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Xiris Automation GmbH
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6.2.46 Infrared measurement technology
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Product groups
1 Welding / Joining
1.1 Metal and non-ferrous welding
1.1.1 Flash welding
1.1.2 Additive manufacturing
1.1.3 Automation
1.1.4 Stud welding
1.1.5 Projection welding
1.1.6 Diffusion welding
1.1.7 Electrogas welding
1.1.8 Electron beam welding
1.1.9 Electroslag welding
1.1.10 Narrow gap welding
1.1.11 Tubular wire welding
1.1.12 Flux cored arc welding
1.1.13 Gas pressure welding
1.1.14 Gas welding
1.1.15 Thermit welding
1.1.16 Induction welding
1.1.17 Cold pressure welding
1.1.18 Enclosed resistance fusion welding
1.1.19 Capacitor discharge welding
1.1.20 Laser welding
1.1.21 Manual metal arc welding
1.1.22 Pulsed arc welding
1.1.23 Light beam welding
1.1.24 Linear friction welding, Friction stir Welding
1.1.25 Magnetic pulse welding
1.1.26 Multiple-wire welding
1.1.27 MIG/MAG (GMA) welding
1.1.28 Microwelding
1.1.29 Orbital welding equipment
1.1.30 Plasma-TIG welding
1.1.31 Plasma welding
1.1.32 Resistance butt welding
1.1.33 Repair welding
1.1.34 Seam welding
1.1.35 Butt seam welding with rotary transformer
1.1.36 Frictin stir welding
1.1.37 Explosive welding
1.1.38 Butt seam welding with sliding contacts
1.1.39 Magnetically impelled arc butt (MIAB) welding
1.1.40 Tandem welding
1.1.41 Ultrasonic welding
1.1.42 Firecracker welding
1.1.43 Underwater welding
1.1.44 Submerged arc welding
1.1.45 Roll butt seam welding
1.1.46 Resistance spot welding
1.1.47 TIG (GTA) welding
1.2 Welding of plastics
1.2.1 Automation
1.2.2 Additive manufacturing
1.2.3 Extrusion welding
1.2.4 Heated tool welding
1.2.5 High frequency welding of plastics
1.2.6 Infrared-welding
1.2.7 Laser welding of plastics
1.2.8 Light beam welding of plastics
1.2.9 Friction welding of plastics
1.2.10 Rotational friction welding
1.2.11 Ultrasonic welding of plastics
1.2.12 Vibration welding of plastics
1.2.13 Hot gas welding of plastics
1.3 Brazing and Soldering
1.3.1 Surfacing by brazing and soldering
1.3.2 Automation
1.3.3 Hot bar reflow soldering
1.3.4 Electron beam brazing
1.3.5 Debrazing, desoldering
1.3.6 Flame brazing and soldering
1.3.7 High-temperature brazing
1.3.8 Induction brazing and soldering
1.3.9 Bit soldering, block brazing, roller tinning
1.3.10 Laser beam brazing
1.3.11 Arc brazing
1.3.12 Light beam brazing and soldering
1.3.13 Bath, wave and drag soldering
1.3.14 Microbrazing and soldering
1.3.15 Furnace brazing and soldering
1.3.16 Friction soldering
1.3.17 Salt bath brazing
1.3.18 Wave soldering
1.3.19 Dip brazing and soldering
1.3.20 Ultrasonic soldering
1.3.21 Hot gas soldering
1.3.22 Wave Soldering
1.3.23 Resistance brazing
1.3.24 Reflow soldering
1.4 Mechanical joining
1.4.1 Flanging
1.4.2 Wire netting, wire weaving
1.4.3 Tamp joining
1.4.4 Hanging, expanding, clamping, wedging, extending
1.4.5 Seaming
1.4.6 Joining by extrusion or drawing
1.4.7 Joining by forming
1.4.8 Joining by lockforming (lockseaming)
1.4.9 Joining by compression or squeezing
1.4.10 Joining by widening or tightening (rolling in of tubes, botting, beading)
1.4.12 Stapeling (using by wirestaples)
1.4.13 Riveting
1.4.14 Pressure joining (press-fitting, shrink-fitting, expansion-fitting)
1.4.15 Screwing
2 Cutting
2.1 Cutting technology
2.1.1 Oxy-fuel gas cutting
2.1.2 Drilling
2.1.3 Oxygen lancing
2.1.4 Flame gouging
2.1.5 Turning, milling, planing
2.1.6 Spark erosion and chemical machining
2.1.7 Erosion machines
2.1.8 Edge preparation (e.g. plate and pipe chamfering machines)
2.1.9 Carbon arc cutting
2.1.10 Laser beam cutting and drilling, electron beam drilling
2.1.11 Laser cutting machine
2.1.12 Air arc gouging
