Explore our premium range of investment cast and custom-machined industrial components engineered to withstand extreme stress, corrosion, and dimensional tolerances.
Founded in 2014, Dongguan SX Technology Co., Ltd (locally known and recognized as Shixin) has established itself as an authoritative manufacturer and supplier specializing in high-precision investment casting (lost wax casting), CNC machining, and comprehensive finished assemblies. We operate at the intersection of material science and precision manufacturing, helping global OEMs translate complex mechanical ideas into mission-critical components.
Our operational framework is structured to offer a one-stop industrial service. Our facilities seamlessly bridge the gap between initial metallurgical pouring and precision mechanical refinement. We cater to demanding industries where failure is not an option, including machinery, automobiles, marine systems, commercial shipping, medical equipment, pressure valves, pumps, packaging lines, and electronic appliances.
By leveraging advanced thermal processing, automated wax-injection lines, and multi-axis CNC milling and turning centers, we address both structural integrity and dimensional precision in-house, significantly lowering the total cost of ownership (TCO) for global procurement teams.
Analyzing the macro forces shaping modern procurement, from supply chain decarbonization to the integration of additive pattern creation.
Global supply chain shocks have driven OEMs to seek unified suppliers capable of handling both raw casting and final high-precision machining. Shixin addresses this by combining our foundry and CNC machining workshops under a single quality control roof, eliminating transit damage, reducing inspection overheads, and speeding up time-to-market.
Machining complex parts from solid billets results in excessive chip waste (up to 70% material loss) and extended cycle times. Investment casting generates near-net shape geometries requiring minimal secondary finishing. This dramatically lowers material consumption, especially for expensive alloys like Titanium and 316L Stainless Steel.
Modern foundries must adopt green initiatives. Our thermal recovery processes and energy-efficient induction furnaces minimize greenhouse gas outputs. By refining recycled alloy streams and implementing closed-loop wax reclamation systems, we ensure compliance with international environmental standards like ISO 14001.
Choosing the correct alloy dictates performance under thermal stress, mechanical load, and chemical exposure.
At Dongguan SX Technology Co., Ltd, we process a broad range of raw materials tailored for specific application fields. The properties of these metals are optimized during the molten phase via precise alloy-composition adjustments and verified using optical emission spectrometers.
Mainly utilized for food machinery, marine systems, valves, and pharmaceutical applications. Stainless steel investment casting offers unparalleled corrosion resistance and aesthetic surface finishes. The presence of molybdenum in 316L prevents chloride pitting, making it ideal for marine hardware.
The standard material for structural reliability, heavy equipment, and agricultural tools. Carbon steel castings deliver high yield strength and fatigue resistance. These parts are typically heat-treated (annealing, normalizing, or tempering) to optimize hardness and ductility prior to final CNC operations.
Reserved for medical implants, aerospace components, and extreme chemical mixers. CNC machining titanium requires rigid work-holding and specific cooling strategies due to its poor thermal conductivity. We provide high-integrity titanium components that meet bio-compatibility regulations.
Aluminum (A356, 6061-T6) provides a high strength-to-weight ratio for automotive components, while copper alloys (bronze, brass) offer superior thermal/electrical conductivity and low friction coefficients for bearings and marine impellers.
For applications experiencing high friction and wear, such as mining drill parts, industrial cutting blocks, and stamping dies. Shixin uses specialized tooling and wire EDM/CNC grinding processes to shape these extremely hard materials.
Take an inside look at our manufacturing facilities, where raw engineering designs are transformed into high-precision metal parts.
Automatic wax injectors ensure dimensional uniformity across high-volume production batches.
Robotic arms dip wax assemblies into refractory slurry for building strong ceramic molds.
Strict temperature monitoring during melting prevents dissolved gases and slag inclusions.
High-speed multi-axis milling and turning tools provide micro-level precision on castings.
Secondary finishing removes remaining shell material, creating a smooth and uniform surface.
Equipped with CMM, calipers, thread gauges, and spectrometers to verify every batch.
Quality is the ultimate cornerstone of the manufacturing industry. We firmly believe that only by controlling quality well can a business survive, develop, and build lasting customer relationships. Therefore, we have been working in this industry unremittingly since 2014, continually improving the expertise of our team and refining the company's manufacturing processes.
Our quality control protocol is structured across three key pillars:
Due to our insistence on strict quality requirements, we have been praised by many global clients in fields such as automotive engineering, valve design, and medical hardware, ensuring that our products always align with high-integrity applications.
How Shixin integrates investment casting and CNC machining to address specific industry problems.
Fluid management environments expose parts to high pressures and chemical corrosion. We supply custom valve bodies, gates, impellers, and pump housings in 316L and duplex stainless steel. Our casting methods minimize internal porosity, ensuring that our pressure-retaining components are leak-proof under intensive operations.
Heavy machinery relies on carbon steel components that can handle high structural stresses. Our fasteners, structural brackets, and links are heat-treated to maximize load capacity, preventing brittle failure when exposed to low temperatures or harsh environments on construction sites.
Electronics packaging requires lightweight housings with high heat dissipation. By using thin-walled investment casting in aluminum and custom CNC milling, we deliver structural frames that house electronics, protecting them from electromagnetic interference and physical shocks.
To maintain our position as a preferred global supplier, Shixin is updating our foundry and CNC machining setups to align with "Industry 4.0" concepts. Our roadmap focuses on integrating advanced tools, automation, and predictive software to refine our manufacturing cycle:
Historically, investment casting required expensive steel tooling to create wax patterns, which could delay projects by weeks. Shixin now offers direct PMMA/wax pattern 3D printing. This tool-less technique allows us to cast functional prototypes in various metals within days, facilitating quick design revisions and verification.
By using casting flow analysis software (such as ProCAST), we can simulate molten metal flow and solidification patterns before cutting tooling. This allows our design team to predict potential hot spots, air traps, and shrinkage cavities, so we can adjust runner designs to ensure casting integrity on the first try.
To reduce labor costs and increase consistency, we are expanding our multi-axis CNC machining capabilities (including 5-axis milling). Machining complex casting profiles in a single setup preserves geometric integrity and ensures precise concentricity across multiple features.
We work with logistics networks to support DDP, CIF, and FOB shipments, helping parts arrive on schedule. Our support team coordinates with customs brokers to simplify clearance processes and provide clear updates to international buyers.
We provide localized engineering support through bilingual representatives. Whether reviewing custom drawing tolerances, discussing raw material certifications, or troubleshooting design for manufacturability (DFM) concerns, our engineers are accessible through direct lines.
Our facility runs under ISO 9001:2015 guidelines. We focus on strict traceability, linking every batch back to its raw material source. Additionally, we verify that our products align with the following standards:
Detailed answers to help engineers and sourcing specialists optimize their design choices for casting and CNC processes.
Explore our CNC machining, milling, and specialized valve casting solutions manufactured to strict tolerances for global industrial operations.
SX Machining