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The Dakota FX81-DL Benchtop Flaw Detector (DFX-8+), part number Z-251-0001, combines ultrasonic flaw detection with material thickness measurement for laboratory use. It features Time Corrected Gain, which automatically compensates for sound attenuation in the material so that an equal reflector reads at the same amplitude regardless of its depth. That correction is what keeps flaw sizing consistent through thicker sections, which is the core challenge in reliable defect assessment.
The Dakota FX81-DL Benchtop Flaw Detector runs several measurement modes: pulse-echo for pit and flaw detection from 0.63mm to 3048cm, pulse-echo coating for material and coating together, pulse-echo temperature-compensated detection, echo-echo and echo-echo verify for through-paint and coating work, and a coating-only mode from 0.0127 to 2.54mm. Detection options include Z-Cross, Flank and Peak, with sizing toolkits DAC, AWS, TCG and DGS, and pulse repetition frequency adjustable from 8 to 333Hz. Scan speed reaches up to 50 readings per second, and probe zero, recognition and temperature compensation are automatic. Transducer support spans delay line, pencil, contact and dual probe types.
Readings appear on a sunlight-readable QVGA TFT colour display with a 60Hz refresh. Storage is 6GB internal plus an external SD slot up to 64GB, downloadable to DakMaster software, and grid batching lets users mark OBSTRUCT for inaccessible locations. The thickness gauge calibration is traceable to NIST and MIL-STD-45662A, and the flaw detector is EN12668-1 compliant. Supplied by BAMR, South Africa's authorised distributor.
Dakota FX81-DL Benchtop Flaw Detector (DFX-8+)
The Dakota FX81-DL Bench Top Flaw Detector combines state-of-the-art flaw detection with advanced material thickness capabilities. Designed for laboratory use, it is a high-performance tool tailored for precise flaw detection featuring Time Corrected Gain (TCG), which automatically compensates for sound attenuation in materials to enhance measurement accuracy.
- Blanview sunlight readable QVGA TFT colour display
- Sizing Toolkits DAC, AWS, TCG, DGS
- Pulse Repetition Frequency 8 to 333 Hz, adjustable
- Screen Refresh Rate 60Hz
- Detection Z-Cross, Flank & Peak
- Automatic probe zero, probe recognition, and temperature compensation
- Measurement Variety of modes to address a number of applications
- Large data storage 6Gb internal & up to 64Gb external SD slot
- Multiple formats Alpha numeric grid and sequential with auto identifier
- Up to 12 hours of battery life
When to use the Dakota FX81-DL Benchtop Flaw Detector
Use the FX81-DL when flaw detection and thickness work is done at a bench in the laboratory rather than out in the field. It pairs the DAC, AWS, TCG and DGS sizing toolkits with Time Corrected Gain that compensates for sound attenuation in the material, which matters when you need consistent readings across thicker or more attenuating parts.
- 1Built for the benchUp to 12 hours of battery life and a 2.04kg housing suit sustained laboratory sessions where you are working through batches rather than walking an asset.
- 2Time Corrected Gain compensationTCG automatically corrects for sound attenuation in the material, which keeps sizing accurate when defects sit at varying depths in the part.
- 3Large internal plus expandable storage6GB internal memory and an SD slot up to 64GB hold long inspection runs with grid and sequential batching, so records stay on the instrument for later reporting.
- 4Wide probe selectionDelay line, pencil, contact and dual probe support covers thin materials, tight access, general flaw detection and corrosion inspection from one bench unit.
Lower-budget alternatives
Ten minutes on a call with one of our specialists usually saves you from buying the wrong instrument.
Book a 10-minute callOr , our product assistant, for an instant answer.
When to use this
When to use the Dakota FX81-DL Benchtop Flaw Detector
Use the FX81-DL when flaw detection and thickness work is done at a bench in the laboratory rather than out in the field. It pairs the DAC, AWS, TCG and DGS sizing toolkits with Time Corrected Gain that compensates for sound attenuation in the material, which matters when you need consistent readings across thicker or more attenuating parts.
- 1Built for the benchUp to 12 hours of battery life and a 2.04kg housing suit sustained laboratory sessions where you are working through batches rather than walking an asset.
- 2Time Corrected Gain compensationTCG automatically corrects for sound attenuation in the material, which keeps sizing accurate when defects sit at varying depths in the part.
