Foundry

Dual Station Core Making Machine
Dual Station Core Making Machine
Gravity Tilt Pour Machine
Gravity Tilt Pour Machine
Reverberatory Furnace
Reverberatory Furnace
Heat Treating Furnace Operation
Heat Treating Furnace Operation
Marzak - Marzatech FH-690 Horizontal Machining Center
HALL #6H Tilt-Pour Permanent Mold Casting Machine

New "Solution Furnace"

Rotary Stainless Steel Shot Blasting Machine

Corbitt produces permanent mold aluminum castings. These castings have the following advantages over sand castings:

[Bullet] Better surface finish for an improved appearance
[Bullet] Good grain structure permits better strength characteristics and less porosity than sand castings.
[Bullet] Tighter tolerance than sand casting, which means less allowance for required material to machine finish. This minimizes machining cost.

Permanent molding also has the capability to cast in parts such as: studs, nuts, bushings, pipes, and any other integral parts. Parts can range in size from 1lb to 75lb.

Foundry Equipment

[Bullet]
Molding Equipment
[Bullet]
7-Tilt Pour Machines
 4-18"x24" Stahl
 2-32"x32" Hall
 1-42"x62" Hall
[Bullet]
4-Carrier Type Machines
[Bullet]
1-Large Diameter Vertical Pour Machine

Furnaces

[Bullet] 3-Reverbatory
[Bullet] 1-Gas Crucible

Core Machines

[Bullet]
1-Harrison 24"x24"

Aluminum Heat Treat Equipment

[Bullet] 3-1,000lb. Solution Furnaces
[Bullet] 1-2,500lb. Dispatch Age Oven
[Bullet] 1-1500lb. Solution Furnace

Finishing Equipment

[Bullet] Jet Wheelblast- Rotary Stainless Steel Shot Blasting Machine

Testing Equipment

[Bullet] Spectrometer- Arun Technologies 2000
[Bullet] Brinell Testing
[Bullet] Tensile Test

 

           
Cast Valve - 30" long
Cast Valve - 30" long
Custom Casting for Overhead Material Handling
Custom Casting for
Overhead Material Handling
Cast Handles
Cast Handles
Gear Box
Gear Box
Home | RFQ | Machine Shop | Foundry/Metalcasting | Metal Pressworking
What's New
| Quality Assurance | Response | Engineering | Products
Send mail to Corbitt Manufacturing Company
Copyright © 1997-2000
Last modified: December 3, 2000