Traditional production methods for injection molding cores are highly expensive, with turnaround times of 4–5 weeks. So, we partnered with Forward AM to develop Ceramic Pro Resin as a more agile & reliable solution for injection molding core production. With just a fraction of the time and cost, it's highly cost-effective for small-batch production.
With extreme stiffness and great heat & chemical resistance, Ceramic Pro Resin is easy to print and a great fit for injection molding mold production.
- 280°C heat resistant
- 10086 MPa flexural modulus
- 230 cps viscosity (@30°C)
- Over 70% ceramic content
Ceramic Pro Resin complements traditional injection molding manufacturing by offering a flexible, cost-effective alternative for small-batch and custom production, making high-quality mold manufacturing more accessible to a broader range of applications.
By eliminating high MOQ requirements and the extensive tooling costs typical of traditional manufacturing, Ceramic Pro resin reduces mold production lead times from weeks to under a day, cutting costs by up to 80%.
Small Batch Injection Molding Production
Ceramic Pro Resin is suitable for overmolding cable production, providing a fast, cost-effective solution to produce functional mold inserts with high precision and durability. It reduces production time to 3-4 days, minimizes costly mold iterations, and saves over $5,000 in overheads.
While traditional milling costs up to $7,000 and takes 4–6 weeks, RC car molds with Ceramic Pro Resin cost just under $600 and are ready in about 9 hours. Its superior stiffness and high HDT offer a faster, cost-effective alternative to traditional tooling.
1. Remove any trapped resin from holes in the model.
2. Wash in 99% IPA until it's thoroughly cleaned for 30 – 60 seconds (don't soak for more than 60 seconds to avoid surface damage).
3. Dry the model with an air gun or use the drying function in Phrozen Curing Station for 10 – 30 mins.
*When printing flat on the building plate, remove the printed objects carefully to avoid deformation on the objects.
*Remember to clean the inner parts of hollowed objects thoroughly.
Cure the models in a post-curing unit for 120 minutes (60 mins/per side) for best results.
Perform thermal post-curing to enhance the mechanical properties of the models by baking them in a precise temperature-controlled oven (±2°C tolerance). Please refer to the user guide for detailed settings.
