From Concept to Production-Ready Molds, Build High-Precision, Long-life Dependable Molds
Our upfront DFM analysis minimizes risks, reduces trial costs, and optimizes your product for efficient, high-yield production.
Achieving critical tolerances as tight as ±0.01mm for molds and ±0.002mm for components through advanced engineering and machinery.
A seamless, one-stop process from design, manufacturing, and trials to final delivery, ensuring clear communication and on-time completion.
We utilize high-quality mold steels from world-renowned suppliers like ASSAB and LKM to guarantee mold longevity and consistent performance.
We leverage a full suite of industry-leading software to ensure every detail of your mold is meticulously planned, simulated, and optimized for performance before the first piece of steel is cut.
Our investment in world-class machinery is a commitment to unparalleled precision and efficiency. Our climate-controlled workshop houses an arsenal of advanced equipment capable of achieving the tightest tolerances.
We follow a rigorous, stage-gate process to ensure transparency, accountability, and predictable results for every project.
We begin with a deep dive into your project, capturing all technical specifications, critical requirements, and performance goals to ensure a comprehensive understanding and project feasibility.
Our engineers create the 3D tooling design and provide a detailed DFM report. We then use advanced mold flow analysis to simulate and optimize gating, 냉각, and venting, proactively solving potential issues to ensure a robust and efficient mold design.
We present the final, fully optimized tooling design for your review and formal client approval. This collaborative milestone ensures complete alignment on all technical details and the project timeline before manufacturing begins.
Our skilled technicians utilize high-speed CNC machining, precision EDM, and grinding machines to manufacture each mold component to exact specifications, adhering to critical tolerances under strict in-process quality control.
The meticulously crafted components are assembled by our expert mold makers. We then conduct the initial T1 trial, optimizing process parameters to produce the first samples for validation.
We perform a comprehensive First Article Inspection (FAI) on the trial samples and provide a full dimensional report. Upon your approval, the mold is prepared for shipment or ready to commence mass production, seamlessly integrating into your supply chain.
Our expertise spans across demanding industries where precision and durability are non-negotiable. Explore the specific mold-making challenges we solve for each sector.
We engineer and build high-precision, long-life molds compliant with the strict IATF 16949 standard. Our expertise in automotive mold design focuses on complex geometries for structural parts, powertrain components, and EV systems, ensuring every mold delivers superior performance, critical tolerances, and the durability required for high-volume production.
Our molds for LED lighting are crafted to produce flawless, A-class surface finishes and intricate features for thermal management. We specialize in complex heatsink mold design and tooling for thin-walled housings, enabling you to manufacture aesthetically pleasing and high-performance lighting products for both indoor and outdoor applications.
We provide precision tooling for electronic enclosures that require thin walls, complex features, and integrated EMI shielding. Our electronics mold design process ensures dimensional stability and perfect fitment for sensitive components, creating robust and thermally efficient housings for high-end consumer electronics and telecommunications equipment.
Our molds for designer furniture are engineered to balance aesthetic perfection with structural strength. We excel in creating tooling that delivers mirror-like surface finishes while maintaining the integrity needed for functional components like chair bases and decorative hardware, meeting the highest standards of the modern furniture industry.
We build robust and durable molds for construction hardware and architectural components. Our focus is on creating tooling that produces parts with exceptional strength, 내식성, and consistency for easy assembly, ensuring they can withstand the demanding environments of architectural and construction applications.
The quality of your final part is determined by the quality of the mold. That’s why we implement a dedicated quality assurance process specifically for tooling, ensuring every mold we build is a masterpiece of precision and durability.
일반적으로, a new die casting mold takes between 4 에게 8 weeks to complete, from final design approval to the T1 trial. The exact timeline depends on the mold’s complexity, size, and the number of cavities required. We provide a detailed project schedule for every order.
The primary cost drivers for a mold are the part’s complexity and size, the type of mold steel used (예를 들어, H13, 8407), the required mold lifespan (number of shots), the number of cavities, and the complexity of any side-actions or slides.
For the most accurate quote, please provide your 3D models (STEP, IGS, or X_T format), 2D drawings with tolerances specified, the material of the final cast part, and the estimated annual production volume or required mold life.
The lifespan of our molds varies based on the steel quality and part complexity, 일반적으로 범위는 300,000 to over 1 million shots. We use premium steel from trusted suppliers like ASSAB and LKM and follow rigorous heat treatment protocols to maximize tool durability and performance.
We take intellectual property protection very seriously. We are committed to signing a Non-Disclosure Agreement (NDA) before any project begins. All design files and project data are stored on a secure, access-restricted server, and we guarantee that your design will only be used exclusively for your project.
예, absolutely. While we can ship the mold to your facility, we are also a full-service die casting manufacturer. Most of our clients benefit from our seamless “원스톱” 서비스, where the newly built mold is transferred directly to our in-house die casting lines for mass production, ensuring optimal performance and accountability.
We understand that engineering changes are a normal part of the product lifecycle. We maintain all original design data and can provide modification services for molds we have built. We will evaluate the requested changes, provide a detailed technical proposal and quote, and execute the modifications efficiently to minimize any production downtime.
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