Medical Die Casting
Precision die cast components for medical devices and equipment manufactured to the exact tolerances, certifications, and quality standards that healthcare demands.
Why Die Casting For Medical Equipment Is Important?
Die casting is a natural fit for the medical industry. It produces strong, dimensionally accurate parts at volume with the repeatability and material performance that life-critical devices require.
Precision & Repeatability
Die casting produces components with consistent dimensions and surface quality across every production run. Tight tolerances are held part after part critical when components must fit and function correctly inside medical device assemblies without manual adjustment. ±0.001"
Complex Geometry in a Single Shot
Intricate shapes, thin walls, and multi-feature parts can be produced in one casting. This reduces the number of individual components in a device, simplifies assembly, and allows features that would otherwise require multiple machining steps to be built directly into the casting.
High-Volume Efficiency
Once tooling is in place, die casting is one of the most efficient processes for producing identical metal parts at scale. Per-unit costs drop significantly with volume, making it ideal for OEMs scaling medical device production across thousands or hundreds of thousands of units.
Durability for Clinical Environments
Die cast aluminum and zinc components withstand sterilization cycles, repeated disinfection with detergents, and the physical demands of daily clinical use. Cast metal outperforms plastic in high-temperature or chemically aggressive environments common in medical settings.
Strength-to-Weight Advantage
Aluminum die castings deliver excellent structural performance at low weight a key advantage in portable medical devices, handheld instruments, and imaging equipment where reducing mass improves usability without compromising structural integrity.
Built-In EMI / RFI Shielding
Metal die cast enclosures provide inherent electromagnetic and radio frequency interference shielding valuable for diagnostic monitors, imaging systems, and surgical equipment where sensitive electronics must be protected from interference in busy clinical environments.
Types of Die Casting
We operate both hot and cold chamber die casting machines, matched to the alloy type and tolerances your medical component requires.
A
Hot Chamber Die Casting
In hot chamber casting, the injection mechanism sits submerged in the molten metal reservoir, allowing for fast, consistent cycle times. This process is well suited to high-volume production of zinc alloy medical device components with thin wall sections and fine surface detail exactly the type of small, intricate part common in medical instruments and delivery devices.
- Best suited for zinc alloys
- Faster cycle times, higher throughput
- Excellent thin-wall and fine-detail capability
- Strong dimensional consistency run-to-run
- Reduced need for secondary machining
B
Cold Chamber Die Casting
Cold chamber casting ladles molten metal into a separate chamber before injecting it into the mold under high pressure. This handles higher melting-point alloys like aluminum and is ideal for structural medical equipment parts that demand superior strength-to-weight performance and tight tolerance specifications housings for imaging equipment, surgical robot arms, and diagnostic device frames.
- Best suited for aluminum alloys
- Superior strength-to-weight output
- Tight tolerances on structural parts
- Handles higher-melting-point metals
- Ideal for imaging and surgical equipment
Design for Manufacturability
Good casting starts before the first shot. We work with medical device designers early in the development cycle to make sure parts are designed in a way that produces consistent, high-quality results.
Wall Thickness Review
Uniform wall thickness reduces porosity and warping, improving dimensional stability in the final casting.
Draft Angle Optimization
Adequate draft on all vertical surfaces ensures clean ejection and extends the service life of production tooling.
Parting Line Placement
Strategic parting line positioning minimizes flash and reduces secondary finishing operations on finished medical parts.
Feature Consolidation
We identify opportunities to combine multiple components into a single casting, reducing part count and assembly complexity.
Prototype & T1 Sample Approval
First-article samples are inspected and documented before full production is approved, with dimensional reports provided for customer review.
From Concept to Component
Every stage is managed with quality in mind. Click any step to see how we handle it.
1、Tooling & Mold
Design for manufacturability from day one
2、Die Casting
Hot or cold chamber production to spec
3、CNC Machining
In-house machine shop for final tolerances
4、Surface Finishing
Anodize, plating, coating, laser marking
5、Assembly
Complete assemblies, ready to install
Ready to Cast Your Next Robotic Component?
Send us your drawings or part requirements and we’ll provide a DFM review and quote.
