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CAPABILITIESAluminum Dip and
Vacuum Brazing >
CNC Turning and Milling >CNC Wire and Ram
Electrical Discharge
Operations >
Precision Laser Cutting >Precision Waterjet Cutting >PORTFOLIOS5 Axis CNC Milling of a
Titanium Keel Fitting
for the Aerospace Industry >
Dip Brazing of an Aluminum
Fin Field for the Military Industry >
CNC Milling of a Copper Heat Sink
for the Aerospace Industry >
Fabrication of an Aluminum
Housing for the Military Industry >
CNC Milling of an Aluminum
Bus Adapter for the
Aerospace Industry >
Dip Brazing of an Aluminum
Chassis for the Military Industry >
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Aluminum Dip and Vacuum Brazing

Allowing for the simultaneous fusion of multiple joints with varying material thicknesses, our superior aluminum dip and vacuum brazing operations provide parts with improved structural integrity, better conductivity, and less distortion than alternative machining processes. And, our aluminum dip and vacuum brazing service provides our clients with reduced tooling costs and significant material savings. Our vacuum can operate on aluminum parts measuring 36x24x18 inches, while our aluminum dip can handle parts measuring 36x48x48 inches.

At Ridge Engineering, we are dedicated to providing clients with the most advanced machining operations that combine high-quality production with considerable cost savings and shorter lead times. All of our brazing services meet high industry standards. And, we further ensure the quality of our craftsmanship by performing a variety of inspection analyses, such as flow and pressure testing, all executed with our own, custom-built equipment.

We further ensure the just-in-time manufacturing and delivery of all our aluminum dip and vacuum brazing products, which include antenna arrays, wave guides, and heat sinks. Happily serving diverse industries, ranging from aerospace to transportation and packaging, we invite you to contact Ridge Engineering today to learn more about our advanced brazing operations.

  Aluminum Dip and Vacuum Brazing
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Aluminum Dip and Vacuum Brazing
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Aluminum Dip and Vacuum Brazing - Capabilities

Brazing Processes Aluminum Dip
Vacuum
For Vacuum Brazing a vacuum is created in a furnace to clean
the atmosphere of oxides to ensure clean joint surfaces.

Heat Treatment
Length
  Max (Vacuum): 36 in (152.4 mm)
Max (Dip): 30 in
762
Width
  Max (Vacuum): 24 in (609.6 mm)
Max (Dip): 48 in
1219.2
Height
  Max (Vacuum): 18 in
457.2 mm
Max (Dip): 48 in
1219.2
Operation Manual
Testing Flow Testing (Utilizing Custom Equipment)
  • JP-8
  • Ethylene Glycol & Water (EGW)
  • Water
  • PAO
Pressure Testing
Materials Aluminum
Characteristics Reduced Tooling Costs
Material Savings
Improved Structural Integrity
Better Conductivity
Less Distortion
Leak Tight
No Heat Affected Zone
Production Volume Prototype
Low Volume
High Volume
Lead Times Available Quoted on job by job basis
Expedite services available
Industry Focus Aerospace
Auto/Transportation
Dental
Electronic
Energy
Food
Marine
Medical
Military/Defense
Oil Field
Packaging/Converting
Space
Intended Applications Antenna Arrays
Chassis Assemblies
Cold Plates
Fin Stock
Heat Sinks
Wave Guides
Industry Standards AMS
  • AMS 2770 (Heat Treat)
ASME
American Society of Mechanical Engineers
ASTM
American Society for Testing and Materials
AWS
American Welding Society
  • AWS C3.7
ISO
International Organization for Standardization
  • ISO 9001:2000
Mil-Spec
Military Specifications
  • MIL-B-7883
File Formats AutoCAD (DWG,DWZ)
BMP
Bit Mapped Graphics
DXF
Drawing Interchange Format, or Drawing Exchange FormatGIF
Graphics Interchange Format
IGES
Initial Graphics Exchange Specification, ANSI file format.
JPG or JEPG
Joint Photographic Experts GroupMasterCam (MDX, MC8, MC9, SET)
Parasolids
PDF
Portable Document Format
STEP
Standard for the Exchange of Product Model Data
TIFF
Tagged Image File Format
Unigraphics
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