Your Custom Casting Solution, Delivered with Expertise

成熟した鋳造工程、先進的な鋳造設備、専門の技術チームが製品の安定性と信頼性を保証します。

原材料の調達から製造工程の管理、完成品の検査に至るまで、厳格な基準と手順を備えた包括的な品質管理システムが、卓越した鋳造品質を保証している。

全国に分散した鋳造工場、柔軟な生産スケジューリング、タイムリーで高品質な配信を確保し、大量注文の生産ニーズを満たす。

販売前、販売中、販売後とオールラウンドなサービスを提供し、いつでも様々な問題を解決できるよう、迅速な対応を心がけています。

There are many differences between 3DP sand mold casting and traditional sand mold casting. 3DP sand mold casting is based on a digital model, offering high design freedom and enabling the realization of complex structural designs. It has a short production cycle, eliminating the need for mold making, and is cost-effective for single-piece and small-batch production. With high dimensional accuracy, it can be printed on demand, providing strong production flexibility, good environmental friendliness, and high material utilization rate, and the process is relatively simple. In contrast, traditional sand mold casting is restricted by mold manufacturing, with low design freedom, a long production cycle, high mold costs, relatively low dimensional accuracy, poor production flexibility, high environmental pressure, a complex process, and high requirements for workers' skills and experience.

Metal casting is a manufacturing process where molten metal is poured into pre-made molds. After cooling and solidification, it forms the required parts or products. It is a widely used metal forming technology suitable for various scales of production.

The main advantages of metal casting include high design flexibility, the ability to manufacture complex-shaped parts, a wide range of material choices, and good cost-effectiveness, especially in mass production.

We offer a variety of metal casting services including sand casting, precision casting, die casting, and lost foam casting, covering all needs from prototyping to mass production.

We ensure the quality of every metal casting through strict quality control processes, including raw material inspection, process monitoring, dimensional and performance testing, and final inspection, to meet high standards of quality requirements.

The typical steps in the metal casting process include design, mold making, melting, pouring, cooling, demolding, cleaning, and post-processing.

Choosing the right metal casting material requires consideration of the product's operating environment, mechanical performance requirements, corrosion resistance, cost, and adaptability to casting processes.

Surface treatment options for metal castings include sandblasting, painting, electroplating, anodizing, heat treatment, and surface polishing to improve appearance, corrosion resistance, or mechanical properties.

Metal casting is widely applied across various industries, including automotive manufacturing, aerospace, heavy machinery, architectural hardware, medical devices, and consumer electronics. These industries rely on metal casting to produce complex-shaped and high-performance metal components.

We optimize the production process by adopting advanced casting technologies and automation equipment. Additionally, our efficient project management team ensures that every stage from design to delivery is completed on time. Furthermore, we maintain good relationships with suppliers to ensure timely supply of raw materials, thus shortening the overall production cycle.

We use environmentally friendly casting materials and processes, implement energy-saving and emission-reduction measures, and recycle and reuse waste to minimize environmental impact.