1. Product Parameters

• Machine Capacity: 1600 ton clamping force for high-volume parts

• Material: ADC12 aluminum alloy with low-porosity grade for superior strength and consistency

• Part Size Range: Up to 800 × 800 mm (customizable)

• Weight Range: 50 g to 10 kg per casting (typical)

• Dimensional Tolerance: ± 0.05 mm (depending on geometry and post-machining)

• Surface Finish Options: Polishing, sand-blasting, powder coating, anodizing, plating

• Certifications: IEC 62321, SVHC compliance; ISO 9001 available upon request

• Design Support: Free DFM review; accepts STEP, IGES, DWG, DXF files

• MOQ & Packaging: From 1 pc sample; bulk orders in foam-lined cartons or wooden crates

2. Key Selling Points

1. Massive Production Capacity
   1600 ton machine enables efficient production of large batches and complex geometries with minimal cycle time

2. Low-Porosity Castings
   Advanced vacuum-assisted processes reduce gas entrapment, delivering dense parts ideal for high-stress automotive applications

3. Superior ADC12 Alloy
   High silicon content enhances fluidity and thin-wall capabilities, achieving tight tolerances (± 0.05 mm) and excellent surface finish

4. One-Stop OEM/ODM Service
   From tooling and die casting to CNC machining and surface treatment—streamlined workflow under single management reduces lead time

5. Rigorous Quality Control
   100 % inspection with CMM, spectrometer analysis, and pressure/leak tests to ensure each part meets automotive standards

3. Future Trends

• Electric Vehicle Components: Growing EV market demands lightweight, high-strength housings and brackets, driving ADC12 adoption.

• Sustainable Casting: Increased use of recycled aluminum and eco-friendly binders for greener production.

• Digital Twin & IIoT: Real-time monitoring of die casting cycles for predictive maintenance and process optimization.

4. Application Scenarios

5. Frequently Asked Questions

Q1: What’s the minimum order quantity?
A1: We accept single-piece sample orders to validate design and quality before mass production.

Q2: What lead times can I expect?
A2: Prototype samples in 7–12 days; bulk production typically within 20–35 days after sample approval.

Q3: Which file formats are supported?
A3: STEP, IGES, DWG, DXF are preferred for rapid tooling design and DFM analysis.

Q4: How is porosity controlled?
A4: Vacuum-assisted injection and controlled alloy dosing minimize gas inclusion and shrinkage defects.

Q5: Can you handle secondary machining?
A5: Yes—CNC turning, milling, drilling, tapping and surface treatment can be integrated into one workflow.

Q6: What packaging and shipping options are available?
A6: Parts are packed in foam-lined cartons or wooden crates; FOB, CIF, DDP shipping terms per your requirements.