DILAI Tooling

THERMOFORMING & VACUUM FORMING MOLDS

We Design the Mold in NX. Then Machine It In-House.

Send your completed 3D part model. We develop the tooling geometry and program the toolpaths in NX CAM here in our workshop.

Founded in 2006 · Hengli, Dongguan · Maximum mold size: 4000 × 2800 × 1200 mm

View Mold Photos
Customer-supplied automotive side-body 3D assembly reviewed in Siemens NX (UG) for mold engineering and machining preparation Siemens NX / UG

Tooling Geometry for Forming and Machining.

We develop the mold model in Siemens NX with the forming requirements, cutting tools and setup in mind.

  • Develop the forming surfaces from the part geometry
  • Apply shrinkage compensation and define parting geometry where required
  • Plan for tool access, machining allowance and workholding
  • Plan the machining sequence and program the toolpaths in NX CAM

Common tooling materials: tooling board, machined aluminum, cast aluminum and cast iron. For other materials, send the final 3D part model and requirements for review.

Molds Made In-House

Reference Sizes

L × W × H / mm

Reference sizes, not measurements of the molds pictured.

Small positive mold with a curved forming surface
Box-structure mold · KY26-TE-841
Medium-sized mold with complex surfaces
Large male mold
Multi-piece mold set
Large shallow-cavity mold with complex ribs and grooves
Large mold with complex surfaces
View All Mold Photos

Selected Customers & Projects

  • Hainan Airlines 海南航空 Aviation Project
  • BYD 比亚迪 Automotive Project
  • 顺丰速运SF EXPRESS Drone Project
  • HARDGUARD Automotive Line Guarding · USA

DIRECT ACCESS TO AN ENGINEER

Talk Through the Tooling with an Engineer.

Discuss your forming requirements and any critical dimensions or features with the engineer handling your project.

Send Us the Final 3D Part Model.

We accept NX/UG and STEP files. Once we receive the final 3D part model and project requirements, we will confirm within one business day whether we can take on the project.

Send Your 3D Part Model