Processing Plastic Examples

Below you can find many examples of different 3D-printed plastic parts Bel Air Finishing has finished. We use a variety of machines and processes to achieve these results. If you would like to find more information about the processes or machines we use here at Bel Air, click the button to the right of each set of pictures. Within each example you can view a before and after image of each picture, along with a before and after metrology surface graph, if available. We have many options for the type of equipment we choose. Each picture indicates the equipment used for that particular part. If you want to see all the equipment options then click the view video button below.

Note: Click an image to view a full resolution version.

Objective
Post Processing 3D Plastic
Part Description
3D Printed Consumer Item
Printer Technology
Material
PA1100 Nylon
Process Type
High Energy
Objective
Surface finish
Part Description
Medical Implants
Printer Technology
Material
HP PA-1100
Process Type
Objective
Surface finish
Part Description
Medical – Consumer Pill Box
Printer Technology
Material
Printer Technology
Process Type
High Energy
3D Printed Part
Objective
Polish & dye
Part Description
Printer Technology
Material
EOS PA-1100
Process Type
Objective
Post process surface
Part Description
Printer Technology
Material
FDM Plastic
Process Type
High Energy
Objective
To appear molded
Part Description
3D Printed Consumer Item
Printer Technology
Material
PA2200 Nylon
Process Type
High Energy
Objective
Make surface as if molded
Part Description
Household appliance components
Printer Technology
Material
SLS
Process Type
Low Energy
Objective
Plastic Post Processing
Part Description
Printer Technology
Material
PA2200 Nylon
Process Type
High Energy
Objective
5 various process technologies
Part Description
Electronics
Printer Technology
Material
HP PA
Process Type
Various
Objective
Post Process Polishing
Part Description
3D Printed Consumer Art
Printer Technology
Material
Formiga P110
Process Type
Low Energy
Objective
Improve surface for functionality
Part Description
Various
Printer Technology
Material
Carbon Fiber Composite
Process Type
High Energy
Objective
Post Processing 3D Plastic
Part Description
3D Printed Consumer Item
Printer Technology
Material
PA11 Nylon
Process Type
High Energy
Objective
Improve surface finish for functionality, dye
Part Description
Carbon Fiber Composite
Printer Technology
Material
Various
Process Type
High Energy
Objective
3D Post Processing, Polishing & Dying Nylon
Part Description
AM Plastic Eyewear
Printer Technology
Material
PA2200
Process Type
High Energy
Objective
Replace hand sanding
Part Description
Aerospace
Printer Technology
Material
SLA Plastic
Process Type
Proprietary
Objective
3D Build Removal
Part Description
Additive Manufactured Plastic
Printer Technology
Material
PA2200
Process Type
Water Jet Build Removal
Objective
Surface finish, dye
Part Description
Automotive
Printer Technology
Material
HP PA-1100
Process Type
High Energy
Objective
Post Process Polishing of ASA
Part Description
AM Plastics
Printer Technology
Material
3D Plastic ASA
Process Type
Water Jet Build Removal
Objective
Improve surface for functionality
Part Description
Medical
Printer Technology
Material
Carbon Fiber
Process Type
Proprietary
Objective
N/A
Printer Technology
Part Description
Plastics
Material
ULTEM 9095
Process Type
High Energy
Objective
Remove build material
Part Description
Automotive
Printer Technology
Material
Nylon GF (glass filled)
Process Type
Custom horizontal tumbling equipment
Objective
N/A
Part Description
Plastics
Printer Technology
Material
ABS
Process Type
High Energy
Objective
Surface finish & polish
Part Description
Dental – 3D Plastic Tooth
Printer Technology
Material
Vero Clear
Process Type
High Energy
Objective
N/A
Part Description
Plastics
Printer Technology
Material
ABS
Process Type
High Energy
Objective
Remove build material
Part Description
