|  | LASER CLADDING
 
			
		Aeromac Thermal supplies GTV GmBH Laser Cladding 
			Systems and materials. Contact us
		for technical data sheets, more information or any other enquiries.
 GTV's Laser Cladding systems have been successfully implemented 
			laser clad coatings for a variety of applications e.g. gas turbine 
			rotor coatings, valve ball coatings, internal diameter coatings, etc 
			and mobile on-site laser clad repair coatings. These systems can be 
			supplied on a turnkey basis complete with robotics, part 
			manipulators, acoustic booth and dust collector, or on a modular 
			basis.
 
 Aeromac Thermal also supplies a range of Wall Colmonoy, USA 
			laser cladding powder and wire alloys for the protection and 
			renovation of critical industrial components.
 
 LASER CLADDING 
			EQUIPMENT
 
				LASER CLADDING ALLOYS
					| EQUIPMENT | BRIEF |  
					| GTV 
					Laser Cladding Turnkey Systems |  
  
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					| GTV Laser Power 
					Controller |   The GTV Laser Power Control system is designed for laser power control during the laser process. An intelligent camera directly records the laser spot of the laser welding through a coupling optics at the tip of the laser nozzle. The obtained image is evaluated in the camera using the LPC algorithm for image processing. The laser power is then apdapted to the process so that the melt pool characteristics are optimal with regard to the requested parameters.
Four digital outputs of the camera are used for information transfer between
the camera and the laser controller. The signals are detected by the laser unit and directly fed into the laser power control.
The system is characterized by high reliability, ease of use and great flexibility
both in hardware and in software. |  
					| 
						GTV "CladdOn" Compact Laser Control with Integrated Powder Feeder Unit
					 
					 
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 The compact GTV laser control with integrated powder feed unit 
					"CladdOn“ was developed for fast and efficient entry into laser cladding 
					applications. The process visualization and control is carried out via a Siemens touch screen and a fold-out keyboard integrated in the front panel. This 
					compact design is fully integrated as one unit on wheels allowing 
					an unprecendented combination of mobility and operation.
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				POWDER FEEDERS FOR LASER CLADDING
					| ALLOY | BRIEF | FORMS |  
					| COLMONOY® Nickel-based Alloys
 | 
											125L: 1.8B-2.5Si-0.4Fe Bal Ni 
											(HRC 30)133L: 
											0.3C-5.8Cr-1.0N-4.1Si-1.5Fe Bal Ni 
											(HRC 36)133L-W2C: 133L with Tungsten 
											Carbide (HRC 36)1101: 
											0.45C-10.0Cr-1.75B-3.15Si-2.5Fe-7.5Mo 
											Bal Ni (HRC 50)88L: 
											0.7C-15.0Cr-3.0-B-4.0Si-3.5Fe-15.5W 
											Bal Ni (HRC 59-64)625: 
											<0.1C-21.5Cr-<0.5Si-<0.5Fe-9.0Mo Bal 
											Ni (HRB 97) | The 
					laser clad alloys are supplied as 100-270 mesh size. Other sizes available upon request. Note: Colmonoy® 88 is available as powder or cored wire. |  
					| WALLEX™ Cobalt-based Alloys
 | 
						Wallex 1: 2.3C-30.0Cr-1.3Si-12.5W (HRC 50-55)Wallex 6: 1.0C-29.0Cr-1.3Si-4.5W (HRC 38-44)Wallex 12: 1.8C-29.0Cr-1.3Si-9W (HRC 45-50)Wallex 40: 
						0.6C-16.2Cr-2.0B-1.9Si-23.5Ni-7.6W (HRC 40-47)Wallex 50: 0.8C-19.0Cr-3.4B-2.8Si-18.0Ni-10.0W (HRC 
						56-61) |  
					| GTV 
					Laser Cladding Powder | 
						IN625Hastelloy C276NiBSi 22 HRCNiCrBSi 30 HRCNiCrBSi 40 HRCNiCrBSi 50 HRCNiCrBSi 60 HRCNiCrBSi CuMoStellite 1Stellite 6Stellite SF6Stellite 12Stellite 21T-400T-800Fe Based Alloys (308L, 431, 316L, 410L)FeCrV15FeCrV12Carbide Reinforced Powders (NiBSi/WSC, NiCrBSi/FTC) |  
					| Customer-specific Alloys | Many customers have applications which require specific alloys in order to achieve specific required coating properties. We can work with you to help address specific requirements. |  
				
					| POWDER FEEDER | BRIEF |  
					| GTV Powder Feeder Systems | The GTV PF 
					Series of Powder Feeders are an advancement of the PT Twin system which is in use for more than 30 years and has proven itself in the field of thermal spraying. In addition, the feeder is used frequently in laser technology including Laser Cladding and Laser Metal Deposition (LMD) based on its extreme feeding precision - even at low feed rates. 
 The special plate feeder principle with powder suction guarantees exact and precisely reproducible powder feed rates. The powder feed rate is linearly proportional to the plate speed. For all standard units, there are stand-alone versions, e.g. with own PLC and display. All relevant parameters (such as plate and stirrer speed) are set and displayed using the Siemens display (TP177) in the front of the console. Commands can also be entered via the monitor of the plasma/HVOF controller console. In addition, the standard powder feeder has an interface that can be addressed externally, for example, by a robot.
 
 Available powder feeder models include PF 2/1, PF 2/2, PF 3/3, PF 4/2, PF 4/3, PF 4/4, PF 1/1W, PF 2/2W, PF 3/3W, PF 2/1LC, PF 2/2LC
 
 Typical Specifications:
 
 The GTV powder feeder can also be used for thermal spray applications.Cabinet with keyboardSiemens S7 PLCSiemens Operating Panel TP 177 (Colour display and touch screen)Float-type flow meters for visual inspectionUp to 4 Driven powder feed units with stirrer installationPowder Container volume 1.5, 5 or 0.3 litres upon request (for laser application without stirrer)Different types of stirrers (standard or with pins or small plates) available for the powder feeders in order to adjust the container unit to suit various flow characteristics.Option: hopper heater jacketsOption: mass flow controllerOption: system on scales (weight loss control)All special requests
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