Your Manufacturing Partner for Every Stage
At Crenable, we’re redefining on-demand additive manufacturing by combining high-speed, large-format stereolithography additive manufacturing with an efficient, customer-first approach to production. Whether you need a single prototype or a full-scale production, we solve manufacturing challenges for businesses and individuals from all industries.
Competitor Price Analysis
The large-scale model below was used to quote 4 different competitors providing the same prototyping service.
How We Make It Happen
At Crenable, we’ve engineered a streamlined, cost-efficient manufacturing process that enables you to access 3D printing technology at a fraction of the industry price. Our shop focusses on high-speed, large-format industrial resin 3D printing machines with custom-designed post-processing equipment.
Testimonials
Materials
Standard resin is our least expensive resin best suited to visual prototypes, art pieces, miniatures, and display models. It can be dyed in custom colors and yields great detail.
Standard
Strong resin has higher mechanical strength and less deformation than standard, allowing you to print functional end-use parts.
Strong
Our rubber resin has silicone-like properties, enabling you to 3D print molds that can be used immediately. It is also used in many consumer products or assembly parts.
Rubber
This resin is optically clear and non-yellowing, enabling you to print beautiful art pieces, breakaway glass props, or safety shielding devices where transparency is a must.
Clear
This resin can resist temperatures of up to 230°, allowing you to create products that can be dishwasher safe or products exposed to heat during use.
High Temp
Wax resin is suitable for applications in the dental and jewelry industry for its soft texture and medium flex characteristics. It is also used in investment casting...
WaxTechnology
Masked Stereolithography (MSLA) is an advanced form of resin-based 3D printing that utilizes a high-resolution LCD screen to cure liquid photopolymer resin layer by layer. This method is particularly powerful for large-format printing, allowing for high-precision, high-detail parts on a much larger scale compared to traditional SLA or DLP printers.
