Research and Engineering-GuangDong VICTOR Industry co,.Ltd

Research and Engineering

Strong research and innovation capabilities

Engineering R&D strength

From product design, component selection to production line layout, we provide customers with complete design (DFM) resources, design validation, and product lifecycle services with a unique perspective and forward-looking concept, striving for excellence at every step.

Through continuous technological innovation and research and development, we provide customers with reliable solutions, protect your intellectual property (IP), and transform your ideas from prototypes into end products.

technological beauty

We promise to provide customers with one-stop intelligent solutions from parts, modules to system assembly.

Teamwork

VICTOR has brought together an elite team of top experts in the industry: comprehensive process experts, automotive exterior experts, quality improvement experts, die-casting process experts, surface treatment experts, spraying process experts, CNC programming experts, CNC fixture design experts, stamping process experts, and extrusion process experts. With ingenious technical strength, forward-looking market insights and unparalleled innovation capabilities, it promotes corporate technological innovation and high-quality development.

Scientific Research Cooperation

VICTOR established the Guangdong Metal Materials Technology (Victor) Engineering Technology Research Center in September 2015, and hired industry experts as company consultants. At the same time, it cooperated with a number of colleges and scientific research institutions to jointly carry out aluminum surface treatment research and development.

Squeezing ability

Recommend alloys based on customer needs and provide cost-effective alloy solutions; 1/5/6/7 series alloys can be developed and produced.
In order to achieve the extrusion of complex structures on the mold, CAE tools are used for simulation to achieve rapid iterative improvement of the design scheme.

Mold/fixture design

Proficient in the design of various fixtures such as CNC precision machining, polishing, sandblasting, etc. I have rich experience in mold design for zinc, aluminum, magnesium die-casting molds and stamping molds.
By combining digital design tools with specialized functions, we can improve production efficiency, reduce costs, shorten production cycles, ensure the rationality and reliability of mold and fixture design, and guarantee production safety.

Mold quality control

Utilize efficient design software such as CAD/CAE to conduct mold flow analysis and thermal analysis, optimize mold structure, and reduce defect risks in production.
Reasonably set the tolerance range to ensure the fit between mold parts and improve the accuracy and stability of the mold.
Select materials with high strength, wear resistance, and corrosion resistance according to product requirements and mold working conditions to ensure the performance and lifespan of the mold.
Adhere to safety design principles, reduce the complexity of mold structure, lower operational difficulty and risks, and ensure the safety of mold use.
Establish a failure mode and effects analysis library to prevent design defects and improve the reliability and stability of molds.

Provide a comprehensive one-stop solution

Intelligent craftsmanship manufacturing, continuously empowering automated processes and digital applications
from parts, modules to system assembly, committed to providing customers with one-stop intelligent solutions.