For years, engineers were trapped: pay a premium for 3D-printed prototypes or invest heavily in hard tooling for injection molding. By leveraging industrial-scale additive manufacturing, we make low to mid-volume production (50–5,000+ parts) cost-competitive with traditional methods.
Here is how our engineering process drives down your per-unit costs.
High-Density Design Nesting
In traditional CNC machining, each part requires a separate setup. In our HP Multi Jet Fusion (MJF) and Cold Metal Fusion (CMF) systems, cost is driven by build volume utilization.
We use advanced algorithms to pack hundreds of parts into a single 3D build chamber. By maximizing run density, we spread fixed machine operating costs across more units, significantly lowering the price of each part.
Strategic Stackable Geometries
One of the most effective ways to cut costs is designing parts that “play well” with others. During the DfAM (Design for Additive Manufacturing) phase, we help you identify Stackable Geometries.
When parts can be nested or stacked vertically without compromising quality, we maximize throughput. A 10% increase in build density translates directly to a reduction in your per-unit invoice.
Shared Build Volume Strategies
Tronix3D operates as a high-efficiency production hub. Through Shared Build Volume Strategies, we combine multiple projects from different clients into a single high-density build.
This “shared economy” approach ensures our machines never run half-empty. We pass those operational savings directly to you, allowing even small defense contractors or startups to benefit from the economies of scale typically reserved for massive orders.
Eliminating the “Tooling Tax”
The biggest cost reduction isn’t in the material; it’s the elimination of hard tooling. Traditional injection molding requires molds that take months to produce and carry high upfront costs.
With Tronix3D’s additive workflow:
- Initial Investment: No tooling costs.
- Agility: Design tweaks are as simple as updating a CAD file.
- Lead Time: Go from CAD to production-grade parts in days, not months.
High-Performance Throughput in Pittsburgh
By focusing on nesting and volume optimization, Tronix3D provides a bridge for engineers who need high-performance parts without the prohibitive price of a $50,000 mold.
Is your current production method costing you too much?
- Consult our engineers: Let us analyze your part for nesting and stackability
- Compare the costs: Request a production quote.
- Explore the tech: See our production-grade materials and processes.