Automotive – Intake Manifold
Printer Technology
Material
Nylon GF (glass filled)
Process Type
Custom horizontal tumbling equipment
Objective
N/A
Part Description
Plastics
Printer Technology
Material
ABS & PLA
Process Type
High Energy
Objective
Build removal
Part Description
3D plastic prototyping
Printer Technology
Material
HP PA-12 3D Plastic
Process Type
FM-WJ Water Jet Blaster
Objective
N/A
Part Description
Plastics
Printer Technology
Material
ABS & PLA
Process Type
High Energy
Objective
N/A
Part Description
Aerospace
Printer Technology
Material
SLA 3D plastic
Process Type
High Energy
Objective
N/A
Part Description
Object Vero Black
Printer Technology
Material
Plastics
Process Type
High Energy
Objective
Surface Finishing
Part Description
Plastics
Printer Technology
Material
DuraForm PA
Process Type
High Energy
Objective
3D Mass Finishing
Printer Technology
Part Description
Vero Clear
Material
Plastics
Process Type
High Energy
Objective
Surface Finishing
Part Description
Plastics
Printer Technology
Material
DuraForm PA
Process Type
High Energy
Objective
3D Part Finishing
Part Description
Additive Manufacturing
Printer Technology
Material
Post Processing 3D Plastic PETG
Process Type
High Energy
Objective
Surface Finishing
Part Description
Plastics
Printer Technology
Material
3D Plastics
Process Type
High Energy
Objective
Post Processing Plastic SLA
Part Description
e-Manufacturing
Printer Technology
Material
Post Processing 3D plastic ASA
Process Type
High Energy
Objective
Surface Finishing
Part Description
Consumer
Printer Technology
Material
VisiJet
Process Type
High Energy
Objective
Plastic 3D Parts
Part Description
Plastic Prototypes
Printer Technology
Material
Post Processing 3D Plastic ASA
Process Type
High Energy
Objective
Surface Finishing
Part Description
Automotive – Mold
Printer Technology
Material
3D Plastics
Process Type
High Energy
Objective
3D Printed Part Polishing
Part Description
3D Printing Prototypes
Printer Technology
Material
Post Processing Fromiga P110
Process Type
High Energy
Objective
Surface Finishing
Part Description
Automotive – Mold
Printer Technology
Material
3D Plastics
Process Type
High Energy
Objective
To achieve a molded surface finish
Part Description
3D Printing Plastic Prototypes
Printer Technology
Material
3D Systems Duraform ProX
Process Type
High Energy
Objective
Surface Finishing
Part Description
Unknown
Printer Technology
Material
FDM 3D Plastic
Process Type
High Energy
Objective
To achieve a molded surface finish
Part Description
3D Printing Plastic Prototypes
Printer Technology
Material
3D Systems Duraform HST
Process Type
High Energy
Objective
Surface Finishing
Part Description
Plastics
Printer Technology
Material
Vero Clear 3D Plastic
Process Type
High Energy
Objective
Plastic 3D Parts
Part Description
3D Printing
Printer Technology
Material
Post Processing 3D Plastic
Process Type
High Energy
Objective
Surface finish & polish
Part Description
Vero Clear
Printer Technology
Material
Plastics
Process Type
High Energy
Objective
3D Printed Part Polishing
Part Description
3D Printing
Printer Technology
Material
Post Processing 3D Plastic ASA
Process Type
High Energy
Objective
Pre-plated finish
Part Description
3D Printed Consumer Item – Jewelry
Printer Technology
Material
HP PA 11
Process Type
High Energy
Objective
Coating
Part Description
Plastics
Printer Technology
Material
ASA Blue Plastic
Process Type
High Energy
Objective
Pre-plated finish
Part Description
3D Printed Consumer Item – Jewelry
Printer Technology
Material
HP PA 11
Process Type
High Energy
Objective
Surface Finishing
Part Description
Plastics
Printer Technology
Material
ASA – Black
Process Type
High Energy
Objective
Coating
Part Description
Plastics
Printer Technology
Material
3D Plastics
Process Type
High Energy
Objective
Coating
Part Description
Plastics
Printer Technology
Material
3D Plastics
Process Type
High Energy
Objective
Plastics
Part Description
3D Plastics
Printer Technology
Material
Plastics
