As a leading aerospace component manufacturer, Timely delivers one-stop customized aerospace injection molding services. We offer end-to-end solutions from concept design to final product delivery.
Delivered plastic parts in 5 business days. Our experts review your design upfront to minimize risks.
Tolerances down to ±0.01mm. Specializing in titanium aerospace components and carbon fiber-reinforced plastic parts.
Complex parts delivered in 3-5 days. Perfect for lightweight brackets, conformal cooling channels, or functional prototypes.
Delivered aerospace-grade sheet metal parts in 5 business days. Premium materials, including titanium, stainless steel, and aluminum alloys
In the aerospace industry, the development of injection molded components involves several crucial stages to ensure that each part meets high standards of performance, safety, and reliability. Below is our standard process for the development of aerospace injection molding components.
You can request an instant quote from our quotation form. Our expert team will reach out to you within 24 hours to provide consultation throughout the process.
To execute the project feasibly, we provide a DFM report to review your design and identify any flaws and errors before starting the production process.
The predictive model process analyzes molten material behavior within the mold. The advanced mold flow analysis ensures high-quality and precise molded parts.
We use preferred material for mold tooling production to provide premium-quality and tailored mold tooling that perfectly fits your application’s specifications.
We deliver T1 sampling for inspection and review before mass production. The process ensures error identification and precise manufacturing of the plastic part.
After the trial phase, we provide low-volume production service to ensure precision with efficient machinery under expert surveillance, saving time and cost.
At Timely, we follow international tolerance standards and rigorous quality control inspection to meet the highest excellence and fulfill your provided specifications.
Our team securely packages your plastic molded parts before dispatching them to avoid damage. We have partnered with logistics to schedule timely delivery at your place.
With 25 years of expertise & experience in mold making & injection molding, Timely has become a trusted partner for aerospace manufacturers worldwide. Our products cover a wide range of applications in the aerospace industry. We provide one-stop injection moldign service for aerospace parts manufacturing, including mold design, production, surface finishing, and assembly.
We boast industry-leading high-precision manufacturing capabilities, utilizing advanced equipment such as high-speed CNC machining centers and Sodick mirror EDM machines. These technologies enable us to achieve micron-level precision and exceptional surface finishes. Our equipment and expertise support the machining of complex geometries and strict tolerance requirements, ensuring that every part meets the stringent standards of the aerospace industry.
Timely is an ISO 9001-certified and one of the leading aerospace parts manufacturing companies. Our robust quality management system ensures that every process, from material selection to final inspection, adheres to the highest standards of precision and reliability, delivering aerospace-grade components.
You can get custom aerospace parts with tight tolerance and high precision. Our special tooling, dimensional inspection, and high-quality standards are enough to maintain quality. The industries require a tight tolerance and high precision replies on Timely for its parts manufacturing.
For years, we have been focused on the aerospace industry, accumulating extensive project experience and manufacturing expertise. Our products cover a wide range of aerospace applications, including lightweight structural components and high-performance system parts. We understand the unique demands of the aerospace sector and ensure our products meet strict standards such as AS9100, delivering high-precision, aerospace-grade components.
You can get instant quotes for your aerospace parts manufacturing and get your desired parts with a fast lead time. Our team of experts and in-house technologies make quick and fast delivery for all projects possible. Timely provides aerospace parts with up to 50% reduced cycle time without considering the size of the project.
Timely takes responsibility for the quality of each mold. That extends as far as signing a mold quality warranty with customers for each tool.
Engineered for extreme environments, Timely’s precision injection molds deliver aerospace-grade connector housings with unmatched performance. From -55°C to +250°C temperature resistance and ±0.01mm dimensional accuracy, our lightweight PA66-GF30 and PEEK solutions ensure seamless integration into aircraft systems.
In the aerospace industry, mold design must meet the highest standards to handle complex product structures, precise manufacturing demands, and efficiency challenges.
Aerospace components often feature complex geometries that demand exceptional mold accuracy.
Extreme Precision: We ensure tolerances of ±0.01mm or lower, meeting the strictest industry standards.
Advanced Processes: Using high-precision CNC machining, EDM (Electrical Discharge Machining), and precision grinding, we achieve intricate details with exceptional accuracy.
Consistency: Our molds guarantee repeatability and consistency, ensuring every part meets exact specifications throughout production.
Even for low-volume production, we leverage multi-cavity molds to improve manufacturing efficiency and reduce production times.
Efficient Production: Multi-cavity molds allow simultaneous production of multiple parts, optimizing time and resources.
Cost Optimization: While addressing small-batch needs, multi-cavity molds help reduce unit costs without compromising quality.
Balanced Flow Design: We meticulously engineer mold flow systems to ensure uniform cavity filling, preventing defects and enhancing dimensional accuracy and mechanical performance.
