RA600
Tire Mold Patterns in Hours
RA600, designed for tire molds, ensures precise pattern production and boosts productivity while lowering costs. Using 3D printing for tire mold production shortens lead times and reduces labor costs, achieving a precision of ±0.10 mm for complex designs.
Browse UnionTech 3D printers.
The products below are optional but included in the quote for successful operation.
Equipment: PCU-60 Curing Unit, RRT-60 Resin Tank
Technical Specifications
Download DatasheetSLA (Stereolithography)
600 × 600 × 400 mm
36.2 kg
0.05–0.25 mm
±8 µm
Inno FOTIA(ONE)-355-5-30-A, 2,000 mW
355 nm
0.07–0.9 mm
≤ 18 m/s (Typical 8–15 m/s)
RSCON
Magics Link UnionTech
Windows 10
Marble
Fixed
STL
Ethernet, TCP/IP, NFS
200–240 VAC, 50/60 Hz, Single Phase
22–26 °C
< 40%
1,375 × 1,295 × 1,930 mm
850 kg
CE
Xtyre 005, Xtyre 009
The system is an open platform; besides the listed materials, it is also compatible with third-party materials that the machine specifications support. Parameters must be developed separately.
A Serial Production Platform for Tire Molds
Developed for serial production of tire mold segments with Xtyre resins, the RA600 digitalizes mold making with high precision and repeatability.
Designed for Tire Molds
Mold segments are produced directly with Xtyre 005 and Xtyre 009 resins.
High Repeatability
Consistent part-to-part dimensional accuracy in serial production.
Solid-State Nd:YVO4 Laser
The 355 nm laser processes fine sipe details precisely.
Automatic Liquid Level Control
Layer thickness is kept stable during long builds.
RSCON Control Software
The mold production workflow is standardized and monitored.
Industrial Stability
A frame and control architecture designed for 24/7 serial production.
Tire Mold Tread Segment
A tire mold tread segment made in Xtyre resin; the sipe and groove geometry is transferred directly to the casting mold, reducing conventional machining time and cost.
System Workflow
-
Data Preparation
Supports and slicing are prepared in Polydevs Pro.
-
Resin Preparation
The resin tank is filled and heated.
-
3D Printing
The laser cures the resin layer by layer.
-
Part Removal
The platform is raised and the part is removed.
-
Washing
Residual resin is cleaned off with solvent.
-
UV Curing
The part is UV-cured in the PCU unit.
