Material sampling · Scoop Surface Sampling System

SCOOPER 50

Material sampling from a service-exposed component — a small sample, virtually without a notch, with nothing cut out and no weld repair.

Portable equipment for surface material extraction without affecting the integrity of the component. The extracted sample allows chemical, metallographic and electron microscopic analysis, and determination of mechanical properties including creep and fracture toughness.

SCOOPER 50

Ø23 × 3.2 mm

max. sample size

17,000 min⁻¹

tool speed

10–90 min

sampling time

Where it sits in the test piece preparation chain

SCOOPER 50 material sampling
PT 8 punching the test piece GE 76 grinding to thickness
SPC · TTS 190 the test

Technical parameters

Sampling takes roughly 10 minutes to 1.5 hours and is done on a cooled component — no block cut out and no repair afterwards.

Sample size
adjustable, max Ø23 × 3.2 mm
Tool speed
0–17,000 min⁻¹, adjustable
Tool leaning
0–8 mm/s, feed accuracy 0.001 mm/s
Direction of rotation
adjustable
Operating temperature
−10 to +40 °C
Cooling
peristaltic pump with two heads
Connecting cable
10 m (longer on request)
Shape of the extracted sample
spherical cap R ≈ 20 mm, area ≈ 3 cm²

How the extraction works

01

Grinding, not drilling

A spoon-shaped tool 0.3 mm thick and 50 mm in diameter grinds away the layer between the component and the sample. The cutting edges are diamond- or CBN-coated.

02

No thermal influence

High peripheral speed, slow feed into the cut and intensive cooling. Neither the sample nor the component is thermally or mechanically affected.

03

No cutting, no repairs

A standard tensile test needs a large block cut out of the component. Here only a shallow depression with a smooth transition is left, virtually without a notch — nothing needs to be welded or repaired.

04

Automatic operation

The process is controlled by an industrial computer running dedicated software; the clamping system handles a range of component shapes.

Extraction step by step

A real extraction on a pipe during an outage — from mounting the tool to the mark it leaves behind. Sampling is done on a cooled component; a hot surface cannot be sampled.

Mounting on the component 01
Mounting on the component The tool is clamped directly onto the pipe at a spot marked out in advance according to the measurement plan.
Extraction 02 · VIDEO
Extraction The cutting head rotates and leans at the same time. It takes 10 minutes to 1.5 hours and removes only a thin lens of material, virtually without a notch.
The sample is measured on the spot 03
The sample is measured on the spot The thickness of the extracted sample is verified with a caliper right there.
The sampling spot afterwards 04
The sampling spot afterwards A small, precisely defined mark remains — instead of a block cut out of the component, and with no need to weld or repair anything.

Dimensions and weights

Cutting head
340 × Ø70 mm · 4 kg
Cooling pump
400 × 80 × 110 mm · 6.4 kg
Case with control unit
538 × 406 × 300 mm · 16 kg
Case with cutting head
1011 × 419 × 170 mm · 12 kg
Case with accessories
625 × 500 × 366 mm · 18 kg
Fields of application
power generation · processing and chemical industries

Need a sample from a component you do not want to cut into?

Tell us which component and material it is. We can also carry out the extraction as a service — during your outage, on a cooled component.

Request a configuration

Materials

Material thumbnail

Product leaflet

A leaflet with more information about the product. This is only available upon request.

Request

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