Successful extrusion projects depend on more than just good design — they rely on effective collaboration between engineers and extrusion manufacturers.

Engaging with a manufacturing partner early in the design process can significantly improve outcomes, reduce costs, and accelerate time to production.

Why Early Collaboration Matters

Waiting until a design is finalized before consulting a manufacturer often leads to avoidable challenges.

Early collaboration helps:

• identify manufacturability issues
• optimize profile geometry
• reduce tooling revisions
• improve production efficiency

In many cases, small design adjustments early can prevent major changes later.

Design Review and Feedback

During the early stages of a project, engineers and manufacturers typically review:

• profile geometry
• wall thickness distribution
• tolerance expectations
• material selection

This process helps align design intent with manufacturing capabilities.

Material and Process Selection

Manufacturers can provide valuable insight into:

• material performance during extrusion
• shrinkage and cooling behavior
• process limitations
• cost implications

This input helps engineers make more informed design decisions.

Tooling Development Collaboration

Extrusion tooling is developed based on the profile design, but adjustments are often required during initial trials.

Collaboration during tooling development allows for:

• faster iteration
• improved dimensional accuracy
• reduced trial-and-error

Open communication helps ensure the final profile meets performance expectations.

Production and Continuous Improvement

Collaboration does not stop after initial production.

Ongoing communication can help:

• improve production efficiency
• address performance issues
• optimize material usage
• refine profile design over time

Strong partnerships often lead to long-term improvements in both product performance and manufacturing efficiency.

Working with OEM Engineers

Lincoln Plastics works closely with OEM engineers throughout the design, tooling, and production process to ensure successful outcomes.

Applications include:

• agricultural equipment
• industrial machinery
• infrastructure protection systems
• cord management products

If you're developing a custom extrusion profile, early collaboration can help streamline the process and improve results.

Contact us today:
https://www.lincoln-plastics.com/contact-us

Engineer Education Series

Explore the full series:

Engineer Education Series #1:
Designing Plastic Extrusion Profiles – Key Engineering Considerations

Engineer Education Series #2:
Plastic Extrusion Tolerances – What Engineers Should Expect

Engineer Education Series #3:
Common Design Mistakes Engineers Make with Plastic Extrusion

Engineer Education Series #4:
How Plastic Extrusion Tooling Works

Engineer Education Series #5:
Plastic Extrusion vs Injection Molding – When to Use Each

Engineer Education Series #6:
Plastic vs Metal Components in Equipment Design

Engineer Education Series #7:
Designing Plastic Components for Outdoor Equipment

Engineer Education Series #8:
Co-Extrusion vs Single Material Extrusion

Engineer Education Series #9: How Engineers Collaborate with Extrusion Manufacturers
Engineer Education Series #10: Material Selection for Extruded Plastic Parts

Additional Engineering Resources

Society of Plastics Engineers (SPE)
https://www.4spe.org

Plastics Industry Association
https://www.plasticsindustry.org

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