CNC & Swiss Machined Parts - Process Examples
Bel Air develops cost effective processes for finishing Swiss Machined and CNC machined parts of varying sizes and all materials across a wide range of industries. Bel Air uses these processes in conjunction with media and/or process compounds to create high quality finishes on all machined parts
Deburr Brass & Bronze Pin Connectors
Objective | Deburr Fine Cross Slots
|
|---|---|
Part Description | Electronic Connectors
|
Material | Brass |
Process Type | High Energy Mini Hoppa
|
These microscopic screw machined connectors needed to have their cross slots and other surfaces deburred.
Bel Air was able to develop a high volume system of deburring, cleaning, and drying that was able to increase customer production 3X.
CNC machined parts- Improve Deburring under High Energy Process
Objective | Deburr
|
|---|---|
Part Description | CNC machined parts
|
Material | steel |
Process Type | High energy |
The goal is to improve current old style deburring department with updated process media and equipment
CNC Machined Part - Centrifugal Disk Deburring
Objective | Remove Burrs & Sharp Edges |
|---|---|
Part Description | CNC Machined Part |
Material | 1-4 PH (Stainless Steel) |
Process Type | Disk Finisher Machine |
This part was created at a multi axis CNC machining center. The manufacturer was removing burrs & sharp edges by hand originally. Hand finishing large amounts of parts is a time consuming and not very cost effective process. Bel Air was able to reduce the cost of labor associated with hand finishing by providing a more consistent higher quality finish using a centrifugal disk finisher.
CNC Machined Part -Polish
Objective | Produce a mirror like polish |
|---|---|
Part Description | CNC machined Fittings |
Material | Stainless Steel |
Process Type | developmental |
The process is to eliminate as much of hand polishing labor and training as possible.
Round Edges and Deburr- Example
Objective | deburr and round edges |
|---|---|
Part Description | Plunger components |
Material | 440 SS |
Process Type | High energy finishing |
An example of micro deburring to validate a more economic method of part manufacturing
440 SS-Material- Round edges & Deburr
Objective | deburr and round edges |
|---|---|
Part Description | Plunger components |
Material | 440 SS |
Process Type | High energy finishing |
This process is suitable for use in removing inside and outside burrs, and sharp edges during cutting operations.
Objective | Improve performance |
|---|---|
Part Description | Swiss Machine Vape components |
Material | Aluminum |
Process Type | High energy wet and dry |
Objective | Increase process through put |
|---|---|
Part Description | Swiss Machine Vape components |
Material | Aluminum |
Process Type | High energy wet and dry |
Objective | Improve performance |
|---|---|
Part Description | Gear |
Material | 4140 steel |
Process Type | Centrifugal Disc Polishing Machine |
Objective | Improve performance |
|---|---|
Part Description | Gear – Cellular |
Material | Steel |
Process Type | Metal Tumbler |
Objective | Choose the correct media
|
|---|---|
Part Description | Heat sink, block & nozzle
|
Material | Alum & brass |
Process Type | Vibratory |
Objective | Choose the correct media
|
|---|---|
Part Description | Heat sink, block & nozzle
|
Material | Alum & brass |
Process Type | Disc Finisher Machine |
Objective | Choose the correct media
|
|---|---|
Part Description | Heat sink, block & nozzle
|
Material | Alum & brass |
Process Type | Ball Burnishers |
Objective | Polish |
|---|---|
Part Description | Wash Nozzle |
Material | Stainless steel |
Process Type | Metal Sanding |
Objective | Deburr |
|---|---|
Part Description | CNC Lathe Parts |
Material | Steel |
Process Type | Disc Finisher |
Objective | Prep for anodizing |
|---|---|
Part Description | Industrial Bracket |
Material | Titanium |
Process Type | Centrifugal Disc Finisher |
Objective | Prep for anodizing |
|---|---|
Part Description | CNC Machine Part |
Material | Aluminum |
Process Type | Centrifugal Disk Finishing |
Objective | Deburr grooves |
|---|---|
Part Description | CNC Industrial Connector |
Material | Steel alloy |
Process Type | Centrifugal Disc Finisher |
Objective | Descale |
|---|---|
Part Description | CNC Lathe Industrial Connector |
Material | Heat treated steel |
Process Type | Vibratory Tumbler Bowl, dry process with Eco-Flex media |
Objective | Deburr hard to reach areas |
|---|---|
Part Description | Assorted CNC Lathe Parts |
Material | Alloy steel |
Process Type | Centrifugal Disc Finisher with Ceramic Tumbling Media |
Objective | Consistent edge break |
|---|---|
Part Description | Piston Rings |
Material | Alloy steel |
Process Type | Centrifugal Disc Finisher |
Objective | Polish ends without effecting knurls |
|---|---|
Part Description | Tool Handle, Knurled |
Material | Stainless steel |
Process Type | Super Polish |
Objective | Deburr grooves |
|---|---|
Part Description | Industrial Pipe Fitting |
Material | Brass |
Process Type | Centrifugal Disc Finisher |
Objective | Dry deburr |
|---|---|
Part Description | Washer, Stamping |
Material | Brass |
Process Type | Brass Polishing Machine, with Eco-Flex dry media |
Objective | Blend machine lines |
|---|---|
Part Description | Forging |
Material | Aluminum |
Process Type | Vibratory Finishing |
Objective | Eliminate hand deburring |
|---|---|
Part Description | CNC Machined Bracket |
Material | Titanium |
Process Type | Metal Tumbler |
Objective | .003″ radius and brighten finish |
|---|---|
Part Description | Bevel Gears |
Material | Heat treated steel |
Process Type | Stream Finish |
Objective | Blend machining, pre-anodize finish |
|---|---|
Part Description | Camera Enclosure |
Material | Aluminum |
Process Type | Vibratory Finisher, dry process with Eco-Flex |
Objective | Tumble deburr |
|---|---|
Part Description | Turbine Blanks |
Material | Steel alloy |
Process Type | Reverse Drag Finisher |
Objective | Eliminate hand polishing |
|---|---|
Part Description | Casted Hardware |
Material | Aluminum |
Process Type | Metal Tumbling |
Objective | Deburr and polish |
|---|---|
Part Description | CNC Lathe Nozzle Blank |
Material | Aluminum |
Process Type | Centrifugal Disc Finisher |
Objective | Deburr |
|---|---|
Part Description | CNC Industrial Machined Component |
Material | Stainless steel |
Process Type | Centrifugal Disc Finisher |
Objective | Deburr and radius edge |
|---|---|
Part Description | CNC Bracket |
Material | Aluminum |
Process Type | Centrifugal Disc Finisher |
Objective | Deburr and pre-polish |
|---|---|
Part Description | Socket Wrench |
Material | Heat treated steel |
Process Type | Vibratory Polisher |
Objective | Deburr and polish wire EDM edge, remove re-cast |
|---|---|
Part Description | Thin Wall Tubing Component |
Material | Stainless steel |
Process Type | Tumbling Stainless Steel Parts |
Objective | Deburr and polish |
|---|---|
Part Description | Railroad Cutter Tool Insert Holder |
Material | Heat treated steel |
Process Type | Vibratory Tub Finisher |
CNC Miniature Deburring Process
Objective | Deburr |
|---|---|
Part Description | Small Medical Part |
Material | Soft Kovar Steel Alloy |
Process Type | Centrifugal Barrel Finisher |
These are miniature medical parts made from a very soft malleable steel alloy, kovar. In order to eliminate the hand deburring of these parts, Bel Air was able to make the finishing process more efficient by using a centrifugal barrel finisher to deburr the parts.
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