2.1.13 Arc-oxygen cutting
2.1.14 Flame and fusion cutting with metal or mineral powder
2.1.15 Plasma scarfing
2.1.16 Plasma cutting
2.1.17 Plasma cutting machine
2.1.18 Repair welding and cutting
2.1.20 Sawing
2.1.21 Shears
2.1.22 Cutting (e.g. plate shearing), slamping, nibbling
2.1.23 stamping machines
2.1.24 Underwater cutting
2.1.25 Water jet cutting, water abrasive jet cutting
3 Surface technology / Heat treatment
3.1 Heat treatment
3.1.1 Flame scarfing
3.1.2 Diffusion annealing
3.1.3 Flame stress relieving
3.1.4 Flame straightening
3.1.5 Flame cleaning
3.1.6 Flame heating
3.1.7 Hardening, tempering, annealing
3.1.8 Induction heating
3.1.9 Normalizing
3.1.10 Furnace heating
3.1.11 Stress relief annealing
3.1.12 Vibratory stress relieving
3.1.13 Soft annealing
3.1.14 Resistance heating
3.2 Other coating methods
3.2.1 Aluminizing
3.2.3 CVD (chemical vapor deposition)
3.2.4 Electrolytic oxidation
3.2.6 Painting, varnishing
3.2.9 Metallizing
3.2.10 Surface preparation and finishing
3.2.11 Polishing
3.2.12 PVD (physical vapor deposition)
3.2.13 Grinding
3.2.14 Blasting
3.2.15 Dip coating
3.2.16 Tin, zinc, nickel, copper and chromium plating
3.3 Cladding
3.3.1 Electroslag cladding
3.3.2 Laser cladding
3.3.3 Plasma cladding
3.3.4 Plasma transfer arc welding (PTA)
3.3.5 Friction cladding
3.3.6 Gas shielded arc cladding
3.3.7 Explosive and roll cladding
3.3.8 Submerged arc cladding
3.4 Thermal spraying
3.4.1 Exhaust systems / bag houses for thermal spraying
3.4.2 Automated spraying systems
3.4.3 Detonation spraying
3.4.4 Flame spraying with wire or rod
3.4.5 Flame spraying with powder
3.4.6 High-velocity oxy-fuel spraying (HVOF)
3.4.7 Cold gas spraying
3.4.8 Plastic Flame spraying
3.4.9 Laser spraying
3.4.10 Laser cladding
3.4.11 Arc spraying
3.4.12 Plasma spraying
3.4.13 Plasma transfer arc welding (PTA)
3.4.14 Powder feeder
3.4.15 Soundproof rooms
3.4.16 Virtual spraying
3.4.17 Spray booths
3.4.18 Suspension spraying
3.4.19 Vacuum plasma spraying
3.5 Coating systems
3.5.1 Abradable applications
3.5.2 Electrical / electronics
3.5.3 Erosion protection
3.5.4 Slide bearing layers
3.5.5 High temperature corrosion
3.5.6 Atmospheric corrosion
3.5.7 Renovation, Repair
3.5.8 Wear resistance
3.5.9 Thermal insulation
3.6 Adhesive Surface treatment
3.6.1 Solvent containing systems
3.6.2 Mechanical processes (grinding, blasting)
3.6.3 Wet chemical processes (etching, phosphatating, anodizing, others)
3.6.4 Primer/Adhesion promoters
3.6.6 Water based systems (neutral, acid, alkaline)
4 Gas, Supplies, Filler materials
4.1 Filler materials by material groups
4.1.1 Filler materials for high alloy steels
4.1.2 Filler materials for high alloy cast steels
4.1.3 Filler materials for plastics
4.1.4 Filler materials for non-ferrous metals and alloys
4.1.5 Filler materials for unalloyed and low alloy steels
4.1.6 Filler materials for unalloyed and low alloy cast steels
4.1.7 Filler materials for underwater welding
4.1.8 Filler materials for other materials
4.1.9 Filler materials for wear and corrosion resisting deposits
4.2 Filler materials classified by types
4.2.1 Wires, strips and plates for submerged arc and electroslag welding
4.2.2 Wires and strips for micro welding
4.2.3 Wire electrodes for gas metal-arc welding
4.2.4 Flux cored wires and strips
4.2.5 Tubular stick electrodes
4.2.6 Welding fluxes
4.2.7 Gas welding rods
4.2.8 TIG (GTA) welding rods
4.2.9 Gouging and thermal cutting electrodes
4.2.10 Underwater welding and cutting electrodes
4.2.11 Thermit welding materials
4.2.12 Covered electrodes (manual metal arc welding)
4.2.13 Filler materials for laser beam welding
4.3 Filler materials for thermal spraying (classified by composition)
4.3.1 Other powders
4.3.2 Intermetallic powders
4.3.3 Carbide powders
