THE FUTURE OF MOULD ENGINEERING
ENGINEERING
THE PERFECT
MOULD.
From complex geometry to manufacturing precision.
Intelligent mould design,
automation and validation.
Every task, update and blocker in one internal
workspace.
YOUR TEAM / ONE CONNECTED WORKSPACE
EVERY TASK, UPDATE AND BLOCKER.
ONE INTERNAL WORKSPACE.
Keep engineering work moving.
Plan tasks, share daily progress and
bring
blockers into focus.
Know what comes next. ↗
Track ownership, priorities and due dates across your projects.
02 / DAILY UPDATESKeep progress visible. ↗
Share completed work, logged hours, blockers and the next-day plan.
03 / TEAM REVIEWSurface what needs attention. ↗
Review team updates, identify blockers and follow up on missing reports.
Use your existing team account. Access follows your assigned role.
01 / A CONNECTED APPROACH
FROM PRODUCT GEOMETRY
TO MANUFACTURING-READY.
Less repetition. More engineering.
Bring every stage of mould development
into
one continuous digital workflow.
Start with your product geometry. Establish the foundation for every engineering decision that follows.
EXPLORE THE WORKFLOW ↗02 / LOOK CLOSER
EVERY COMPONENT.
ONE DIGITAL WORKFLOW.
Explore the assembly. Isolate a system.
See how every detail works together.
One precisely connected system.
⤢ Z → X
03 / BUILT AROUND YOUR ENGINEERING
COMPLEXITY, UNDER CONTROL.
Purpose-built capabilities.
From the first cavity to the final check.
04 / CONFIGURE WITH CONFIDENCE
DESIGN THE RIGHT
CAVITY
CONFIGURATION.
Find the balance between part geometry,
tool size and production intent. Explore
layouts
with a single selection.
ILLUSTRATIVE LAYOUT · NOT A MANUFACTURING SPECIFICATION
05 / ENGINEERING INTELLIGENCE
ENGINEERING KNOWLEDGE,
BUILT INTO THE WORKFLOW.
Turn engineering intent into repeatable decisions.
Understand the impact before it
reaches the tool.
01 DESIGN RULE02 VALIDATION03 IMPACT04 RECOMMENDATION05 OPTIMIZATION
DESIGN REVIEW / EXAMPLE CHECKS
Confidence in
every decision.
- Draft check ✓
- Interference check ✓
- Cooling check ✓
- Runner balance ✓
- Ejection clearance ✓
06 / REPEAT THE PRECISION. NOT THE WORK.
LESS MANUAL.
MORE POSSIBLE.
Give engineers the space to solve harder problems.
Let repeatable knowledge do the
repetitive work.
Manual.
- Repeated design work
- Manual calculations
- Manual validation
- Engineering dependency
Automated.
- Reusable templates ↗
- Rule-based validation ↗
- Automated configuration ↗
- Consistent engineering output ↗
07 / A FAMILIAR ENGINEERING LANGUAGE
BUILT FOR ENGINEERS.
DESIGNED FOR SPEED.
Your geometry. Your parameters.
One clear view of the complete design.
⊞ SP–240 MOULD
├ Fixed half│ ├ Cavity plate│ └ Runner system├ Moving half│ ├ Core insert│ └ Ejector assembly└ Guide system12 COMPONENT GROUPS
Material P20 steel
Cavities 04
Mould width 320 mm
Mould height 320 mm
Opening stroke 180 mm
ILLUSTRATIVE DESIGN STUDYPLATFORM VISION / ILLUSTRATIVE TARGETS
YOUR NEXT ENGINEERING ADVANTAGE
THE NEXT GENERATION
OF MOULD ENGINEERING.
Bring design, automation and engineering intelligence
into one connected workflow.