Accelerate Production Without Tooling Bottlenecks
Traditional tooling slows down production with high upfront costs, long lead times, and rigid changeover processes. Mosaic replaces it with scalable and automated 3D printing, enabling direct part production without molds or machining. Reduce time-to-market, cut costs, and adapt quickly across prototyping, bridge manufacturing, and low-volume runs.
Move Beyond Bottlenecks with Industrial 3D Printing
Unlock a faster, more flexible path to production. Mosaic’s platform enables direct manufacturing of end-use parts without molds, minimums, or delays.
Purpose-Built for Cost-Optimized Throughput
Mosaic’s Element and Array systems are engineered for reducing total-cost-per-part, while introducing flexible production. They shorten lead times and allow rapid response to changing design or volume requirements.
Download the Full Array Spec Sheet
Review technical specifications to assess fit for your production needs.
Accelerated Time to Production
Automated 3D printing enables rapid turnaround, from design to part, ideal for low-volume manufacturing, bridge production, and fast iteration.
By keeping production in-house, manufacturers reduce lead times, eliminate outsourcing delays, and maintain control over their supply chain.
Agile Manufacturing with Proven Cost Benefits
Avoid the capital expense of traditional molds and tooling setups. With digital manufacturing, produce exactly what you need when you need it.
Reduce waste with on-demand additive manufacturing for tooling and end-use parts. Scale production efficiently without overordering or tying up capital in unused stock.
Reliable Performance with Industrial 3D Printing
3D print durable, factory-ready components using engineering-grade polymers and fiber-reinforced thermoplastics suitable for industrial tooling applications.
Leverage Mosaic’s automated additive manufacturing platform to ensure repeatability, uptime, scale, and minimal operator intervention.
Array really automates 3D printing by making it a hands off procedure, I can send a print from my computer at home and not have to come into the office at 9pm – the parts are just sitting there ready for me the next day.
Students at all levels of education should have access to an Array. It is essential if we’re encouraging STEM education, design engineering thinking, prototyping, iteration – students should have a reliable 3D printer to make parts in the volumes they need.
The ability to develop and produce custom plastic parts at scale, on our factory floor, is great for our business and new client acquisition.
Mosaic’s Array system has been integral to our growth and innovation and Premier Orthotics Lab…My throughput, my output, my capacity has increased tremendously, and the quality of the product is incredible.
Thanks to Mosaic’s Array, we’re not just keeping up with demand – we’re redefining what’s possible in engineering education.
Connect with Our Team to Unlock High-Volume Additive Manufacturing at Lower Part Costs
TALK TO AN EXPERTAnswers to Common Questions
No. Mosaic enables direct production of the part itself which replaces the need for traditional tooling in many use cases.
Everything from jigs and fixtures to functional components, especially for low-volume or bridge production where tooling is cost-prohibitive.
By replacing traditional tooling with direct digital part production, Mosaic eliminates mold costs, setup overhead, and minimum order requirements. Its compact, factory-ready footprint enables local deployment and reduces logistics costs, which minimizes the risks associated with complex supply chains.
Our system supports a wide range of production-grade, high-temp and fiber-reinforced polymers including ABS, TPU, CF-Nylon, PEEK, PEKK, and more.
Mosaic’s 3D printing solutions can be deployed in a single day. With no retooling or retraining required.
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Start Scaling with Automated 3D Printing
From prototyping to end-use parts without the bottlenecks.