Hitachi Chromaster HPLC
- Two performance capabilities supporting data reliability: excellent reproducibility made possible by the pump and autosampler and excellent stability of the column oven and detector.
- Along with simple operation and ease of use, Chromaster offers ease of maintenance, a critical requirement for HPLC.
- Built using stronger materials and manufactured with Hitachi's strict quality control standards.
Hitachi Primaide HPLC
- Simple design and front-access layout, makes maintenance easy.
- Built according to strict specifications to meet such stringent requirements. Can be applied to an even wider range of applications by employing optional units, such as a sophisticated DAD (Diode Array Detector) and an autosampler cooling unit.
- Hitachi's strict production quality standards ensures both high performance and endurance.
Rittun HPLC
Rittun L-3000 HPLC Systems were designed in accordance with UHPLC standard, with pressure limit 9,000 psi, that is the highest pressure range compared to similar HPLC systems.
It can be widely used in the fields of pharmaceutical, biochemical, environmental, food safety, petrochemical engineering, agriculturaland etc.
Surwit STI 501 Binary HPLC
- Flow: 0.001-10.000 ml/min
- Max Pressure: 6000 psi
- Wavelength Range 190-700 nm
- Flow pool volume: 10μL
- Optical path: 10 mm
- Spectral bandwidth: 6nm
- Number of Solvent: 1
- Certificate: GB/T 19001-2008/ISO 9001:2008
Surwit STI 501 Isocratic HPLC
- Flow: 0.001-10.000 ml/min
- Max Pressure: 6000 psi
- Wavelength Range 190-700 nm
- Flow pool volume: 10μL
- Optical path: 10 mm
- Spectral bandwidth: 6nm
- Number of Solvent: 1
- Certificate: GB/T 19001-2008/ISO 9001:2008
Topsky Micro GC MGC300
- 7" color LCD touch screen, can be used as a handheld controller
- Temperature control range: 4°C ~ 450°C above room temperature, increment: 1°C, accuracy: ± 0.1 °C
- Programming order: 20 steps
- Range: 0 ~ 100Psi (pressure); 0 ~ 1000mL / min (flow)
- Resolution: 0.01Psi (pressure); 0.01 mL/min (flow)
- Injector type: packed column injection, capillary injection, ten-way valve gas injection, autosampler
- Number of detectors: 3 (2 FIDs, 1 TCD)
- Start injection: automatic, manual optional
GC6891N Gas Chromatograph
- Injector flow, column carrier flow, detector gas flow are controlled by EPC.
- Micro-channel gas integrated board
- All the detectors with high-precision electronic flow/pressure control.
- Accurate programmed heating control for the furnace temperature.
- Inside temperature controlling precision: <0.01
- Quick heating and cooling, the max programmed heating speed: 120ºC/min, balance time: 10 sec, cooling time: 300ºC-50ºC for 6 minutes.
- The temperature precision is absolutely controlled(compared with the real temperature, the difference is less than 0.3ºC).
GC7900 Gas Chromatograph
- Adopts AFC digital control technology, the automation level and overall performance are close to international first-line brands
- 7" industrial color LCD screen design, more complete display information, more reasonable interface operation
- Modular structure design. Variety of high-performance detectors are available, such as FID, TCD, ECD, FPD and NPD, etc., to meet the analysis needs of a variety of samples
- Adopts advanced 10/100M self-adaptive Ethernet communication interface, built-in IP protocol, easily form a local area network, realize long-distance transmission, remote control, remote diagnosis
ChromPlus4000 Gas Chromatograph
- Dual FID, TCD, NPD & ECD Detectors with four injectors to enhance analytical capabilities
- Thermodynamically designed oven accommodates capillary and packed columns
- Up to 5 individually controlled heated zones; up to 450°C for better method control
- Optional accessories such as Head Space Sampler, Auto Liquid Sampler, Methaniser and Auto Gas Sampling Valve
- Advanced Chromatography Software “CLARITY” from Data Apex
- Cost effective solution for QA/QC/Research applications
- Exceptionally compact size for better space utilisation
- PC control for all parameters
Ion Chromatograph CIC-120+
- Automatic range conductivity detector can directly expand the ppb-ppm concentration range without adjusting the range.
- It has the functions of pressure alarm, liquid leakage alarm and washing liquid alarm, which can protect the safe operation of the instrument in real time, and alarm and shut down in case of liquid leakage.
- The key components of the suppressor and chromatographic column have real-time monitoring function to ensure the timely replacement of consumables and ensure the stability and accuracy of the instrument operation.
- The gas-liquid separator can effectively remove the influence of bubbles on the test.
- Standard equipped with SHINE high-performance autosampler, more accurate injection control.
- Start up and warm up. The instrument can be started up in advance according to the setting, and the operator can test directly at the unit.
Ion Chromatograph
- Built-in eluent generator, free from configuring eluent, with gradient elution available
- Built-in low-pressure degassing technology to eliminate bubble interference for stability
- Self-regenerating electrolytic micro-membrane suppressor, high pressure resistance, small dead volume, highly responsive to signals
- Modular design, convenient to assemble and disassemble , easy to operate
- Optional intelligent automatic injection system for large sample volumes, which features automatic dilution to save labor and time
- Work across a variety of detectors to expand the scope of applications of ion chromatography.
Ion Chromatograph CIC-D300+
- 10" HD touch screen: Real-time display of flow path and operation status of the instrument
- Built-in double membrane eluent generator: No need degassing pipe and capture column, has pressure resistance of 30MPa, simpler flow path and smaller dead volume.
- Ultra-pure ion purifier: It can purify water online and reduce the water requirements of the instrument, so as to reduce the baseline background and improve the signal-to-noise ratio.
- Suction sampling system: Uses peristaltic pump to suck samples to reduce cross pollution at the injection port.
- The gas-liquid separator removes most of bubbles entering the flow path, and the constant pressure and low pressure degasser continuously remove the residual gas dissolved in water.