Process Type
High Energy
Objective
Plastics
Part Description
3D Plastics
Printer Technology
Material
Plastics
Process Type
High Energy
Objective
Surface Finishing
Part Description
Plastics
Printer Technology
Material
3D Plastics
Process Type
High Energy
Objective
Surface Finishing
Part Description
3D Plastics
Printer Technology
Material
Plastics
Process Type
High Energy
Objective
Surface Finishing
Part Description
Plastics
Printer Technology
Material
3D Plastics
Process Type
High Energy
Objective
Surface Finishing
Part Description
3D Plastics
Printer Technology
Material
Plastics
Process Type
High Energy
Objective
Surface Finishing
Part Description
Plastics
Printer Technology
Material
3D Plastics
Process Type
High Energy
Objective
Surface Finishing
Part Description
Plastics
Printer Technology
Material
3D Plastics
Process Type
High Energy
Objective
Surface Finishing
Part Description
Plastics
Printer Technology
Material
3D Plastics
Process Type
High Energy
Objective
Surface Finishing
Part Description
Plastics
Printer Technology
Material
3D Plastics
Process Type
High Energy
Objective
Surface Finishing
Part Description
Plastics
Printer Technology
Material
3D Plastics
Process Type
High Energy
Objective
Surface Finishing
Part Description
Plastics
Printer Technology
Material
3D Plastics
Process Type
High Energy
Objective
Surface Finishing
Part Description
Plastics
Printer Technology
Material
3D Plastics
Process Type
High Energy
Objective
Surface Finishing
Part Description
Plastics
Printer Technology
Material
3D Plastics
Process Type
High Energy
Objective
Surface Finishing
Part Description
Plastics
Printer Technology
Material
3D Plastics
Process Type
High Energy
Objective
Surface Finishing
Part Description
Plastics
Printer Technology
Material
3D Plastics
Process Type
High Energy
Objective
Build removal & surface finishing
Part Description
Electronics
Printer Technology
Material
SLA
Process Type
FMSL 8 Centrifugal Disc Finisher
Objective
Build & support material removal
Part Description
Plastics
Printer Technology
Material
SLA
Process Type
Dunker
Objective
Surface Finishing
Part Description
Plastics
Printer Technology
Material
3D Plastic
Process Type
High Energy
Objective
Surface Finishing
Part Description
Plastics
Printer Technology
Material
3D Plastics
Process Type
High Energy
Objective
Surface Finishing
Part Description
Plastics
Printer Technology
Material
3D Plastics
Process Type
High Energy
Objective
Surface Finishing
Part Description
Plastics
Printer Technology
Material
3D Plastic
Process Type
High Energy
Objective
Surface Finishing
Part Description
Plastics
Printer Technology
Material
3D Plastic
Process Type
High Energy
Objective
Surface Finishing
Part Description
Plastics
Printer Technology
Material
3D Plastics
Process Type
High Energy
Objective
Surface Finishing
Part Description
Plastics
Printer Technology
Material
3D Plastic
Process Type
High Energy
Objective
Surface Finishing
Part Description
Plastics
Printer Technology
Material
3D Plastics
Process Type
High Energy
Objective
Build Removal
Part Description
Plastics
Printer Technology
Material
3D Plastic
Process Type
Water Jet Build Removal
Objective
Coating
Part Description
Plastics
Printer Technology
Material
3D Plastic
Process Type
High Energy
Objective
Surface Finishing
Part Description
Plastics
Printer Technology
Material
3D Plastics
Process Type
High Energy
Objective
Surface Finishing
Part Description
Plastics
Printer Technology
Material
3D Plastics
Process Type
High Energy
Objective
Surface Finishing
Part Description
Plastics
Printer Technology
Material
3D Plastics
Process Type
High Energy
Objective
Surface Finishing
Part Description
Plastics
Printer Technology
Material
3D Plastics
Process Type
High Energy
Objective
Surface Finishing
Part Description
Plastics
Printer Technology
Material
3D Plastics
Process Type
High Energy
Objective
Surface Finishing
Part Description
Plastics
Printer Technology
Material
3D Plastics
Process Type
High Energy