unit
Hanon K9840 Auto Kjeldahl Distillation Unit is designed to determine the nitrogen content of samples based on the Kjeldahl nitrogen determination method. Fully intelligent software is able to complete sample distillation within minutes, boasts automatic regent quantification and filling, automatic test. The distillation and condensation automatic cleaning system further enhances measurement precision; explicit interface is easy for operation. It is widely used in food processing, feed production, tobacco, livestock, soil fertility, environmental monitoring, medicine, agriculture, scientific research, teaching, quality control and other fields for the test of nitrogen or protein content, can also be used for the test of ammonium, volatile fatty acid/ alkali, and so on.
M3000 A.KRÃœSS Optronic GmbH Melting Point Meter for Semi-Automatic Measurements
Semi-automatic measurement using 10x observation optics
The M3000 provides fast and easy examination of powdery substances with a melting point up to 360 °C. Due to the triple capillary intake, it is possible to analyse three samples within one measurement run. Thanks to the preheating rate and the integrated fan cooling, fast measurements are possible in any temperature range. The display provides a wellarranged readout of all important measuring data.
M5000 A.KRÃœSS Optronic GmbH Melting Point Meter for Automatic Measurements
Fully automatic measurements
The M5000 provides fast, easy and automatic examination of powdery substances with a melting point up to 400 °C. Due to the automatic determination of the melting point, an objective measurement result is always guaranteed. The high preheating rate and the integrated fan cooling allow fast and reliable measurements in any temperature range. The display provides a well-arranged readout of all important measuring data.
MAT1500 A.KRÃœSS Optronic GmbH Gas Analyzer for O2 and CO2 Concentration
The all-rounder
Fitted with a zirconium dioxide sensor and a nondispersive infrared sensor, the MAT1500 is our number one when it comes to the range of application, performance and precision. The measurements are completed within only approx. ten seconds. As is the case with the MAT1400, highly precise results can be achieved with single measurements of oxygen concentrations thanks to the min/max detection even if only a small sample volume is available.
