Carbon 3D Printing Service
Carbon has proven itself for its reliability in the toughest of environments, whether you’re looking to use it in low volume production or rapid prototyping Carbon 3D Printing is a great option.
Carbon 3D Printing
Carbon has proven itself for its reliability in the toughest of environments, whether you’re looking to use it in low volume production or rapid prototyping, Carbon 3D Printing is a great option.
A breakthrough resin-based 3D printing process which uses next-gen oxygen-permeable optics with closed-loop control of force and temperature and built-in IR-based resin heating offering engineering-grade materials to produce polymeric parts with exceptional mechanical properties, surface finish and resolution.
Our carbon 3d printing technology uses resin printing to bridge the gap between prototyping and true production manufacturing. Delivering speed, precision and performance in a single package.
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What is Carbon 3D Printing?
Using Digital Light Synthesis process is driven by carbons ground-breaking CLIP also known as Continuous Liquid Interface Production – CLIP is a photochemical process that cures liquid plastic resin into solid parts using UV light. How they make this happen is projecting light through an oxygen permeable window into a reservoir of UV-curable resin. As the sequence of UV images is projected, the part solidifies and the build platform subsequently rises.
Carbon has utilised the CLIP process within the ‘dead zone’ meaning parts no longer cure on the window and the resin flows beneath the curing part as the printing progresses, meaning you can avoid having to forcibly peel your part of the window.
With each part delivering isotropic results carbon parts are reinforced with baking in a thermal curing stage and a secondary reaction creates a molecular weaving adding strength in all directions.
Carbon 3D Printing – Typical Applications
Used across the consumer, automotive, and dental industries, Carbon 3d printing provides advanced additive manufacturing that enables products to be designed and produced in ways that traditional manufacturing methods simply cannot achieve. Carbon 3d printing allows companies to move beyond prototyping into end-use production.
An example of this is Adidas, where carbon was used to produce a high-performance 4D midsole platform. Unlike the conventional foam midsoles manufactured using a molding process, Adidas’ midsoles were 3d printed using Carbon’s elastomeric materials. The structures incorporate a tunable lattice design that can be tailored to control cushioning and stability. Athlete data can be used to fine-tune performance and comfort. Carbon is also very prevalent in the dental industry used by Orthodontics & Aligners.
Dedicated Project Management for Seamless Success
Once we receive your CAD data and confidentially secured, we will assign you a dedicated project manager from our team. The project management team works hand-in-hand with the production team to ensure flawless execution. Rigorous quality checks are carried out and we ensure our deliveries are on time. From the initial concept to the product delivery, your dedicated project manager will be on hand to help.
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Looking to Produce Multiple Parts?
We can produce anything from one to thousands