Fully automatic sample preparation instrument

NegotiableUpdate on 06/30

Model

Nature of the Manufacturer: Producers

Product Category

Place of Origin

Online Consult

Overview

The FASP-01 automatic sample preparation instrument can grind and prepare solid samples of soil, substrate, sediment, and other specifications such as 10 mesh/60 mesh/100 mesh/200 mesh in one go. It is particularly suitable for laboratories with strict compliance requirements, limited site space, and economical budgets.

Product Details

Product Introduction

The preparation of soil samples requires the preparation of different particle sizes according to different testing items. The preparation process for each particle size requires steps such as grinding, mixing, screening, packaging and discarding, cleaning, etc. The preparation process is cumbersome and time-consuming. The current manual sampling method of "stick knocking and hand chasing" does not match the demand for "true, accurate, comprehensive, fast, and new" national environmental monitoring, and does not match the national technical roadmap of "automatic monitoring as the main and manual monitoring as the auxiliary"; Does not match the requirements for establishing a traceable quality control system!

FASP-01 typeFully automatic sample preparation instrumentOne time step-by-step grinding can be used to prepare soil samples of any three specifications, including 10 mesh/60 mesh/100 mesh, which is particularly suitable for laboratories with large sample sizes, strict compliance requirements, limited site space, and economical budgets.

Product Features

Air dried samples are injected, with a processing capacity of 500g~3000g per sample and a high sample preparation efficiency of approximately 25min per sample;
The overall use of a step-by-step grinding method, with a two-stage jaw coarse grinding, to prevent excessive coarse grinding and soil mechanical sampling bottlenecks;
Compact in size, flexible in use, with low requirements for laboratory space and power consumption;
The entire process does not come into contact with any metal to be tested, avoiding external contamination during the sample preparation process;
The overall flipping mixing method enhances the uniformity and representativeness of the sample;
The entire process is intelligent and automated, reducing labor intensity and decreasing the number of operators;
Automated recording of laboratory conditions throughout the entire process, traceability of the entire process, and automatic generation of reports;
Standardized process preparation, eliminating batch differences, ensuring preparation quality and batch stability;
Fully automatic cleaning to avoid cross contamination;
Improve laboratory environment from severe pollution to clean and friendly.

Mainly based on standards

HJ/T 166-2004 Technical Specification for Soil Environmental Monitoring
GB17378.5-2007 Marine Monitoring Specification Part 5: Sediment Analysis
Technical Regulations for Preparation, Circulation, and Preservation of Soil Samples (Tu Zi [2018] No. 407) issued by China Environmental Monitoring Station
NY/T 395-2012 Technical Specification for Monitoring Soil Environmental Quality in Farmland
DZ/T 0130.4-2006 Quality Management Specification for Geological and Mineral Laboratory Testing
HJ/T 20-1998 Technical Specification for Sampling and Preparation of Industrial Solid Waste
General Provisions for Soil Sample Collection and Preparation in Environmental Nuclear Radiation Monitoring (EJ/T 428-1989)
Collection and Preparation of Forest Soil Samples (LY/T 1210-1999)

Main technical parameters

Injection module	Solid dry samples such as soil/sediment are injected.
Operation Module	Integrated sample preparation operation module.
Grinding module	The grinding components are made of non-metallic materials and will not cause external pollution. Coarse grinding adopts a two-stage grinding method to ensure the integrity of the sample microstructure and prevent excessive fragmentation; Fine grinding adopts a suspended collision grinding method, which makes sample grinding more precise and efficient.
Mixing and shrinking module	The sample is subjected to three-dimensional vibration and self mixing according to the principle of lifting or flipping, ensuring that all sieved samples are thoroughly mixed up, down, left, and right.
Screening module	According to GB/T 6003.1-2022, sieve sizes such as 10 mesh/60 mesh/100 mesh/200 mesh can be selected.
Weighing module	Built in weighing module, capable of automatically weighing samples.
Cleaning Module	The three-step automatic cleaning method of "sweeping blowing suction" includes electric brush contact cleaning, negative pressure adsorption, and filter dust removal.
Sample management module	Multiple management of RF codes and QR codes, traceability of the entire sample preparation process, and automatic generation of reports; The large size can only be controlled by a display screen, which displays the sample preparation process in real time.
Quality Control Module	Solidify parameters according to standard procedures, avoid manual intervention, and record real-time sensing throughout the entire process.

application field

Soil environment monitoring
Monitoring of Water Conservancy Basin
Detailed survey of agricultural land
Soil and Environmental Science Research
Third party testing agency
Site investigation and evaluation
Soil survey