4.3.4 Ceramic rods
4.3.5 Ceramic powders (metal oxides/nitrides)
4.3.6 Metal powders and wires
4.3.7 Self Fluxing powders
4.3.8 Powder mixtures
4.3.10 Thermoplastics
4.4 Solders
4.4.1 Leadfree solders
4.4.2 Lead-tin solders
4.4.3 Other solders
4.4.4 Solders for aluminium
4.4.5 Tin-lead solders with or without Cu, Ag, P additions
4.5 Brazing fillers
4.5.1 Aluminium brazing fillers
4.5.2 Gold containing brazing fillers
4.5.3 Copper/brass brazing fillers
4.5.4 Nickel base brazing fillers
4.5.5 Palladium containing brazing fillers
4.5.6 Phosphorus containing brazing fillers
4.5.7 Platinum containing brazing fillers
4.5.8 Silver brazing fillers
4.5.9 Special brazing fillers (cobalt, titanium, zirconium base)
4.5.10 Other brazing fillers
4.6 Forms of solders and brazing filler
4.6.1 Flux cored rods
4.6.2 Flux coated rods
4.6.3 Brazing and soldering wires, rods and strips
4.6.4 Preforms and foils
4.6.5 Brazing and soldering pastes
4.6.6 Filler precoated plates
4.6.7 Brazing and soldering powders
4.6.8 Stranded rods
4.7 Consumables other than filler materials
4.7.1 Fuel gases (acetylene, butane, natural gas, methane)
4.7.2 Active gas
4.7.4 (weld) backing
4.7.5 Pickling pastes
4.7.7 Leak-test materials
4.7.9 Compressed air
4.7.10 Anti-spatter compounds
4.7.11 Electro-burnish chemicals
4.7.12 Paints and varnishes
4.7.13 Brazing and soldering fluxes
4.7.14 Liquid gas
4.7.15 Hydrogen-nitrogen mixture
4.7.16 Auxiliary materials for thermit welding
4.7.17 Heat protection equipment for welding work
4.7.19 Inert gases (argon, neon, helium)
4.7.21 Ceramic powders
4.7.22 Carbon dioxide
4.7.23 Solvents
4.7.24 Solder masks and resists
4.7.25 Gas mixtures
4.7.26 Surface cleaner
4.7.27 Deadener
4.7.28 Cleaning agents
4.7.29 Raw materials for electrode coatings
4.7.30 Anti-rust compounds
4.7.31 Oxygen
4.7.32 Oxygen and powder lances
4.7.33 Lubricants
4.7.34 Cutting powders for concrete, cast iron and other materials
4.7.35 Chalk
4.7.36 Weld primers
4.7.37 Weld cleaning
4.7.38 Marking paints
4.7.39 Sprays, technical
4.7.41 Nitrogen
4.7.42 Abrasives
4.7.43 Cutting and snagging wheels
4.7.44 Joining elements (rivets, tubular rivets, tap rivets, pop rivets, blind rivet nuts, bolts, screws)
4.7.45 Hydrogen
4.8 Adhesives
4.8.1 Acrylate adhesives
4.8.2 Anaerobically curing adhesives
4.8.3 Cyanoacrylates
4.8.4 Epoxy resins (1C, 2C)
4.8.5 Pressure sensitive adhesives
4.8.6 MS-polymers
4.8.8 Polyurethanes (1C, 2C)
4.8.11 Silicones
4.8.13 Structural pressure sensitive adhesives (PSA)
5 Equipment, Safety, Health
5.1 Workshop and workplace equipment
5.1.1 Separations for industrial robots (for welding and cutting)
5.1.2 Separations against high-energy radiation (e.g. X-ray and laser radiation)
5.1.3 Gas cylinder storage, bottle trolley, anti-tip device, trolley for hoses, service reel, etc.
5.1.4 Heat protection blankets, curtains and pillows
5.1.5 Welding protection separations, transparent (foils and lamellas)
5.1.6 Welding protection booths, screens
5.1.7 Safety devices for robot partitions (door locks, safety edges, etc.)
5.1.8 Other protection and safety devices (fire extinguishers, fire blankets, information signs, etc.)
5.1.9 Other workshop equipment, gas supply, stationary vacuum cleaning systems or similar
5.1.10 Workbenches, cabinets, chairs, standing aids, etc.
5.1.11 Tools, tool trolley
5.2 Health and safety - Welding fume extraction system
5.2.1 Extraction units, single user, high vacuum (mobile, portable or stationary)
5.2.2 Extraction units, single user, low vacuum (mobile or stationary)
5.2.3 Capture units, fixed (for example extraction hoods, extraction walls, extraction tables)
5.2.4 Capture units, portable, high vacuum (e.g., extraction torches, extraction nozzles)
5.2.5 Capture units, portable, low vacuum (eg extraction arms)
