Innovative and patent pending mix of array and +point coils. The +point coils find indications in the hard to inspect weld toes while the array coils quickly inspect the remaining weld and heat affected zones. Handles have been designed to make inspecting butt and t-welds a breeze.
Flexible probe allowing detailed inspection on all materials and many geometries. Ideal for testing rows of flush rivets, replacing handheld probes. Replace your dye penetrant testing on helicopter spars, train wheels or mining drums.
Ideal for testing thicker plates to find both near and far side indications. Can be used with a bend radius of 2 inches or longer.
Ideal for testing smooth surfaces and complex geometries such as turbine dovetails. Capable of finding very tiny surface flaws.
The Surf-X array probe‘s electronics module and cable design offers breakthrough inspection efficiencies. This component can be used interchangeably across probe coil sets delivering material cost savings after initial purchase. With subsequent Surf-X array probe purchases, the module can be re-used saving time and money.
Surf-X array probes come with a highly versatile, detachable encoder that can connect in multiple locations on both the handle and electronics module providing maximum versatility when it comes to dealing with multiple positions as you probe. For cost efficiency, the encoder can be used and re-used interchangeably with all Surf-X array probe coil sets.
With interchangeable electronics module, detachable encoder and coil sets, Surf-X array probes provide flexibility and cost efficiencies like never before.
Handheld surface inspection probes can be used for a variety of applications.
There are variety of Handheld probes which can be used in the following ways:
Advanced probes for effective inspections
Tubing bobbin probes are built for flexibility, allowing for optimal navigation through tubing u-bends, while maintaining high data quality. It is satisfying tube inspection needs.
The reusing transmit and receive coils allows us to create a better coverage per coil density than anyone else in the industry. So when you use such kind of probes for your inspections, you’ll gather all of the necessary data in “one pass” through the tube, resulting in a cost savings on the procedure. Selection of probes includes X-Probes, the standard array technology in the nuclear industry. Two technologies, array and bobbin, integrated into a single probe for shorter inspections, fewer probe changes, fewer trips to the platform, and reduced radiation exposure. CXB probes, designed to find circumferential cracks and other indications in non-nuclear heat exchangers.
Execute fast, "one pass" inspections through a combination of bobbin and array technology. This results in a complete inspection that reduces the cost of the process. It's the best probe to quickly find all flaws and indications, reduces total cost of inspection, and meets regulatory requirements and ETSSes.
Experience a quick and comprehensive inspection at a reduced cost through combining bobbin and array technology. Not only will you lower your cost for circumferential crack discovery, you'll gain access to multiple options that meet specific inspection needs. Learn about the various models to support your specific requirements.
Rotating probes will provide you with the data necessary for you to make intelligent decisions.
The expertise in developing technological solutions combined with our extensive field experience puts us in a unique position to understand your specific needs
High-speed/high-torque MRPC motor units have consistent rotation rates and increased motor torque to spin probe heads and shafts through restrictive tube areas. Designs exist for use with numerous instruments and probe heads. Motor units used with Zetec's MIZ-8x or MIZ-200 products use MIZ-iD technology. This allows tuning parameters to automatically be set, avoiding potential damage to the instrumentation. Many different RPM options are available.
MRPC probe solutions are effective options for all tubing materials and conditions. Probe can be easily customized to feature numerous versions of pancake and plus point coil options to optimize sensitivity and resolution. Specially designed probe heads and extension shafts are available to collect data in sharp bends with long lasting surface riding coils.
