Updated February 2026

What is industrial solutions custom plastic fabrication?

Industrial solutions custom plastic fabrication is the set of processes used to turn plastic stock shapes (sheet, rod, tube) into finished parts and assemblies. Depending on the application, fabrication can include machining, thermoforming, bonding or welding, and finishing. Industrial solutions custom plastic fabrication can support prototypes, short runs, and repeat production when the material and process are matched to the application.

Explore capabilities here: plastics fabrication

For precision parts, our plastic machining services are often part of the process. 

Common processes in industrial solutions custom plastic fabrication

Plastic fabrication can include multiple methods depending on geometry, volume, tolerance needs, and material behavior.

CNC machining

CNC machining is ideal for precision parts, prototypes, short runs, and repeat production where tolerances and finishes matter.

Thermoforming and forming

Thermoforming shapes heated sheet into parts like covers, trays, and guards – often a smart choice for formed geometries without complex machining.

Welding, bonding, and assembly

Some projects require bonded or welded assemblies, inserts, and fasteners to create finished subassemblies.

Cutting, drilling, tapping, and finishing

Secondary operations – drilling, tapping, edge finishing, engraving, polishing – are often required to meet functional or cosmetic requirements.

Common plastic types used in fabrication

Many everyday materials are plastics, and industrial fabrication often relies on engineering-grade plastics for wear resistance, stability, chemical resistance, or heat performance.

Common examples include:

•   Nylon
•   Polyester
•   PVC
•   Polystyrene and foam grades
•   Polyethylene (including UHMW)
•   Acrylic
•   ABS
•   High-performance plastics (application dependent)

If you need help narrowing options quickly, use our plastics search.

Where custom plastic fabrication is used

Custom plastic fabrication supports a broad range of industries because plastics can be durable, lightweight, and resistant to moisture, chemicals, vibration, and impact (material dependent).

Common industries include:

•   Automotive and transportation
•   Food and beverage processing
•   Medical, lab, and pharmaceutical (requirements dependent)
•   Electronics and electrical insulation
•   Construction, packaging, and industrial equipment

Common fabricated parts include washers, bearings, bushings, adapters, guide rings, insulation components, shims, O-rings, signs, and packaging or handling solutions.

How to request a quote (and avoid delays)

For industrial solutions custom plastic fabrication, the fastest quotes come from clear drawings, environment details, and defined critical tolerances. The fastest way to keep a quote moving is to clarify the environment and the critical features up front:

•   Drawing (PDF + STEP/IGES if available)
•   Quantity + timeline
•   Material callout (or operating environment if unsure)
•   Critical tolerances + inspection requirements
•   Finish requirements
•   Assembly needs
•   Operating environment (temperature, chemicals, wear, washdowns)

To get started, review our services.

If documentation or compliance matters, see certifications and testing.

References

Reference (industry overview): Plastics Industry Association (PLASTICS) https://www.plasticsindustry.org/

Frequently Asked Questions

What’s the difference between plastic fabrication and plastic machining?

Machining is one fabrication method (CNC) used to hit tighter tolerances. Fabrication is broader and can include forming, bonding or welding, assembly, and finishing.

What should I include for a fabrication quote?

Drawing + quantity/timeline + material or environment + critical tolerances + finish + assembly needs + operating conditions.

Can plastics replace metal or glass in industrial applications?

Sometimes – material selection depends on temperature, load, wear, and chemical exposure.

Do you support prototype-to-production fabrication?

Yes – many projects start as prototypes and move into repeat runs once validated.

Can you recommend a material if we only know the application?

Yes – temperature, chemicals, wear/impact, and any compliance requirements are usually enough to narrow options.