5.2.6 Stationary systems (with ducting for displacement ventilation, layer ventilation, etc.)
5.2.7 Portable room ventilation systems (e.g., filter towers)
5.2.8 Safety devices against fire and explosion
5.2.9 Systems for monitoring room air quality with and without control function
5.2.10 Central extraction systems, high vacuum
5.2.11 Central extraction systems, low vacuum
5.2.12 Accessories and spare parts for filter systems and devices
5.2.13 Supply air and heat recovery systems
5.3 personal protective equipment
5.3.1 Active respiratory protection (ventilated helmets)
5.3.2 Eye protection, active, helmets with self-darkening UV protection
5.3.3 Eye protection, passive, welding screens, shields, glasses
5.3.4 Disposable and Reusable ear plugs, ear muffs
5.3.6 Individually adapted hearing protection (earmolds)
5.3.7 Laser goggles
5.3.8 Passive respiratory protection (filters, masks)
5.3.9 Shoes, boots, gloves, aprons, other leather articles
5.3.10 Protective helmets with / without hearing protection, but without UV protection
5.3.11 Protective clothing (jackets, trousers)
5.4 General accessories
5.4.1 Equalizing systems (e.g. for spot welding guns)
5.4.2 Weld backings and adhesive tapes (for one sided welding)
5.4.3 Bending, pipe bending
5.4.4 Torch-neck changing systems
5.4.5 Torch cleaning, automatic torch cleaning systems
5.4.6 Torch and welding head manipulation systems
5.4.7 Controlled feeding devices (e.g. for adhesives, solders and powders)
5.4.8 Wire-guide spiral
5.4.9 Wire feeders
5.4.10 Turntables and tilt-turn positioners, lift tables
5.4.11 Pressure cylinders for pressure and resistance welding
5.4.12 Systems for feeding, positioning, tipping or conveying (e.g. nut feeding systems)
5.4.13 Workpiece storage equipment (belts, pallets, stores)
5.4.14 Resistance welding electrodes
5.4.15 Materials for resistance welding electrodes
5.4.16 TIG (GTA) welding electrodes
5.4.17 Electrode holders
5.4.18 Electrode grinding devices
5.4.19 Gas lighters
5.4.21 Casting
5.4.22 Clamps (terminals, earthing, workpiece) and polarity testers
5.4.23 Cooling systems
5.4.24 Magnets for welding, magnetic handling equipment
5.4.25 Magnetic valves
5.4.26 Assembly systems, assembling and positioning devices (clamps, roller blocks, line-up clamps)
5.4.27 Seam tracking and welding head guidance systems
5.4.28 Optics for laser beam welding and/or cutting
5.4.29 Plasma valves
5.4.30 Pumping
5.4.31 Spot welding guns
5.4.33 Robot holding bracket
5.4.34 Chipping hammers and wire brushes
5.4.35 Hoses, hose couplings, hose connections, hose package
5.4.36 Hose press
5.4.37 Welding-sets, diesel or gasoline driven
5.4.38 Filler, wire spools
5.4.39 Welding flux feeding and recovery devices
5.4.40 Welding mirrors
5.4.41 Welding leads and connectors
5.4.44 Other accessories, pumps and other auxiliary equipment
5.4.45 Clamping systems, clamping elements
5.4.46 Steel-wire brushes and hand brushes for welds
5.4.47 Drying cabinets (electrodes and fluxes), heated quivers, baking ovens
5.4.48 Millining, compressing, drawing
5.4.49 Water-, oil-, air-cooler
5.4.50 Workpiece handling systems (lift and shift systems, dial tables) other accessories, pumps and othe
5.4.51 Tool changing systems
5.4.52 Tools for joint preparation
5.5 Gas supply
5.5.1 Equipment for gas take-off stations (stop valves, pressure regulators, gas mixers, safety devices,
5.5.2 Individual cylinders (pressure reducers and anti-flashback and backflow devices)
5.5.3 Gas sources/tanks with pipework and valves (storage tanks, tankers, containers, cylinder racks and
5.5.4 Special equipment and general accessories (automatic switching and pressure control systems, gas a
5.5.5 Central switching, pressure regulating and safety units, gas mixing units and valves for supply pi
