Superior Quality Guaranteed
ISO 9001:2015 certified, Comply with international quality inspection standards ISO2768-M, ISO2768-F
Superior Quality Guaranteed
ISO 9001:2015 certified, Comply with international quality inspection standards ISO2768-M, ISO2768-F
ISO 9001 CERTIFIED
CMM with other detection equipment
Inspection of Key Positions Before Shipment
Custom Satisfaction
Our quality management covers the entire project process, from inquiry to delivery.
Order review:
After receiving the customer's order, we start double independent, engineering to ensure the manufacturability of each step of the part, manufacturing design review (DFM), comprehensive evaluation of all projects, and then send it to the production department for another review, production capacity and production plan review (PMC), to ensure that the size, material, tolerance, surface treatment, quantity and delivery date meet the order requirements.
Raw material inspection:
All raw materials are strictly inspected for quality before entering the warehouse to ensure that they meet the standards. And provide relevant material certificates according to customer requirements
Production process monitoring (IPQC):
During the production process, real-time monitoring is implemented to ensure that each link meets the quality standards.
First piece inspection:
After the first piece of the product is completed, the first piece inspection (FAI) is carried out. If the inspection is qualified, production will continue. If it is unqualified, production cannot be carried out. First article inspection report can be provided according to customer requirements.
Intermediate inspection:
Intermediate inspection is carried out at key production stages to detect and correct potential problems in a timely manner
Final inspection and test report (FQC):
Comprehensive final inspection is carried out after the product is completed to ensure that all products meet the specifications and provide customers with a final inspection report.
Testing and verification:
All quality control processes are carefully documented to ensure traceability and consistency.
Equipment name | Asset number | Equipment number | Specification | Purchase date | Application |
CMM | B001 | A18184 | 8160 | 2018.11.12 | Coordinate Measuring Machine,accurately measure an object's geometry by capturing 3D coordinates with a probe along X, Y, and Z axes. |
CMM | B002 | 091205 | 875 | 2009.12.18 | Coordinate Measuring Machine,accurately measure an object's geometry by capturing 3D coordinates with a probe along X, Y, and Z axes. |
CMM | B10001 | Zeiss | / | 2021.11.28 | Coordinate Measuring Machine,accurately measure an object's geometry by capturing 3D coordinates with a probe along X, Y, and Z axes. |
Profile projector | B003 | FW120710001 | 300 | 2011.6.22 | Measurng object shapes and dimensions by projecting their image onto a screen for detailed inspection and analysis |
Profile projector |
B004 | SN20180608A20 | 300 | 2018.6.8 | Measurng object shapes and dimensions by projecting their image onto a screen for detailed inspection and analysis |
Roughness tester | B014 | JD520 | RA RZ RP | 2019.5.23 | Measuring surface roughness |
Coating thickness gauge |
B021 | SW-6310B | Paint | 2018.4.26 | Measuring thickness of coatings on the surface of an object. |
height gauge Machine |
B022 | 16C0016 | E R M | 2014.5.27 | Mainly used to measure the height of workpieces |
height gauge Machine |
B023 | 17C1498 | E R M | 2014.5.27 | Mainly used to measure the height of workpieces |
Optical scanners |
B414 | 1 | Infrared ray |
2018 | Used to obtain three-dimensional information of an object |
Force gauge | B416 | 2100120731569 | 25KG | 2019.5.23 | A tool for measuring force |
Chromatic meter |
B417 | 1302467 | / | 2019.6 | Precise instruments for measuring color |
Marble table |
B418 | 1 | 600*800 | 2016 | / |
Soft rubber hardness tester |
B552 | TYPE 0 | 0-100 | 2018.11.12 | Instrument used to measure the hardness of soft materials such as soft rubber, sponge, foam material, rubber roller, clay, pottery, etc. |
Soft rubber hardness tester | B553 | TYPE A | 0-100 | 2018.11.12 | Instrument used to measure the hardness of soft materials such as soft rubber, sponge, foam material, rubber roller, clay, pottery, etc. |
Rockwell Hardness Tester | B555 | HRS-150S | HRA: 20-88 HRB: 20-100 HRC: 20-70 |
2018.11.12 | An instrument for hardness test of metal materials |
XRF Analyzer | B556 | YT-SXY | Elemen: tTi、Ba、Cr、Mn、Fe、Co、Ni、Cu、Zn、Hg、As、Se、Au、Br、Pb、Bi、Rb、Sr、Zr、Mo、Ag、Cd、Sn and Sb | 2018.11.12 | Analytical instruments used to determine the chemical composition of substances |
Caliper gauge with outer diameter |
B557 | Ming Hui Measuring tools |
0-80 | 2018.5.21 | Measuring tool used to measure the outer diameter or thickness of an object. |
Full Range of Pin Gauge | B558 | 19011002 | Accuracy 0.001mm +-0.00025mm Measuring range D0.1-100mm |
2018.5.21 | Precision measuring tools, mainly used to measure the diameter of holes or shafts |
Plug Gauges set | B559 | 6311-3202/ 6311-3110 | M3,M4,M5.M6,M8,M10,M12/ 6-32UNC,8-32UNC,10-24UNC,12-24UNC,1/4"-20UNC3/8"-16UNC,1/2"-13UNC | 2018.5.21 | Tools for measuring pore size |
Thread gauge | B560 | / | M1.2-M70, other size can be customized | 2018.5.21 | Precision tools for measuring thread size and accuracy |
Micrometers | B561 | MT5510 | 0-150 | 2018.5.21 | A precision measuring tool used to measure tiny lengths, diameters, depths, etc. |
Caliper gauge with inner diameter | B569 | Ming Hui Measuring tools |
0-50 | 2018.5.21 | Measuring tool used to measure the inner diameter or thickness of an object. |
Angle ruler | B748 | BJ504832 | 0-360° | 2018.3.09 | Angle ruler is a tool used to measure angles. |
height gauge Machine |
B765 | 30001365 | 0-100 | 2018.3.09 | Mainly used to measure the height of workpieces |
level gauge | B770 | 01140113 | / | 2018.3.09 | An instrument used to measure and indicate the level of liquid in a container |
Third-party quality inspection refers to quality inspection conducted by a third-party organization independent of manufacturers and consumers.
When choosing inspection equipment, you need to consider the accuracy, reliability, ease of use and cost-effectiveness of the inspection.