Laser Cladding Machine Dealers

• Voltage: 230V
• Automatic Grade: Automative
• Power Source: Electric
• Feature: Fabricated part is free of split and porosity
• Frequency: 50Hz
• Feature: Turnkey System, Compact engineering, Monitoring sensors and small heat affected zone

• Type: Laser Cladding Machine
• Condition: New
• Heat source: Laser beam

The StencilLaser cuts stencils at the push of a button. StencilLaser is a state-of-the-art production system for SMT solder paste stencils. It incorporates space saving design and ease of use. Its high cutting speed and very low operating cost makes the most affordable system on the market. The Lasersystem can cut both framed and frameless stencils, without requiring any changeover. Designed specifically for stainless steel stencil cutting for the solder paste stencil industry. The light weight motion system allows excellent positioning accuracy while maintaining cutting speeds that are the highest in its class. The StencilLaser uses a state-of-the-art fiber laser system with custom optics and beam delivery system, providing sidewall qualities that meet and exceed all industry standards. Application Repair of tools and dies for - Massive and sheet metal forming - Casting (e.g. moulds for injection casting) Repair welding of turbine plates Cladding of war resistant layers Welding of tool inserts Facilities Three laser machines for 3D processing Devices for welding with wire or powder in addition Numerical controlled turning axes for welding of small and medium sized parts Metallography Own workshop for the building of fixtures Workstations for offline-programming

We are a well-known Manufacturer, Exporter & Supplier of Laser Cladding Machine. We supply Laser Cladding Machine that is durable, easy to operate, compact, highly efficient and cost effective. With 2.8 KW Fiber coupled Diode Laser and a coaxial powder-feeding nozzle, Porosity free and near crack free nickel based coatings with high content of globular tungsten carbide (WC) are applied to metal surface. This reduces the conventional CO2 system cost greatly. Laser Cladding Principle : Metal surface-enhancing process performed by applying a powdered metal material onto the base surface, with a Laser bond with minimal dilution, nominal melting and small Heat affecting zone. Features : Unlike welding, thermal spraying or plating, laser cladding provides a strong metallurgical bond Minimum dilution of the base material Low heat affected zone (HAZ) Exceptional thickness control of 50m to 2mm Cladding Dissimilar Metals reduces components failure High Bonding Strength High Repeatability Metal and ceramic coating materials Laser Cladding Benefits : Laser cladding provides a strong metallurgical bond with minimal dilution of the base material The goal of cladding is to deposit a material of desired physical properties over a substrate Cladding materials are chosen based on whether they need to provide Corrosion on resistance, wear resistance or higher hardness, depending upon the use of the base part being clad There is a small zone of base material that is melted in with the cladding Laser cladding also has better thickness control and as clad surface finish better than conventional cladding methods The laser process is much more suitable for automation in welding than conventional welding It creates a very good metallurgical bond, versus thermal spray types of cladding that are literally sprayed onto the surface and do not have a solid bond between the two layers Applications : Cladding on steel tube used in chemical processing boilers and other high temperature applications Oil Industry Down Hole drilling equipment, oil field tools, PC pump rotors, etc. Cladding of copper on steel for superior corrosion resistance in marine applications  Repairs of tools & dies and increase cladding efficiency. Ideal for crack free built up of hot forming tools & dies, can be used for tool temp up to 1000ºF, provides 57 HRC hardness Silver cladding on copper substrate for electrical contractor industry  Agricultural saw blades & plough blades Aircraft construction Heat exchangers Ni-Cr-Mo alloy Laser cladding provides a dense, crack free metallurgy bonded Surface that protects the substrate and will not spall Unique alloy contains nickel with tungsten borides & carbides. Critical wear components such as : Gate Valves : Gates & wear surface Ball valves : Balls & seats Progressing Cavity : Shafts, Stuffing boxes, impellers, rotors Mixers : Rotating Parts Pumps : Centrifugal, positive displacement Packaging Material : Wooden Crate

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