Our standard 'L' Fixtures are are available in many standard sizes ranging from a 4.00" square working surface to a 24.0" square working surface. Custom sizes and configurations are available. This fixture is a modular system that can test virtually any circuit board in all three axis. Available in many sizes. Manufactured from solid magnesium billet stock.
Larger Cubes, 12.0 and up, are constructed from welded magnesium tooling plate, internally gussetted to minimize the overall weight and maintain strength and stiffness. The model STC MiniBase system offers the same basic features of the MonoBase System, but is designed to mount the entire shaker assembly including the shaker's standard support base, directly to a common steel and concrete platform.
Truly one of the most unique and revolutionary multiple axes test systems on the market. The Baughn Engineering system is the only one to date the has solved limitations of older designs. One of Baughn Engineering's greatest assets is finding solutions to challenging test requirements.
Larger Cubes, 12.0 and up, are constructed from welded magnesium tooling plate, internally gussetted to minimize the overall weight and maintain strength and stiffness. The model STC MiniBase system offers the same basic features of the MonoBase System, but is designed to mount the entire shaker assembly including the shaker's standard support base, directly to a common steel and concrete platform.
Truly one of the most unique and revolutionary multiple axes test systems on the market. The Baughn Engineering system is the only one to date the has solved limitations of older designs. One of Baughn Engineering's greatest assets is finding solutions to challenging test requirements.
Services
We at Baughn Engineering, with our unparalleled history of custom engineered fixture designs, provide our customers with unique solutions to meet their specific fixturing requirements.
With over 50 years experience we offer the test industry the most extensive library of proven fixture designs available.
Our in-house capabilities, including finite element analysis, provide our customers with the assurance that we will consistently and expediently supply a product that supports their test specifications.
With over 50 years experience we offer the test industry the most extensive library of proven fixture designs available.
Our in-house capabilities, including finite element analysis, provide our customers with the assurance that we will consistently and expediently supply a product that supports their test specifications.
Model HSA Stand-Alone Bearing Our model HSA hydrostatic bearing is interchangeable with other free-standing type guide bearings and has an 18,000 lb dynamic load capacity and an 8,000 lb static load capacity.
It requires a 2500 PSI hydraulic power supply.
It can be made to order with up to a 2-3/8 maximum stroke.
One of the least expensive methods of multi-axis vibration testing is through the use of 'L' and 'T' Fixtures.
I-Fixture provides a lightweight alternative to the standard magnesium Cube Fixture.
It requires a 2500 PSI hydraulic power supply.
It can be made to order with up to a 2-3/8 maximum stroke.
One of the least expensive methods of multi-axis vibration testing is through the use of 'L' and 'T' Fixtures.
I-Fixture provides a lightweight alternative to the standard magnesium Cube Fixture.
One of Baughn Engineering's greatest assets is finding solutions to challenging test requirements.
Nearly every fixture requires a degree of custom design, but in many cases the test requirements are so unique the fixtures must be approached from a completely new perspective.
We utilize many techniques to improve overall fixture performance.
For high frequency testing we often incorporate our "Q-Damp" damping material into the finished fixture for improved controllability and reduced vibration amplification levels during resonant conditions.
Nearly every fixture requires a degree of custom design, but in many cases the test requirements are so unique the fixtures must be approached from a completely new perspective.
We utilize many techniques to improve overall fixture performance.
For high frequency testing we often incorporate our "Q-Damp" damping material into the finished fixture for improved controllability and reduced vibration amplification levels during resonant conditions.
Our most popular test fixture, the standard magnesium Head Expander, provides a horizontal mounting surface that increases the shaker's available mounting surface area.
Shown with optional thermal protection.
Baughn engineering's Q-Damp damping process is incorporated into all of our stand magnesium Head Expanders for improved dynamic response characteristics during high frequency testing.
Our Standard Head Expanders are available in all sizes up to 60.
Special larger sizes can be made including dual shaker designs, square mounting surfaces up to 108 across the flats and others.
Shown with optional thermal protection.
Baughn engineering's Q-Damp damping process is incorporated into all of our stand magnesium Head Expanders for improved dynamic response characteristics during high frequency testing.
Our Standard Head Expanders are available in all sizes up to 60.
Special larger sizes can be made including dual shaker designs, square mounting surfaces up to 108 across the flats and others.
Multi-axis vibration testing can be accomplished in several ways.
One of the least expensive methods is through the use of 'L' Fixture.
These provide as least one vertical mounting surface to allow two axes of vibration by rotation of the the test article.
Are designed with two vertical mounting surfaces.
They often eliminate the need for more costly horizontal slip tables and hydrostatic bearing systems.
These are manufactured from AZ31B magnesium tooling plate for maximum stiffness and minimum weight.
One of the least expensive methods is through the use of 'L' Fixture.
These provide as least one vertical mounting surface to allow two axes of vibration by rotation of the the test article.
Are designed with two vertical mounting surfaces.
They often eliminate the need for more costly horizontal slip tables and hydrostatic bearing systems.
These are manufactured from AZ31B magnesium tooling plate for maximum stiffness and minimum weight.
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