Edible Oil ICP Edible Oil Sampler

Instrument Introduction

ESI Corporation is a senior manufacturer specializing in laboratory automation, sample pretreatment, and trace element analysis, with nearly thirty years of technical research and development experience. It has multiple sub brands and has built a rich and diverse product matrix, aiming to accurately improve laboratory productivity and further enhance analytical capabilities.

The ESI liquid sample automatic injection system is well-known internationally, compatible with numerous brands of ICP and ICP-MS, and has been written into the communication protocol by manufacturers. Its distinctive and unique performance products are widely praised in the industry.

The EdibleOil ICP automatic sampler is designed and developed specifically for edible oil samples. It heats the entire flow path to ensure uniform sample flow and eliminates the need for microwave digestion, greatly saving sample preparation time.

Main Features

■ Long service life, chemical corrosion resistance, and no metal elements in the contact parts of the sample
Durable X-directional mobile system and Z-axis rotating arm, lower failure rate
Dual cleaning stations can quickly and effectively rinse the injection needle, reducing residual analytes
■ Use an automatic calibration arm and injection needle made of inert materials to accurately locate the sampling position
The reset function of the stainless steel injection needle with a mesh screen effectively avoids damage, and the dust cover effectively prevents contamination
Intelligent automatic positioning and restoration of working instructions when the sampling arm encounters resistance
Suitable for liquid or solid edible oil at room temperature, heating the entire flow path to melt the sample
Ensure reliable sample flow and accurate and reproducible analysis during extended operations
Reducing viscosity through heating allows for a single analytical method to be used for all sample types
Eliminate the need for microwave digestion, avoid sample preparation, and significantly save time
■ Effectively reduce sample dilution to achieve better detection limits