Whether you need a quick batch of 1,000 parts to test the market or a million parts for global distribution, we make manufacturing easy. Crenodez provides high-quality plastic injection moulding driven by expert engineering, giving you the right mold, the right material, and the right machine for your project.
Tooling is an investment. We make sure your part is completely ready for the real world before you spend a single dollar cutting steel.
We use advanced software to digitally simulate how molten plastic will fill your mold. This helps us catch and fix potential design issues—like warping, air traps, or thin walls—early in the process.
Want to be 100% sure the part fits? We can produce physical prototype samples using our 3D Printing Services so you can test the form and function before tooling begins.
Our managed manufacturing network gives you unmatched flexibility. We match your part to the exact right machine—from small 50-ton presses for electronics to massive 1,500-ton presses for automotive panels.
We don't force you into an expensive steel mold if you only need a few thousand parts. Compare your options below.
| Type | Material Used | Expected Lifespan | Cost & Speed | Best For |
|---|---|---|---|---|
| Soft Tooling | High-Grade Aluminum | 1,000 – 5,000 Parts | Lowest Cost / Fastest | Testing the market, rapid bridge production. |
| Soft Tooling | Mild Steel (MS) | 5,000 – 25,000 Parts | Medium Cost / Fast | Small batch production runs with simple shapes. |
| Hard Tooling | P20 Steel | 50,000 – 300,000 Parts | Higher Cost / Slower | Standard mass production with great finishes. |
| Hard Tooling | D20 / Hardened Steel | 500,000+ Parts | Premium Cost / Slowest | Continuous automation, millions of parts. |
We engineer the tooling to give you the best possible price per part.
We combine the cost advantages of Indian manufacturing with strict European quality standards.
With our engineering operations in Chennai and our regional office in the Netherlands, we seamlessly manage your project, handle the logistics, and deliver finished parts directly to your door.
Our engineers analyze your CAD file, perform mold flow simulations, and finalize the tool design to ensure perfect injection.
Once the mold is cut, we run the first few test parts (T1 samples) and ship them to you for physical review and functional approval.
Based on your feedback, we make any necessary micro-adjustments to the mold and apply your requested surface textures.
The tool is placed into the press for continuous, automated production. Parts are inspected, packaged, and shipped.
We stock and shoot almost every commercial and engineering-grade thermoplastic available on the market.
The standard for consumer goods. Excellent impact resistance, structural rigidity, and options for optical clarity.
Tough, wear-resistant, and self-lubricating. Perfect for mechanical gears, functional brackets, and automotive parts.
Flexible and rubber-like. The ideal choice for overmolded ergonomic grips, protective bumpers, and custom seals.
Built to survive extreme heat and harsh chemicals. Frequently used in demanding aerospace and medical applications.
Your parts shouldn't just function perfectly; they need to look showroom-ready right out of the mold. We apply standard and custom finishes directly to the steel cavity.
A: You do. Once the tooling is paid for, you own the mold. We simply store and maintain it safely within our facility for whenever you need to run a batch.
A: We are very flexible. Using our soft aluminum tooling, we regularly run small batches of 500 to 1,000 parts for our clients.
A: We work with almost all commercial plastics. This includes common materials like ABS, Polycarbonate, and PP, as well as tough engineering resins like Nylon and rubber-like TPU.
A: A soft aluminum tool can usually provide first test samples in 2 to 3 weeks. A complex, multi-cavity steel tool usually takes between 4 and 6 weeks.