CTC Analytics automatic sampler

NegotiableUpdate on 02/06

Model

Nature of the Manufacturer: Producers

Product Category

Place of Origin

Online Consult

Overview

CTC Analytics adopts X, Y, Z three-axis stepper motor control (0.10mm/step), which is a fully automatic sampler with small errors and precise positioning. No bottle dropping, no needle collision, good repeatability, high reliability, suitable for continuous large-scale sample automatic pretreatment and automatic injection analysis. It is widely recognized as a mechanical arm style sample pretreatment and injection system with good performance.

Product Details

Product Introduction

CTC Analytics automatic samplerInstrument Introduction:
CTC Analytics adopts X, Y, Z three-axis stepper motor control (0.10mm/step), which is a fully automatic sampler with small errors and precise positioning. No bottle dropping, no needle collision, good repeatability, high reliability, suitable for continuous large-scale sample automatic pretreatment and automatic injection analysis. It is widely recognized as a mechanical arm style sample pretreatment and injection system with good performance.

Today, there are requirements for a sample injection system, including stable accuracy and precision, the ability to randomly capture individual samples, and the ability to purchase additional options or accessory equipment for routine sample pre-treatment needs of customers with additional work oriented programming capabilities.

CTC Analytics' experience and capability in designing and manufacturing fully automated GC and LC injection systems are reflected in its PAL series products with different combinations of sample pre-processing and injection functions. All PAL products are designed with newly developed electronic and mechanical technologies combined with unique stepper motor XYZ design. This combination, coupled with the provision of complete IQ/OQ instrument quality control specification documents, ensures that you can process samples accurately and quickly, and the analysis results are reliable.

Compatible third-party software:
Agilent ChemStation
Agilent EZchrom
Applied Biosystems Analyst
Bruker Daltonics Compass
DataApex Clarity
Dionex chromeleon
Justice Software Chromperfect
Shimadzu LCMSsolution
Shimadzu LCsolution
Thermo Xcalibur
Varian Galaxie
Waters Masslynx
Waters Empower

Technical Specifications:
The X Y Z three-axis robotic arm sampling system adopts a stepper motor with a speed of 0.10 millimeters per step.
The semiconductor temperature controlled sample tank can achieve temperature control from 4 ℃ to 70 ℃.
◆ Injection needle capacity: standard 100 microliters (optional 10 microliters -5000 microliters)
Injection speed: 0.10 μ L/s~250 μ L/s
◆ High sample carrying capacity: up to
400 position 1ml micro bottle
648 standard 2ml bottle
12 deep microporous discs (96 or 384 wells)
24 standard microporous discs (96 well or 384 well)
Cleaning of needles, injection needles or valves: Two micropump cleaning stations with 2 solvents to choose from, pump flow rate of 50 microliters per second.
◆ Size: Length: 534 millimeters, Width: 385 millimeters, Height: 648 millimeters
◆ It can be equipped with a barcode reader to automatically identify samples.
◆ PAL Diluter dilution/derivatization function can be upgraded.
◆ Compatible with mainstream LC and LC/MS software and hardware imported from the front line.

Key Features:
◆ Implement sample transportation by only moving the injection needle, without any transport pipelines in the sample injection path.
◆ Durable and suitable for unattended 24-hour chromatographic analysis.
High sample carrying capacity, combined with fast injection cycle, can achieve injection completion in 18 seconds.
◆ Temperature controlled sample storage tank, with a temperature control range of 4 ℃ -70 ℃.
◆ Provide third-party instrument drivers such as Micromass Masslynx, PE Sciex analyst, Agilent ChemStation, TMQ Xcalibur, etc.
◆ Remote control operation software, customized control programs can be customized according to customer pre-processing and sampling methods.

■ Applicable fields: high-throughput screening, combinatorial chemistry, flow cytometry injection analysis, clinical research and development, pharmacokinetic studies.