5.6 Adhesive application
5.6.1 Application systems
5.6.2 Automatisation
5.7 Plant for the production
5.7.1 Acetylene generators and filling stations
5.7.2 Conveying systems
5.7.3 Gas manufacturing and liquefying plants
5.7.4 Brazing filler and solder production plants
5.7.5 Welding wire production plants
5.7.6 Welding electrode and flux cored wire production plants
5.7.7 Welding flux production plants
6 Quality Assurance, Measurement and Testing Technology
6.1 Measurement and sensor technology
6.1.1 Chemical analysis
6.1.2 Elongation, path and angle measurement
6.1.3 Throughput and flow-rate measurement
6.1.4 Capture, checking and processing of process and production parameters
6.1.5 Ferrite-content measuring devices
6.1.6 Photography and cinematography
6.1.7 Speed and rotational-speed measurement
6.1.8 Manual and miscellaneous measuring devices for arc welding (current, voltage, wire-feed rate, gas-
6.1.9 Holography
6.1.10 Calibration
6.1.11 Camera systems for monitoring design and production processes
6.1.12 Capacitance and inductance measurement
6.1.13 Force measuring systems
6.1.14 Gauges and weld gauges
6.1.15 Power measurement
6.1.16 Mass, density, force, torque and pressure measurement
6.1.17 Measuring devices for gases, fumes and dusts
6.1.18 Measuring devices for sound/noise
6.1.19 Measuring devices for radiation
6.1.20 Measuring devices for resistance welding (pulses, periods, current and voltage) and Rogovski belts
6.1.21 Measuring and monitoring devices for the electrode-penetration depth in resistance welding
6.1.22 Microscopy
6.1.23 Surface quality (cut-surface quality)
6.1.24 Specimen-preparation installations
6.1.25 Scanning elecgon microscopes
6.1.26 Roughness measurement of surfaces / roughness depths
6.1.27 Coat-thickness, wall-thickness and crack-depth measurement
6.1.28 Sensor technology
6.1.29 Miscellaneous measurement technology and measuring devices
6.1.30 Photoelasticity
6.1.31 Current and voltage measurement
6.1.32 Temperature measurement (optical, electrical, chemical and mechanical)
6.1.33 Thermography
6.1.34 Monitoring devices for arc welding
6.1.35 Monitoring devices for resistance welding
6.1.36 Hydrogen determination
6.1.37 Resistance and insulation measurement
6.1.38 Time, event-number and frequency measurement
6.2 Testing Technology – Non-Destructive Testing
6.2.1 Acoustic measuring devices
6.2.6 Automation and computer assistance for non-destructive testing
6.2.7 Automatic testing systems
6.2.8 Automation in measurement and testing technology
6.2.10 Image-processing installations
6.2.13 CCD cameras
6.2.15 Computerised tomography
6.2.19 Leak testing
6.2.22 Darkroom facilities
6.2.27 Penetration testing installations
6.2.28 Electrical testing
6.2.30 Electronic measuring devices
6.2.31 Demagnetization installations
6.2.32 Dye penetrants
6.2.33 Dye-penetration testing
6.2.34 Color measuring devices
6.2.36 Production measuring devices
6.2.37 Production monitoring
6.2.41 Structural testing
6.2.43 Hardness testing
6.2.46 Infrared measurement technology
6.2.55 Laser-beam testing
6.2.56 Laser technology
6.2.57 Leak detection
6.2.61 Magnetic-powder testing devices and installations
6.2.62 Magnetic testing
6.2.63 Manipulators
6.2.64 Marking systems
6.2.66 Measured-data collection
6.2.67 Measuring systems
6.2.68 Metallography
6.2.69 Metallographic tests
6.2.74 Optical testing
6.2.76 Physical tests
6.2.77 Testing documentation
6.2.78 Testing machines
6.2.79 Testing agents for magnetic-powder testing
6.2.81 Testing of welded joints
6.2.82 Quality control
6.2.83 Quality planning
6.2.84 Quality assurance in process monitoring
6.2.85 Quality assurance in repair/maintenance
6.2.86 Quality assurance in series production
6.2.88 Radiography