Given the diverse and small-batch nature of aerospace components, our mold designs support quick changeovers to ensure production flexibility and efficiency.
Modular Design: We implement interchangeable mold inserts and standardized mold bases, enabling seamless transitions for different parts.
Quick Change Systems: By integrating quick clamping systems and hot runner technology, we minimize mold change time, reducing downtime and maximizing efficiency.
Flexibility and Adaptability: Our molds are designed to adapt easily to future production requirements, offering scalability and long-term value.
Reliable solutions for new product development in the aerospace industry. Get expertly engineered custom prototypes and production parts with outstanding performance and durability. Our solutions span various production stages to meet your manufacturing goals.
Prototyping is a standard process in aerospace industries, used for designing a prototype that matches exactly the final aerospace component. It is mainly used to estimate changes in the component’s design. It is also done to evaluate the aerospace components using 3D visualizations. Moreover, it gives an idea about the quality of the model’s surface. This process allows the production of high-quality components in reduced time and without money wastage.
Engineering validation tests are mainly done in the aerospace industry on the prototype designed to manufacture a final component. It is performed to ensure that the basic unit can achieve the design’s specifications and goals. In other words, it is done to ensure that the design fulfills all the requirements. EVT mainly includes:
Design validation testing is mainly characterized by optimization and experimentation. This test acquires detailed product design information while going toward the first mass production line. It comprises the following testing area.
Production validation and testing is the final and last phase. It is done right before the production of mass begins. It is characterized by fixing complex tooling. It means no more changes are made in the production mold or the product’s design.
Mass production is also designated as continuous production or flow production. The constant production of a significant amount of product marks this stage. The production is done utilizing either automation technology or assembly lines. It facilitates the manufacturing of massive quantities of similar final products.
Renowned for its high strength, thermal stability, and chemical resistance, making it ideal for structural and engine components.
Offers superior flame retardancy, heat resistance, and mechanical integrity, perfect for cabin interiors and electronic housings.
Lightweight yet incredibly strong, these materials reduce weight while maintaining outstanding performance and durability.
Excellent corrosion resistance, ideal for high-clarity or transparent parts.
A durable hot work tool steel that withstands high temperatures and heavy production demands.
Highly tough and heat resistant, suitable for high-pressure injection molding processes.
Contact us today to explore the ideal materials for your aerospace applications.
In the aerospace industry, precision, durability, and lightweight materials are essential. Our custom injection molding services & solutions are tailored to meet the demanding standards of aerospace applications, offering high-performance components that enhance efficiency and reliability.
At Timely, we understand the unique challenges of aerospace injection molding. Our expertise in high-precision mold manufacturing, combined with advanced materials and technologies, ensures we meet the aerospace industry’s demands for quality, consistency, and innovation.
Aerospace products often feature complex geometries and intricate designs that require molds with extremely high processing precision.
Tolerance Levels: Molds must achieve tolerances of ±0.01mm or lower to meet stringent quality requirements.
Surface Finish: Components require smooth, defect-free surfaces to ensure optimal performance and fit in aerospace assemblies.
Consistency: Even minor deviations can compromise part functionality, necessitating molds that ensure repeatable precision.
Aircraft and aerospace components must operate in extreme environments, such as high temperatures, pressure, and chemical exposure. Molds must be capable of producing parts that meet these demands.
High-Performance Materials: Molds must accommodate materials like PEEK, PEI, and carbon-fiber-reinforced plastics, which require high molding temperatures.
Durability: Mold steels such as H13, 1.2083/S136, and 1.2344 are commonly used to withstand wear, thermal stress, and prolonged production cycles.
The aerospace industry prioritizes lightweight solutions to improve fuel efficiency and reduce operational costs.
Material Optimization: Molds must be designed to produce components that replace metals without sacrificing strength or performance.
Structural Complexity: Lightweight components often involve intricate mold designs to incorporate reinforcements and ribbing for strength-to-weight balance.
Unlike high-volume industries, aerospace parts are typically produced in low volumes but must maintain extremely high quality and consistency.
Quick Tooling and Adaptability: Molds must be designed for flexibility, allowing efficient changes or adjustments for different parts.
Production Efficiency: Ensuring quality while minimizing lead times and production costs is essential.
Tool Longevity: Molds must remain reliable over small production runs without compromising precision.
500+ global companies depend on Timely for precision injection molding and custom mold design.
Brands and businesses in the aerospace industry rely on our manufacturing solutions for their unique requirements. From prototyping to mass production, we create parts that comply with industry performance and safety standards. Our extensive gallery shows precision-machined aerospace prototypes and production parts.
From prototyping to production, Timely is dedicated to delivering superior quality and reliable functionality. Our extensive range of production-grade metal and plastic materials, combined with highly advanced on-demand manufacturing techniques, enable us to offer high-quality products across several industries.
