Linear Array Probes
Discover our linear array probe with state of the art performances to fulfill all applications needing superficial high contrast and high resolution for intricate imaging needs.
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Product
Type
Elements
Frequency
Pitch
Curvature
Aperture
Focal
-
Number elements 128
-
Center Frequency 15.0
-
Pitch 0.1
-
Radius curvature N/A
-
Transverse aperture 1.5
-
Focal Depth 6
-
Number elements 192
-
Center Frequency 15.0
-
Pitch 0.13
-
Radius curvature N/A
-
Transverse aperture 3.25
-
Focal Depth 25
-
Number elements 256
-
Center Frequency 15.0
-
Pitch 0.15
-
Radius curvature N/A
-
Transverse aperture 3
-
Focal Depth 28
-
Number elements 128
-
Center Frequency 18.0
-
Pitch 0.1
-
Radius curvature N/A
-
Transverse aperture 3
-
Focal Depth 20
-
Number elements 192
-
Center Frequency 18.0
-
Pitch 0.1
-
Radius curvature N/A
-
Transverse aperture 1.5
-
Focal Depth 8
-
Number elements 256
-
Center Frequency 18.0
-
Pitch 0.1
-
Radius curvature N/A
-
Transverse aperture 1.5
-
Focal Depth 8
-
Number elements 128
-
Center Frequency 28.0
-
Pitch 0.07
-
Radius curvature N/A
-
Transverse aperture 1.5
-
Focal Depth 8
-
Number elements 256
-
Center Frequency 40.0
-
Pitch 0.05
-
Radius curvature N/A
-
Transverse aperture 2
-
Focal Depth 6
-
Number elements 128
-
Center Frequency 10.0
-
Pitch 0.2
-
Radius curvature N/A
-
Transverse aperture 3.5
-
Focal Depth 13
-
Number elements 192
-
Center Frequency 10.0
-
Pitch 0.2
-
Radius curvature N/A
-
Transverse aperture 3.5
-
Focal Depth 17
-
Number elements 256
-
Center Frequency 10.0
-
Pitch 0.15
-
Radius curvature N/A
-
Transverse aperture 3
-
Focal Depth 13
-
Number elements 128
-
Center Frequency 6.0
-
Pitch 0.3
-
Radius curvature N/A
-
Transverse aperture 6
-
Focal Depth 35
-
Number elements 192
-
Center Frequency 6.0
-
Pitch 0.2
-
Radius curvature N/A
-
Transverse aperture 6
-
Focal Depth 35
-
Number elements 192
-
Center Frequency 6.0
-
Pitch 0.2
-
Radius curvature N/A
-
Transverse aperture 6
-
Focal Depth 35
-
Number elements 192
-
Center Frequency 8.0
-
Pitch 0.286
-
Radius curvature N/A
-
Transverse aperture 4
-
Focal Depth 20
-
Number elements 128
-
Center Frequency 8.5
-
Pitch 0.3
-
Radius curvature N/A
-
Transverse aperture 4
-
Focal Depth 21
-
Number elements 192
-
Center Frequency 8.5
-
Pitch 0.2
-
Radius curvature N/A
-
Transverse aperture 4
-
Focal Depth 20
-
Number elements 256
-
Center Frequency 8.5
-
Pitch 0.2
-
Radius curvature N/A
-
Transverse aperture 4
-
Focal Depth 20
-
Number elements 128
-
Center Frequency 8.5
-
Pitch 0.3
-
Radius curvature N/A
-
Transverse aperture 5
-
Focal Depth 24
-
Number elements 192
-
Center Frequency 8.5
-
Pitch 0.2
-
Radius curvature N/A
-
Transverse aperture 4
-
Focal Depth 20
-
Number elements 128
-
Center Frequency 8.5
-
Pitch 0.3
-
Radius curvature N/A
-
Transverse aperture 4
-
Focal Depth 20
HF Linear Array – 15.0MHz – 128 elts
LA
LA 15.0/128
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HF Linear Array – 15.0MHz – 192 elts
LA
LA 15.0/192
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HF Linear Array – 15.0MHz – 256 elts
LA
LA 15.0/256
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HF Linear Array – 18.0MHz – 128 elts
LA
LA 18.0/128-SiX
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HF Linear Array – 18.0MHz – 192 elts
LA
LA 18.0/192-SiX
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HF Linear Array – 18.0MHz – 256 elts
LA
LA 18.0/256-SiX
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HF Linear Array – 28.0MHz – 128 elts
LA
LA 28.0/128-SiX
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HF Linear Array – 40.0MHz – 256 elts
LA
LA 40.0/256-SiX
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Linear Array – 10.0MHz – 128 elts
LA
LA 10.0/128
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Linear Array – 10.0MHz – 192 elts
LA
LA 10.0/192
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Linear Array – 10.0MHz – 256 elts
LA
LA 10.0/256
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Linear Array – 6.0MHz – 128 elts
LA
LA 6.0/128
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Linear Array – 6.0MHz – 192 elts
LA
LA 6.0/192
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Linear Array – 6.0MHz – 192 elts
LA
LA 6.0/192-SiX
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Linear Array – 8.0MHz – 192 elts
LA
LA 8.0/192
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Linear Array – 8.5MHz – 128 elts
LA
LA 8.5/128
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Linear Array – 8.5MHz – 192 elts
LA
LA 8.5/192
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Linear Array – 8.5MHz – 256 elts
LA
LA 8.5/256
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Linear Array 3D Wobble – 8.5MHz – 128 elts
LA
LA 8.5/128-4D
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Linear Array 3D Wobble – 8.5MHz – 192 elts
LA
LA 8.5/192-4D
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OEM USB Probe – 8.5MHz – 128 elts
LA
LA 8.5/128-DKPOC
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In a linear array transducer individual elements are arranged in a linear shape, typically containing 128, 192 or 256 elements. The higher the number of elements, the more complex and powerful the system becomes. By firing groups of transducer elements in sequence, a series of adjacent acoustic beams is generated, each forming a scanline perpendicular to the transducer face or slightly tilted. The active firing elements form the active transmit aperture. These scan lines are combined to form the US image and to compose a given field of view.
Linear array transducers are used for small parts and fine structures in MSK and Radiology, vessels in Cardiovascular, and Interventional applications. The rectangular image format produced by these transducers is particularly well suited for these applications.