6.2.91 X-ray apparatus
6.2.94 X-ray fluorescence analysis
6.2.98 Scanners
6.2.101 Acoustic-emission devices
6.2.102 Coat-thickness measuring devices
6.2.103 Weld testing
6.2.105 Safety technology
6.2.106 Visual inspection
6.2.107 Signal and image processing
6.2.108 Computional Modeling/Simulation
6.2.109 Software packages
6.2.110 Miscellaneous non-destructive testing procedures
6.2.111 Spectral analysis
6.2.112 Spectral-analysis devices
6.2.114 Spectrometers
6.2.115 Radiation measuring devices
6.2.116 Radiation-protection measuring devices, components and materials
6.2.117 Control systems
6.2.119 Temperature measuring devices
6.2.120 Thermal analysis
6.2.121 Thermal testing
6.2.124 Ultrasonic testing devices and installations
6.2.125 Ultrasonic testing
6.2.131 Video installations and cameras
6.2.132 Thermal-conductivity measuring devices
6.2.133 Materials testing
6.2.136 Non-destructive testing
6.3 Testing Technology – Destructive Testing
6.3.1 Dynamic fracture testing (Battelle, drop-weight, double-torsion, explosion-bulge, Esso notched-bar
6.3.2 Hardness testing
6.3.5 Weldability testing (cold-cracking and hot-cracking testing and others)
6.3.7 Static fracture testing (longitudinal-weld bend, bursting, deep-notch, bend, notched-bar bend, not
6.3.9 Creep rupture and fatigue-endurance strength testing and vibration-fatigue testing installations
6.3.10 Tensile, pressure, torsion and bend testing
6.4 Testing Technology – Materials Testing
6.4.3 Quality and defect testing
6.4.5 Components to be tested (areas of application)
6.4.6 Properties to be tested
6.4.7 Materials to be tested
6.5 Testing Technology – Testing Procedures/ Testing Facilities
6.5.1 Component testing / design testing
6.5.3 Chemical tests
6.5.4 Strength and toughness
6.5.5 Structural investigations
6.5.6 Resources for metallography (etching agents, polishing agents and embedding compounds)
6.5.7 Mechanical testing procedures
6.5.8 Physical tests
6.5.9 Weldability tests
6.6 Quality Assurance
6.6.3 Ergonomics of workplaces
6.6.4 Instructions for use
6.6.6 Measurement technology
6.6.7 Organization for QA and insurance policies
6.6.8 Quality planning and assessment
6.6.9 Quality assurance in packing, storage and transport
6.6.10 Quality assurance in small and medium-sized businesses and in skilled trades
7 Sub-contracting (services) / Digitization
7.1 Sub-contracting – Processing of specific materials
7.1.1 General accessories
7.1.2 other manufacturing processes
7.1.3 Health and safety - Welding fume extraction system
7.1.4 Coating by e.g. Thermal spraying, build-up welding
7.1.5 Gas supply
7.1.6 Adhesives
7.1.8 Brazing and Soldering
7.1.9 Mechanical joining
7.1.10 personal protective equipment
7.1.11 Plant for the production
7.1.12 Coating systems
7.1.13 Metal and non-ferrous welding
7.1.14 Cutting
7.1.15 Consumables other than filler materials
7.1.16 Heat treating
7.1.17 Filler materials classified by types
7.1.18 Filler materials for thermal spraying (classified by composition)
7.1.19 Filler materials by material groups
7.2 Services
7.2.1 Training and education
7.2.2 Consultancy companies
7.2.3 Research institutes
7.2.4 Research and Development
7.2.5 Test
7.2.6 Testing Technology – Testing Procedures/ Testing Facilities
7.2.7 Quality Assurance
7.2.8 Societies and organizations
7.2.9 Certification
7.3 Digitization/Software
7.3.1 CAD, CAM, CAQ, CIM and CAP systems
7.3.2 Data processing
7.3.3 Information systems
7.3.4 Calculation systems
7.3.5 Measurement and sensor technology
7.3.6 Computers and other hardware
7.3.7 software
7.3.8 Control engineering
7.4 Media
7.4.1 Digital media
7.4.2 E-Learning
7.4.3 Trade journals / specialist books
7.4.4 Teaching media
7.4.5 Regulations
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