Carbon is a 3D printing technology company that offers high performance additive printing. The company's proprietary Digital Light Synthesis(tm) process uses programmable liquid resins and oxygen permeable optics to produce high-quality end-use parts in tens of minutes.
Digital Light Synthesis(r) is said to be up to 100 times faster than conventional commercial 3D printing technologies. Using a digital light projection chip, the company emits light into a reservoir of UV-curable resin. As the resin rises, the chip casts an image on a screen. This image causes the resin to solidify. After the UV images are completed, the part is ready to be cured.
In addition to being one of the fastest additive manufacturing processes, Carbon's Digital Light Synthesis(tm) also produces parts with excellent mechanical properties. The company's heat-activated programmable chemistry provides consistent and predictable mechanical properties. These materials are highly resistant to chemical, water, and heat, which translates to increased durability.
Carbon offers a full portfolio of industrial resins. Each resin is crafted from engineering-grade materials that are specially engineered to deliver end-use performance. With a variety of products and application solutions, the company's expertise and experience can help product developers and manufacturers bring better, more functional products to market.
Carbon's SpeedCell is a system of connected manufacturing unit operations that deliver repeatable, quality-controlled end-use production. The company's process is suitable for both low-volume and large-scale production. Its speed and versatility make it ideal for a wide range of industries. Hundreds of companies around the world have turned to the Carbon process for production at scale. They have found it to be particularly effective for medical, automotive, and consumer product applications.
In addition to their additive manufacturing offerings, Carbon also provides software and hardware development services to their partners. Their M Series printers are part of their modular offerings, which enable a common manufacturing workflow.
Carbon's Digital Light Synthesis(tm) process is used for both prototype assembly and volume manufacture. This process enables the production of parts without layers, requiring no set-up costs. Unlike other forms of commercial 3D printing, the Carbon DLS process is designed to produce continuous, uninterrupted parts. When used in conjunction with the company's advanced software and production network partners, it can be reliably and repeatedly used in a variety of applications.
Although Carbon's technology has a proven track record in the consumer product industry, it has a bright future in the industrial arena. While the Carbon website is headquartered in Redwood City, CA, it has customers in 17 countries worldwide. The company's focus on design-to-production has led to significant success in the consumer product world, where Carbon has developed applications with Riddell, Rawlings, and Adidas.
The company also provides high-performance additive printing for the medical, automotive, and aerospace industries. Among other things, its resins combine photopolymers with two-part urethanes for superior strength and durability. Designed for a wide range of applications, these materials provide durable and highly-functional solutions for applications ranging from medical devices to sports equipment.
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