L-600 parallel synthesizer

Combinatorial chemistry is a newly emerging discipline in the past decade. After just over a decade of development, especially in the past six or seven years, combinatorial chemistry has penetrated into many fields of chemistry such as pharmaceuticals, organic chemistry, materials, and analysis. With the improvement of automation level, combinatorial chemistry has become one of the active fields in the current chemical field.
The remarkable achievements of combinatorial chemistry in the field of organic chemistry are a challenge to traditional pharmaceutical chemical synthesis. The development of drugs is a time-consuming and costly process, and the main reason why the drug development process is time-consuming and costly is that the discovery and optimization of lead compounds are slow. Combinatorial chemistry can greatly accelerate the synthesis and screening of compound libraries, thereby greatly speeding up the development of new drugs. After more than a decade of development, combinatorial chemistry methods have become a necessary path for new drug development, and its emergence is hailed as one of the significant advances in the field of drug synthesis in recent years. The synthesis methods of combinatorial chemistry libraries mainly include: mixing splitting method, parallel synthesis method, and mixed reagent synthesis method.

Parallel synthesizerIt is specifically designed for parallel synthesis in combinatorial chemistry, which will bring great convenience to the experimental work of researchers.

Parallel synthesizerMain features:
1.24 sample tubes can be used for synthesis reaction, reflux extraction reaction, inert gas condition reaction, and in-situ distillation concentration under the same conditions Shrinking reaction.
2. The reaction temperature conditions can be set arbitrarily from RT+120 ℃, with a control accuracy of ± 1 ℃.
3. Program temperature control mode: 1. Heating constant temperature control 2. Program heating timed control 3. Program constant temperature timed control
4. Response platform rotation vibration function: 0-500 revolutions per minute rotation vibration, touch the button to adjust the speed freely.
5. The independent sealed bottle cap design will not cause cross contamination, and reaction reagents can be added to the test tube in a sealed state.

Technical Specifications:
Control method: microcomputer PID control, LCD display screen, menu based human-machine dialogue operation.
Control mode: 1. Heating constant temperature control 2. Program heating timing control 3. Program constant temperature timing control
Temperature control range:RT~＋120℃
Temperature control accuracy: ± 1 ℃
Module capacity: 25ml × 24
Temperature difference of the same module: ≤ 0.01 ℃
Power supply voltage: 220V/50HZ
Whole machine power: ≤ 1800W
Instrument dimensions: 365 × 400 × 480 (mm)
Net weight of the instrument: 40Kg
Outer packaging size: 380 × 500 × 600 (mm)
Instrument gross weight: 50Kg

Standard configuration:

① One host ② one 24 hole module ③ one refrigeration module

④ 50 glass test tubes⑤ 25 sets of sealed covers ⑥ L-606 distillation condenser, one set

Optional accessories: ① One cold pump ② One vacuum pump

Typical User List:

School of Pharmacy, Central South University for Nationalities

Hunan University

College of Chemistry, Nanjing University of Science and Technology

Qingdao Bioenergy and Process Research Institute

Jilin University of Chemical Technology

Institute of Metals, Chinese Academy of Sciences

Basic Chemistry Experimental Center of Gannan Normal University

Anhui Provincial Institute of Materia Medica

Tianjin Polytechnic University

Beijing Xuyang Chemical Technology Research Institute Co., Ltd. (Xuyang Coal Chemical Group)

Daqing Oil Production Engineering Research Institute

Chongqing Education University

Chongqing Industry & Trade Polytechnic

Xuzhou Medical College West Campus

School of Materials Science, ShanghaiTech University