Month: October 2026

How Can We Use Weight Reduction Techniques in Plastic Container Manufacturing?

Reduce a plastic container’s weight by removing unnecessary material or selecting a lower-density structure while meeting its specified function. Compare geometry, material and process changes against the actual contents, load, temperature, stacking duration, drop conditions, closure and barrier requirements. Lower mass, lower resin consumption and lower cost are different outcomes;

Read More »
Design

How Can We Optimize Mold Design for Plastic Buckets to Reduce Cycle Time and Material Usage?

Optimize a bucket mold by reducing cost per accepted bucket while maintaining its specified drop, stacking/creep, handle-load, lid-fit and dimensional performance. First measure the cycle bottleneck, part and scrap mass, reject rate and actual cooling conditions. Then compare geometry, gate/runner, cooling and process changes on the same acceptance basis; thinner

Read More »
Material

Stackable Plastic Container Design: How Does It Maximize Storage Efficiency?

Stackable container design can improve space use by matching footprints, stack interfaces and usable internal volume to the pallet or rack. Safe height is limited by the container, load, temperature, handling equipment and facility clearance requirements. A matching lid and base alone do not establish a safe floor-to-ceiling stack. What

Read More »
design-changes-after-tooling-starts
MANUFACTURING

What Happens If My Product Design Changes After Tooling Starts?

If your product design changes after tooling starts, first confirm which engineering, purchasing and machining operations are complete, pause the affected work and issue the current and proposed drawing revisions. The mold maker must assess whether the change can be machined, welded or handled with replacement inserts, then quote the

Read More »

Next-Generation TPE Materials: Enhanced Performance and Environmental Benefits?

“Next-generation TPE” is not a standardized material class. It is a useful market description for thermoplastic-elastomer grades developed for a particular improvement—such as recycled or bio-based content, adhesion to a selected substrate, lower density, softness, weathering or a demanding mechanical property. No grade improves every property at once. Select the

Read More »
FAQ

Tooling Ownership: Can I Own the Mold If I Pay for Tooling?

Before paying a tooling charge, document which mold and components the charge covers, the intended ownership and title-transfer event, and the rights to custody, maintenance, files and release. Payment wording alone may leave these questions unresolved. Have the transaction documents reviewed under the applicable law rather than assuming that one

Read More »
Material

TPE Medical Device Components: How to Handle Material Selection and Regulatory Compliance?

Selecting a TPE for a medical-device component is a device risk-management task, not a search for a generic “medical-grade” plastic. Start with the component’s body-contact category, duration, function, cleaning or sterilization exposure and regulatory pathway. Then select and validate an exact supplier grade. What makes a TPE candidate suitable for

Read More »
Injection Molding

What Happens to My Mold If I Stop Ordering?

Before orders stop, review the mold’s ownership, custody, storage, maintenance, notice and release terms. Assess any proposed disposal or transfer against the actual agreement and applicable law. Record the mold identity, condition, current contacts and restart requirements so an inactive tool remains traceable. Who Owns the Mold Once Production Stops?

Read More »
Material

How to Use Soft-Touch TPE in Premium Electronics: A Design and Manufacturing Guide?

A premium soft-touch surface comes from a controlled material–geometry–tool–process system, not from choosing a low Shore hardness alone. Start with the user’s grip, wear and cleaning conditions; then match a TPE grade to the rigid substrate and validate the appearance and bond on production-representative parts. Translate “premium feel” into measurable

Read More »
Material

Eco-Friendly Plastics Guide: Comparing Recyclability and Environmental Impact?

No plastic is environmentally preferable in every application. Compare candidates using the same functional unit—such as one accepted part over its required life—and verify the real collection, sorting and reprocessing route. A recyclable polymer used in an incompatible multi-material assembly may perform worse at end of life than its resin

Read More »

Start with the Project Basics

Use this short form for a general inquiry. For a quotation, complete the full RFQ and email any 3D/CAD files separately to jerry@ckmold.com.

Wait, We Have Something Special for You!

Join our mailing list and receive a 10% discount on your next mold or CNC project.