Ultrasonic thickness measurement is a method of performing non-destructive measurement (gauging) of the local thickness of a solid element. This type of measurement is typically performed with an ultrasonic thickness gauge which adopts ultrasonic measuring principle, and is controlled by a microprocessor, provides quick and precise measurement of thickness for most of the industrial material.
ADVANTAGES :
• Non-destructive technique
• Does not require access to both sides of the sample.
• Very high accuracy.
• Does not require access to both sides of the sample.
• Engineered to cope with coatings, linings, etc.
• Does not require laboratory conditions.
B2 -General purpose Ultrasonic Thickness Gauge) B6 - C Ultrasonic Thickness Gauge with A-Scan and B-Scan
• Of products from metals and their alloys;
• Under protective coatings:
• Of non-metallic products (plastic, ceramics and other).
PURPOSE:
• Thickness measurement:
• Of products from metals and their alloys,
• Under protective coatings:
• Of non-metallic products (plastic, ceramics and other)
FEATURES:
• Metal thickness measurement under coating (In ECHO-ECHO mode and PULSE-ECHO-COATING mode):
• Coating thickness measurement (in PULSE-ECHO-COATING mode)
• Colour display (TFT 2.4", 320 0 240)
• ECHO signal graphic display in A-scan mode and B-scan
• High Memory
• Automatic probe recognition
• High accuracy and reliability
• Wide range of wear resistant and dual crystal transducers
• High Temperature Measurement