ABS
VersatileEasy to Paint
High impact and easy to process. Standard choice for electronics and toys.
Minimize tooling costs and scale seamlessly from prototyping
to mass production with Creallo’s vetted network.
80%
Reorder Rate
4.9
Average Rating
10K+
Projects Completed
ZERO
Zero Breaches
Select the ideal material for your product’s application and environment.
High impact and easy to process. Standard choice for electronics and toys.
Lightweight & chemical resistant. Superior hinge strength for flexible parts.
High transparency and impact resistance. Heat resistant and durable for optical parts.
Ideal for wear-resistant mechanical parts. Durable and low friction for gears.
High-precision and low-friction. Excellent dimensional stability for mechanical parts.
Rubber-like elasticity and high grip. Superior shock absorption for ergonomic parts.
Glass-like clarity and high gloss. Weather resistant and scratch resistant.
Flexible and cost-effective. High chemical resistance and impact strength.
From Quote to Delivery: A Seamless, Transparent Digital Experience.
Upload of 3D models (STEP, STP) and submission of specific project requirements
Professional engineering review of the mold structure and issuance of a finalized quote
Initiation of precision mold design and high-accuracy machining based on final drawings.
Verification of product shape and quality through T0–T3 trial injection samples.
Full-scale production and final inspection followed by secure delivery to the client.
We recommend the most efficient process based on your development stage and production volume.
From DFM to mass production, we optimize every process to sharpen your competitive edge.
Optimized Gate & Parting Line. We prevent defects through expert DFM analysis and 3D modeling.
From General to Engineering Plastics. We source and recommend the ideal material for your product’s environment.
Rigorous standards with dedicated PMs and precision QA.
Tailored Solutions for Any Volume. From cost-effective QDM to high-volume molds (100k+ shots).
1.Is there a minimum order quantity (MOQ) for Injection Molding? Can you support low-volume production?
The MOQ depends on the part size and project conditions, but in most cases the typical MOQ is around 1,000 units.
2.How many parts can be produced from a single mold? (Mold life)
A standard production mold typically supports 300,000–500,000 shots or more, depending on the mold material, part geometry, and processing conditions.
3.Can the design of an existing mold be modified after it has been manufactured?
Modifications are technically possible, but additional costs may apply. Mold changes generally require welding and secondary machining, which can lead to slight differences in surface texture—especially in areas with surface treatments. Because the modified areas may not appear perfectly uniform, mold modification is generally not recommended unless necessary.
4.What is an “Undercut,” and how is it resolved in injection molding?
An undercut refers to a feature—such as a hole, hook, or protrusion—that prevents the part from being ejected straight out of the mold along the opening direction.
To accommodate these features, additional mechanisms such as slides or lifters are incorporated into the mold. However, these mechanisms increase mold complexity and tooling cost. Creallo therefore recommends design strategies that minimize undercuts whenever possible. Please refer to our Design Guide for more information.
Our expert engineers will contact you after a though review.
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