- 3Large internal plus expandable storage6GB internal memory and an SD slot up to 64GB hold long inspection runs with grid and sequential batching, so records stay on the instrument for later reporting.
- 4Wide probe selectionDelay line, pencil, contact and dual probe support covers thin materials, tight access, general flaw detection and corrosion inspection from one bench unit.
Lower-budget alternatives
Ten minutes on a call with one of our specialists usually saves you from buying the wrong instrument.
Book a 10-minute callOr , our product assistant, for an instant answer.
Specifications
Technical Specifications
| Part Number | Description | Certificate |
|---|---|---|
| Z-251-0001 | Dakota FX81-DL Benchtop Flaw Detector (DFX-8+) | ♦ |
| Operating Temperature | -10 to 60ºC |
- Power Supply
- 6 x AA batteries and via USB
- Battery Life 2
- Alkaline (12hrs), Nicad (5hrs), and NI-MH (12hrs)
- Gauge Weight
- 2.04kg – including batteries
- Gauge Dimensions
- 216.0 x 165.0 x 70.0mm
- Pulse-Echo Mode (P-E)
- Application: Pit & Flaw Detection; Range: 0.63 mm to 3048 cm
- Pulse-Echo Coating Mode (PECT)
- Application: Material, Coating, Pit & Flaw Detection; Material Range: 0.63 mm to 3048 cm; Coating Range: 0.01 to 2.54 mm
- Pulse-Echo Temp Comp Mode (PETP)
- Application: Pit & Flaw Detection with Auto Temperature Compensation; Range: 0.63 mm to 3048 cm
- Echo-Echo Mode (E-E)
- Application: Thru Paint & Coatings; Range: 1.27 to 102 mm, varies based on coating
- Echo-Echo Verify Mode (E-EV)
- Application: Thru Paint & Coatings; Range: 1.27 to 25.4 mm, varies based on coating
- Coating Only Mode (CT)
- Application: Coating Thickness; Range: 0.0127 to 2.54 mm, varies based on coating
- Calibration
- One and two-point calibration for material and coating, or selection from basic material types
- Probe Features
- Auto probe zero, recognition, and temperature compensation
- Scan Speed
- Up to 50 readings per second
- Alarm
- Audible hi/lo limit alerts
- Differential Mode
- Built-in for quality control inspections
- Custom Setups
- 64 user-configurable setups
- Delay Line
- High-frequency single element for precision testing of thin materials
- Pencil
- High-frequency single element for tight access areas and complex geometries
- Contact
- Single element for general-purpose longitudinal and shear wave flaw detection
- Dual
- Pitch/catch dual element for longitudinal and shear wave corrosion inspections
- Battery Life
- Alkaline (12hrs), Nicad (5hrs), and NI-MH (12hrs)
- Power Source
- Lithium-ion pack: 10.8V, 2 Ah, ~18 hours operation
Packing List
Packing List
Standards
Standards
Downloads
Frequently asked questions
What distinguishes the Dakota FX81-DL as a benchtop instrument?
It is designed for laboratory use and features Time Corrected Gain (TCG), which automatically compensates for sound attenuation in materials to enhance measurement accuracy. It weighs 2.04kg and measures 216 x 165 x 70mm.
What measurement modes does the FX81-DL support?
Modes include Pulse-Echo (0.63mm to 3048cm), Pulse-Echo Coating (material and coating), Pulse-Echo Temp Comp with automatic temperature compensation, Echo-Echo thru-paint (1.27 to 102mm), Echo-Echo Verify (1.27 to 25.4mm), and Coating Only (0.0127 to 2.54mm).
What probe types are compatible with the FX81-DL?
Compatible probe types include delay line (high-frequency single element for thin materials), pencil (high-frequency single element for tight access), contact (single element for general longitudinal and shear wave detection), and dual (pitch/catch dual element for corrosion inspections).
How is the FX81-DL powered and what are the battery life options?
It runs on 6 x AA batteries or via USB, or with a lithium-ion pack (10.8V, 2Ah) providing approximately 18 hours of operation. AA alkaline and NI-MH batteries provide approximately 12 hours; NiCad provides approximately 5 hours.
What calibration and quality control features does the FX81-DL include?
It supports one and two-point calibration for material and coating, selection from basic material types, automatic probe zero and recognition, automatic temperature compensation, and a built-in differential mode for quality control. It stores 64 user-configurable setups.
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Tell us about your application and we will send a quote with lead time and accessories.