Shimadzu Nexis GC 2030 gas chromatographEquipped with an intelligent interactive interface, instrument operations can be completed with just a touch screen. Equipped with a highly sensitive detector group, it can perform highly reliable and accurate trace analysis with high reproducibility. In addition, the optimization of the column temperature box function not only improves the efficiency of use, but also effectively reduces energy consumption. The system can be customized according to needs to better meet personalized analysis demands.
Shimadzu Nexis GC 2030 Innovation Points:
1. The intelligent interactive interface is thoughtfully designed for analysts. Equipped with a color touch screen that feels like a personal mobile device, the touch screen can not only view all information, but also perform routine analysis operations through the touch screen.
2. ClickTek technology enhances user analytics experience. Intelligent lock - manual ultra simple maintenance of the injection port makes analysis and maintenance work easier. Intelligent buckle - the instrument automatically senses the installation position and airtight position of the chromatographic column, which can accurately and intelligently determine and replace manual subjective feelings, greatly improving the reproducibility of detection. Intelligent gauge - multi in one injection port/detector measuring tool.
3. Without the need for additional tools, on the basis of manually fixing the pressure ring, it provides you with a quick maintenance experience through simple tool use. While analyzing diversified needs, it also brings users simplified tools and user-friendly operations. Smart lights - The emergence of smart lights allows users to feel human care in subtle ways, and behind it lies a rigorous thermal design. Every smart light can withstand long-term high temperature tests. It can still be turned on as usual after working continuously for more than 1000 hours at 450 ℃, with a normal service life of more than 6 years.
Shimadzu Nexis GC 2030 gas chromatographSystem Features
1. Intelligent interactive interface designed thoughtfully for analysts
Equipped with a color touch screen that feels like a personal mobile device.
The touch screen not only allows viewing of all information, but also enables routine analysis operations to be completed through the touch screen.
• Intuitive graphical interface, allowing remote operation using mobile terminals.
2. Brilliant ultra-high sensitivity and reproducibility
The performance of the new generation electronic flow/pressure control system AFC/APC has been further improved. Paired with newly designed detectors such as FID, ECD, FPD, BID, etc., achieve ultra-high sensitivity, achieve excellent reproducibility, and improve data reliability.
3. Excellent scalability and analytical efficiency
Users can customize the system according to their analysis needs. When using hydrogen as a carrier gas, the hydrogen sensor and automatic leak detection function can be used to achieve high-speed analysis, improve analysis efficiency, and ensure analysis safety.
4. ClickTek technology enhances user analytics experience
The intelligent lock and intelligent buckle enable the maintenance of the injection port and the connection of the chromatographic column to be completed by hand, while automatically sensing the installation and sealing position, ushering gas chromatography into a new era of intelligence. Intelligent gauges and lights enhance user experience from subtle aspects, while analyzing diverse needs, bringing users simplified tools and user-friendly operation!
5. Multiple functions bring ecological friendliness
Excellent column box control function - column temperature control function-
• Significantly reduce operating costs - automatic start and stop function-
• Significantly reduce helium consumption - carrier gas saving function-
Diagnostic instrument operating status - self diagnostic function-
• Automatic reminder maintenance - monitoring function-
Workstation software that adapts to analytical needs can effectively improve laboratory analysis efficiency