Bel Air develops mass finishing systems for many customers in the Automotive Industry. Below are examples of precision deburring, ultrapolishing, & surface smoothing using our vibratory tumblers, high energy finishers, & drag finishers. You will see transmission gears, polished engine gears, & deburred housings. 

Objective
Deburr edges & threads
Part Description
Automotive Connector
Material
Aluminum
Process Type
High Energy Centrifugal Disc Finisher
Objective
Deburr edges & threads
Part Description
Automotive Connector
Material
Aluminum
Process Type
Centrifugal Disc Finisher
Objective
Deburr edges & threads
Part Description
Automotive Connector
Material
Aluminum
Process Type
Centrifugal Disc Finisher
Objective
Attain gear surface Ra of 8
Part Description
Transmission Gears
Material
Steel alloys
Process Type
Vibratory tumbling with chemical accelerated process
Objective
Micropolish gear teeth
Part Description
Transmission Gear
Material
Carbon steel
Process Type
High Energy Barrel Tumbler
Objective
Refurbish – remove carbon build-up
Part Description
Diesel Turbo Vane
Material
Carbon steel
Process Type
Water Jet Slurry Blaster
Objective
Ultrapolish surfaces for enhanced operation, automated
Part Description
Engine Valves
Material
Steel alloy
Process Type
AutoHone Drag, Wave Finisher
Objective
Deburr tiny slots, cellular
Part Description
Injector Nozzle
Material
Unknown
Process Type
Mini Hoppa, High-Energy Barrel
Objective
Pre-plate polish
Part Description
Automotive Trim Buttons
Material
Die cast aluminum
Process Type
High Energy Centrifugal Disc Finisher
Objective
Deburr and prep surface
Part Description
Injector Parts
Material
Bi-Metal
Process Type
Centrifugal Barrel Finisher
Objective
Clean & refinish
Part Description
Automotive Housing
Material
Unknown
Process Type
Vibratory Tub Finisher
Objective
Clean & refinish
Part Description
Automotive Housing
Material
Unknown
Process Type
Vibratory Tumbler Finisher
Objective
Deburr
Part Description
Automotive Latches
Material
Steel alloy
Process Type
Vibratory Tumbler
Objective
Clean contaminants
Part Description
Automotive Injector Molded Manifold
Material
Unknown plastic
Process Type
Custom ultrasonic cleaning system
Objective
Micro deburr
Part Description
Automotive Injector Valve
Material
Steel alloy
Process Type
Centrifugal Disc Finisher
Objective
Ultrapolish
Part Description
Transmission Gear
Material
Carbon steel alloy
Process Type
Reverse Drag, Wave Polisher
Objective
Deburr grooves
Part Description
Pneumatic Poppet Valve
Material
Aluminum alloy
Process Type
Centrifugal Disc Finisher
Objective
Deburr grooves & polish shaft
Part Description
Pneumatic Poppet Valve
Material
Carbon steel
Process Type
Centrifugal Disc Finisher
Objective
Deburr
Part Description
Clutch Disc Washer
Material
Brass
Process Type
Centrifugal Disc Finisher, dry process
Objective
Super polish
Part Description
Carbide Burnishing Roller
Material
Carbide
Process Type
Drag Finisher
Objective
Deburr
Part Description
Sprocket
Material
Steel
Process Type
Reverse Drag Spindle Finisher
Objective
Clean build material
Part Description
Automotive Mold Pattern, MOPAR
Material
MJ, BJ 3D printed plastic
Process Type
Barrel Tumbler
Objective
Clean build material
Part Description
Manifold Pattern
Material
MJ, BJ 3D printed plastic
Process Type
Barrel Tumbler
Objective
Deburr and prep surface
Part Description
Bracket
Material
3D printed maraging steel
Process Type
Centrifugal Barrel Finisher
Objective
Pre-plate polish
Part Description
Automotive Knob Accessory
Material
Aluminum
Process Type
Centrifugal Disc Finisher
Objective
Surface finish inside vanes
Part Description
Turbo Housing
Material
SLS, DMLS 3D printed metal
Process Type
Water Jet Slurry Blaster