With 12 years of expertise, LUSHI provides a mature and reliable solution for precision injection tooling and molding services. Our experience in the electronics, automotive, and home applications industries ensures that every project is completed to the highest standards. We leverage modern CAD, DFM analysis, and MoldFlow tools to optimize every step of the manufacturing process, ensuring efficiency and precision. Our dedication to quality and detail shows in each process step, delivering robust and reliable components tailored to your specific needs.
LUSHI enhances its injection molding skills by incorporating cutting-edge technology like as fast prototyping and 3D printing. This connection enables us to quickly iterate and develop designs, resulting in optimal performance and manufacturability. Our modern machinery and professional technicians enable a smooth transition from prototype to full-scale production, maintaining consistency and perfection in every part we make.
Utilizing perfectly suited modern technologies enables us to deliver outcomes with precision and efficiency.
We guarantee timely delivery for on-demand manufacturing services, ensuring products reach customers promptly and reliably.
Achieving both budget-friendly costs and high-quality standards is our paramount mission in providing customized solutions.
At LUSHI, cost-optimization in complete injection molding projects integrates advanced material sourcing and efficient manufacturing processes. Our risk management strategy for new product development focuses on rigorous prototyping and comprehensive quality assurance, ensuring innovative solutions that meet both budgetary goals and high-quality standards.
Project management is critical for implementing the successful projectm, particularly in product development process. It coordinates various aspects such as scheduling, resource allocation, and quality control to meet production targets within budget and timelines. LUSHI's team support you to minimizes risks, optimizes processes, and ensures smooth collaboration from project start to production process. Our mission is maximize the productivity and profitability.
The main differences between 3D printing and injection molding is the process they works. Through the process of injection molding, molten material is injected into a mold cavity to produce the same parts in massive quantities with excellent precision and affordable unit prices.
In contrast, 3D printing uses digital designs to create objects layer by layer, allowing complex shapes and customization, but it is usually slower and more costly for large-scale production. 3D printing is best used for low-volume manufacturing, customization, and prototyping, while injection molding works best for large-scale production.
LUSHI offers a wide range of plastic injection molding materials to meet diverse industry needs and product specifications effectively.
Start with the project consulting to get what our client truely needs, we are always ready to take over a single task or a complete project.
Analysis the project costs that takes all aspects into consideration (design, materials, manufacturing, labor etc.), aiming to reduce the overall project expenses.
DFM analysis helps streamline your plastic parts design, ensuring efficiency, reducing production costs, and improving product performance and reliability.
Design part geometry, features, and specifications using modern CAD and moldFlow tools to improve the mold design with more accurate, efficient and manufacturing-friendly.
Making a bill of materials (BOM) of a comprehensive list. And choose the right materials and manufacturing process with cost-consciousness.
use the state-of-the-art 3D printing technologies for repad prototyping, building the precise prototypes and speed-up the development processes.
Utilizing advanced CNC equipments, we make robust, precision-engineered mold components for your projects, guaranteeing consistent, high-quality outcomes and cost-efficiency.
To confirm performance and functionality, thoroughly test the injection molds using mold trials, dimensional checks, and part quality evaluations.
Organizing the prodution from material procurement to final production, solve the appeared problem during the production to achieve excellent outcomes.
Process control and quality inspection is the key in the high-volume manufacturing, which will be well done by our quality engineers with different inpspect tools.