Shenzhen JC Innovation Device Co., Ltd. (hereinafter referred to as “JCID”) is a subsidiary of JCID&AiXun Group Company, was founded in 2013 by a group of interesting guys with enthusiasm and high education.
JCID focuses on providing complete solutions for the maintenance and repair of smart phones, such as nand expansion, screen data repair, true tone/vibration/touch/brightness repair, battery data repair, fingerprint data and facial recognition, etc.
JCID Programmer
Nand Read & Write Programmer
Nand Restoring Testing Fixture
Flex Cable & Chip
Tools & Accessories
EEPROM Chip Programmer
V1S Plus Smart Programmer for iPhone 6-16PM Components Repair - JCID
EM03 Gen3 CNC Smart Grinding Machine Polisher for Nand Chip and CPU Polishing- JCID
17 Series Baseband EEPROM Chip Non-Removal Repair Programmer 
MIPI 2-IN-1 Screen Test Module for V15PM Screen Tester
VK01-C Touch-Control Universal Microscope Digital Camera 
VK01-S Universal Microscope Digital Camera with 4K 8.29MP Sony CMOS Imaging The second edition is a significant expansion, featuring a bibliography of and 40 new data tables . It develops the concept of solubility parameters from empirical, thermodynamic, and molecular perspectives, demonstrating their application to liquids, gases, solids, and polymer systems. Core Concepts and Methodology
The by Allan F.M. Barton is widely considered the definitive reference for understanding the physical properties of materials.
The handbook focuses on , which are numerical values that reflect the degree of intermolecular forces holding a substance together. These parameters are primarily derived from the cohesive energy density (CED) , defined as the square root of the energy required to vaporize one mole of a liquid. The two primary types of parameters discussed are:
The second edition is a significant expansion, featuring a bibliography of and 40 new data tables . It develops the concept of solubility parameters from empirical, thermodynamic, and molecular perspectives, demonstrating their application to liquids, gases, solids, and polymer systems. Core Concepts and Methodology
The by Allan F.M. Barton is widely considered the definitive reference for understanding the physical properties of materials.
The handbook focuses on , which are numerical values that reflect the degree of intermolecular forces holding a substance together. These parameters are primarily derived from the cohesive energy density (CED) , defined as the square root of the energy required to vaporize one mole of a liquid. The two primary types of parameters discussed are:
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