Fully automated system

• Automatic addingreagent ● Automatic shake and mix
• Automatic lifting ● Automatic dissolving
• Automatic acid removal ● automatic volume determination                         

All-round anti-corrosion system

• The interior and exterior of the machine are sprayed with special coating
• Robot sampling, 3 PTFE seals are used at the joints
• Corrosion resistant pipeline design
• Graphiteconstant temperature block with coating

Precision liquid filling system

• High precision injection pump, filling accuracy <0.1%
• Ultrasonic level measurement, fixed volume accuracy <1%
• 6~8 channel filling pipeline design, to meet the addition of a variety of acids
• scara robot positioning, mobile accuracy ±0.02mm

Software control system

• Software is installed on the tablet for easier mobile use
• User friendly interface, graphical programming, simple operation
• Automatic identification system for starting up, real-time feedback of instrument running status
• The method module of preparation, building block method editing

Temperature automatic monitoring system

• Real-time temperature monitoring to ensure the accuracy of data

Wireless control system

• Use WiFi transmission control technology, remote control, data transmission stable

LIMS system

• Real-time upload of test data, can be connected to LIMS system (laboratory information management system)

Soil/sediment

HJ 491-2019 Determination of copper, zinc, lead, nickel and chromium in soil and sediment                         

HJ 803-2016 Determination of 12 metal elements in soil and sediment                         

GB/T 22105.(1~3)-2008 Determination of total mercury, total arsenic and total lead in soil quality

HJ 737-2015 Determination of beryllium in soil and sediment                         

EPA methods 3010a,3020b,3050b,3060, etc

Food/cosmetic

GB 5009.11-2014

GB 5009.11-2014

GB 5009.74-2014

GB/T 35828-2018

Solid waste

HJ 781-2016 Determination of 22 metal elements in solid waste                        

HJ 786-2016 Determination of lead, zinc and cadmium in solid waste                     

HJ 787-2016 Determination of lead and cadmium in solid waste                         

Toy

CPSC-CH-E1001-08.3/CPSC-CH-E1002-08.3

Standard Operating Procedure for Determining Total Lead (Pb) in Children’s Metal Products (Including Children’s Metal Jewelry), Revision November 15, 2012*

GB 24613-2009                     

GB 24613-2009

Electronic publications

IEC 62321 Determination of certain substances in electrotechnical products – Part 2: Disassembly, disjointment and mechanical sample preparation                          

SJ/T 11365-2006 Detection methods for harmful substances in electronic information products                

Textile

GB 31701-2015 Safety technical specifications for textile products for infants, children and children                   

GB 30585-2014 Safety Technical Specifications for Children’s Shoes                    

Water  

HJ 677-2013 Digestion of total metal nitric acid digestion method                         HJ 677-2013 Digestion of total metal nitric acid digestion method

HJ 694-2014 Determination of arsenic, mercury, selenium, bismuth and antimony                         HJ 694-2014 Determination of arsenic, mercury, selenium, bismuth and antimony

HJ 700-2014 Determination of 65 elements                         HJ 700-2014 Determination of 65 elements

EPA methods 200.2, 200.7, 200.8, 245.1, etc

Environmental testing: soil, air, water quality, solid waste, etc                

Food testing: grains, vegetables, meat, processed foods, etc                

Biological detection: animal tissue, hair, blood, etc                

Electronic products testing: mobile phone, computer, adapter, earphone and so on         

Textile testing: children’s clothing, blankets, leather, etc             

Toy testing: plush toys, assembly toys, etc