Features of Swing Arm Die Casting Molds

This die-casting mold is specifically designed for the production of motorcycle rear swingarms—structural components characterized by high strength and exceptional stability. Utilizing a single-cavity design, the mold ensures consistent product quality and operational stability throughout the manufacturing process.

Constructed from ADC6 aluminum alloy, this motorcycle rear swingarm die-casting mold delivers superior casting performance, a lightweight structure, and outstanding durability. The mold design has been optimized for use with 650-ton die-casting machines; furthermore, by eliminating the use of slider mechanisms, it effectively enhances equipment reliability and minimizes maintenance requirements.

With a mold lifespan of up to 100,000 cycles, this product is fully capable of meeting the demands of long-term, high-volume mass production. Please let us know your specific mold requirements; a dedicated specialist will be assigned to provide you with a tailored solution and a comprehensive quotation.

Swing Arm Mold Description

Product Name:	Motorcycle Bracket	Mold Structure:	Single Cavity
Material:	ADC6	Side Cores/Slides:	—
Dimensions (mm):	388.12 × 249.26 × 118.34	Machine Tonnage:	650T
Industry:	Motorcycle Accessory	Mold Dimensions (mm):	770 × 720 × 690
Weight:	1.535 kg	Die Casting Cycle Life:	100,000 Cycles
		Minimum Lead Time:	40-50 Days

DFM Analysis Assurance

Raidy Mold, a manufacturer specializing in the engineering development of high-pressure die-casting molds, possesses full-process technical support capabilities from product evaluation and mold design to mass production implementation. With extensive project experience and a mature engineering system, we can effectively control various risks during the development process, improve product molding quality, and ensure smooth project implementation into mass production, achieving stable and reliable continuous delivery.

✔ Early Risk Mitigation (DFM)

✔ Process Optimization Capabilities (Mold Flow / Process)

✔ Mass Production Stability (Not Limited to Samples)

Precision Quality Inspection

To ensure the stability and reliability of product quality, Raidy Mold is equipped with a comprehensive inspection system for multi-dimensional quality control of die-cast parts.

Through X-RAY non-destructive testing, internal defects (such as porosity, shrinkage cavities, etc.) can be effectively detected, ensuring the density of the internal structure; simultaneously, coordinate measuring machines (CMM) are used for high-precision inspection of key dimensions, ensuring that the product’s dimensional accuracy is consistent with design requirements.

From internal structure to external dimensions, we at Raidy Mold Manufacturer implement comprehensive quality control to ensure that every die-cast product meets customer standards.

 

Raidymold Factory

 

Raidy mold factory is equipped with high-precision machining tools imported from Switzerland, Japan, andGermany, including:

CNC machining centers

Wire-cutting machines

– EDM (Electrical Discharge Machining) equipment

– CMM (Coordinate Measuring Machines)

– Laser scanners.

And optical projectors along with UG, Pro/E, and SolidWorks for 3D modeling and MAGMA mold flowanalysis for structural optimization.

FAQ

1. Can you provide a one-stop service from design to mass production?

Yes, Raidy Mold manufacturers offer a one-stop service from DFM analysis, mold design and manufacturing, trial molding optimization to die casting production and post-processing, helping clients shorten development cycles and reduce communication costs.

 

2. Can we cooperate if we don’t have complete design drawings?

Yes. We can provide engineering support based on your samples, sketches, or conceptual designs, including structural optimization and DFM analysis, assisting in perfecting product design and smoothly transitioning to production.

 

3. What is the tonnage range of your die casting machines? Can you make large parts?

Our die casting machines cover tonnage from 350T to 4400T, meeting production needs from small precision parts to large structural components.

 

4. How do you guarantee product quality?

We manage the entire process through a comprehensive quality control system, including X-ray non-destructive testing (internal defects) and coordinate measuring machine (CMM) measurement (dimensional accuracy), ensuring that every product meets customer standards.

 

5. How long does mold development typically take?

Mold development typically takes 25–45 days (depending on product complexity). We provide a detailed timeline at the beginning of the project and strictly control each milestone.

 

6. How do you handle problems that arise during trial molding or mass production?

We have a mature problem analysis and resolution mechanism. Our engineering team can quickly locate problems and make optimizations to ensure smooth project progress and stable mass production.