Conformal cooling is a system of cooling channels designed to follow the shape or profile of the mold core as close to the work surface as possible to perform a rapid homogeneous cooling process in injection molding or blow molding.
Conformal cooling of injection molds shortens and accelerates the production process.
We make the conformal cooled molds day by day on the highest quality 3D printers. Using of conformal cooled molds does not require additional investments.
Improving the quality of moldings
Thanks to the evenly cooling of the entire volume of the molds, the end products are of the highest quality.
Production efficiency increase
Better cooling shortens the production process and allows to significantly increase the efficiency of injection molding machines.
3D printing technology in conformal cooling
Production technology: SLM
Machine: Concept Laser M2 cusing Multilaser
Machine work space: 250x250x280 mm
Maximal product dimensions: 245x245x250 mm
- Stainless steel 17-4 PH
- Stainless steel 1.4404
- Hot work steel 1.2709
Roughness of the finished product without additional surface treatment: Ra 5,8-11
Maximum diameter of cooling channels: 6mm (diameter over 6mm possible after using a different channel shape)
Minimum diameter of cooling channels: 3mm
Material hardness after printing: 35HRC
Material hardness after heat treatment: 35-55 HRC
SURFACE TREATMENT of 3d printing
Elements manufactured using additive manufacturing (3D printing) can be machined. Their machinability is not different from machining castings or forgings.
On the example of a hot work steel print (1.2709) a turning operation was carried out on the DMG MORI CTX ALPHA turning-mill center. The machine operator installed a cutting insert - Kennametal (VNMG 160408).
Feed: F0,2 mm/rev
Spindle rotation: 2300mm
Cooling channels cleaning
The products offered by RCIT may seem much more difficult to clean, in the case of cooling channels obstruction. For this purpose, you can use a special device for cleaning cooling channels created in the conventional and additive method. Its design allows impulse pumping of the cleaning medium using both high pressure and appropriate temperature.
Simulation of the injection process with conformal cooling
Optimization of the stamp structure and molding geometry to ensure the assumed cooling effects.
Improving the parameters of the injection process without the need for many physical tests.
DURABILITY OF CONFORMAL COOLING MOLDS
Thanks to our own research, prototyping of fully functional models with early technology users and the support of the Foundry Institute, the tools manufactured by us should withstand a comparable number of injection cycles with a shorter duration.
If the tool is worn out earlier due to construction or design defects, the purchaser has the right to compensation. Types of compensation:
- replacement with a tool without a defect
- reimbursement for a damaged item
How to order a conformal cooled mold?
- Defining the problem and setting assumptions, for example: long cooling time, deformations, surface defects
- Preparation of the necessary data
- molding model
- model and documentation of the injection mold
- information on the material of the molding
- injection process parameters
- Sending a query to: email@example.com
Based on the above information, Infinitech3D will prepare a free analysis in the Moldex3D simulator and initial price offer.
If you have any questions, contact our advisors
Business Development Manager
Tel: +48 533-580-280