How Cimatron Mold Cuts Rework and Speeds Up Delivery for Complex Toolrooms
The pain, if you run a toolroom, you know. A customer sends a part design over Friday. By Monday morning your team is knee deep in checking parting lines, core and cavity splits and gate locations. Someone always finds an issue that pushes the delivery by a week. This is the cycle Cimatron Mold Design was created to break.
Here’s what really happens when toolrooms switch to a purpose-built mold design solution — and why generic CAD tools fail to cut it for mold-specific work.
The problem with general-purpose CAD for mold design
CAD platforms are powerful, no question. But they were meant for modeling parts, not tooling. When you try to force a general purpose tool to do parting surface creation, slider mechanisms, cooling circuits, component libraries, you spend a lot of time on workarounds.
Your mold designers are inventors of solutions rather than productive engineers. Even if 70% of the mold looks exactly like the last one, each mold is a custom project from scratch.
What Cimatron Mold Design Does Differently
Cimatron designs molds the way toolrooms really do – from the mold’s perspective, not the part’s. Here’s what that looks like in practice:
1. Automatic creation of parting surfaces
Parting surfaces are one of the most time consuming steps in mold design especially when done manually. Much of this process is automated by Cimatron. The software analyzes the geometry of the part and suggests candidates for parting lines. This alone can save several hours per mold for simple parts.
2. Integration of Component Library
Standard mold bases, screws, ejector pins, hot runner components – Cimatron includes a complete library of standard components from world-leading suppliers. Instead of modeling from scratch or sifting through shared folders to find old files, designers simply drag and drop what they need.
3. Propagation of Changes
When a customer sends a revised part file at revision 3, 4 or 7 (and they always do), Cimatron helps you manage the change. “The software remembers what’s changed and tells you how it’s going to affect the mold.” You don’t tear the whole thing apart and re-engineer it every time the part moves a half millimeter.
Real Impact: Reduced Late Delivery
A medium-sized toolroom might be working on 15 to 20 active mold projects at a time. That’s two days of design time off each project that adds up fast. Here is where the time savings typically come in:
- Reduced parting surface creation time
- Integrated library for faster component placement
- Reduced time to re-design on part revisions
- Fewer errors to the shop floor
That last point is a good one. Mistakes in screen design are almost free to correct. Mistakes made after cutting steel are costly – in time, materials and customer confidence.
Who are the biggest winners with Cimatron Mold Design?
Not all toolrooms are created equal. Cimatron Mold Design offers the highest ROI potential for shops that:
- Work regularly with complex molds that are multi-slide or side-action
- Manage frequent customer part revisions
- Single cavity and multi cavity projects mix
- Face pressure to quote faster and deliver on time
Cimatron might be overkill for smaller shops doing simple, repeat work. But if your team regularly deals with complexity, the tool pays for itself.”
Bringing Your Team Up to Speed
One question toolrooms always ask: how soon can we be productive? Cimatron is built around the workflow a mold designer knows. The learning curve is less steep than switching to a completely foreign environment, since the software follows the logic of mold construction, not part modeling.
Most teams are working on real projects within weeks, not months, of training.
Final Word
Rework, late deliveries aren’t because your team is bad at their jobs. These are the byproduct of using tools that were not designed for the task. Cimatron Mold Design fills that gap – providing engineers with software that matches their thinking, and a workflow that mirrors the actual process of building a mold.
If you want to see how Cimatron Mold Design fits your operation, PELF Engineering can walk you through a live demonstration. Reach out and we’ll start with your most common mold form.