Shotblasting for Continuous Operations
Capacity range [mm]: 2500 x 600 and Number of Turbines: 6
Video
Benefits at a glance
- Aperture size (w x h): 2.600 x 650 mm
- Six turbines (15 - 22 kW each)
- The solution for steel traders, steel fabricators and steelworks, as well as shipyards in shift operation
- Triple housing (steel / manganese steel / exchangeable manganese-steel internal lining)
- Maintenance and user friendly
Alternative Machines
Regeneration of Shotblasting Abrasive
- Recirculation of shotblasting abrasive
- Low operating costs
- Complete with return stop and rpm monitor for safe operation
Optimum Cleaning of Shotblasted Parts
- Blasting abrasive conveying system, brushes and blowers are integrated into an adjustable supporting frame
- Precise adjustment to remove the shotblasting abrasives
- Easy control and changing of the brushes
High Stability, Low Wear, Low Running Costs
- The outer hull is made of construction steel and ensures high stability of the entire system through its bolted manganese lining
- High resistance to wear
- The manganese lining can be quickly and easily exchanged when worn
Optimum Shotblasting Results
- Turbine adjustment according to the size of plate and profile
- Higher feedthrough speeds
- Less wear to the machine housing
Manageable Operating Costs
- Operating speed designed for BSA = 2.5 with material grades S235JR NEN-EN
Maintenance and Inspection Made Easy
- Protected platform for inspections
- Easy accessibility to filters
- Maintenance friendly
Automatic Shotblasting Abrasive Refilling
- Control of the filling level in the shotblasting abrasive container; when at minimum level shotblasting abrasive is automatically added
Selectable Options
- Shotblasting of thin materials
- Shotblasting of heavy materials
- Shotblasting of short materials
Removal of Water and Snow
- Blow-off of water and snow (max. water film: 0.5 mm) prior to material processing
- Steel construction with permanently-installed cross-flow fan (optionally with automatic height adjustment)
Stocking Shotblasting Abrasive
- Sufficient supply of shotblasting abrasive for a continuous process
- Optional fill-level monitoring
Shotblasting Abrasive Free from Dust and Scale
- Optimum, multi-level cascading air cleaner removes dust and scale from shotblasting abrasive
- Good shotblasting results even with repeated use of the abrasive
Reduction in Use of Shotblasting Abrasive
- Separation of shotblasting abrasive and vacuumed air
- Long cartridge filter life
- Low shotblasting abrasive use
Lower Operating Costs through Direct Drive
- Double-disc turbine wheel with eight blades for optimum shotblasting abrasive delivery
- The turbine is driven by an electric motor via belt drive
- Vertical mounting to the feedthrough direction. Thus optimum shotblasting results at the highest feedthrough speeds
Clean Work Environment
- Purification of the vacuumed air (< 1 mg / m2) by means of cartridge filters (without the use of additional filters)
- Return of purified air to the work environment
- Long cartridge filter life and thus low operating costs
Optimum Temperatures
- Four burners (two each upper and lower)
- Adjustable temperature range
- Extremely low gas consumption
- The preheating furnace is connected to the after-dryer by means of a duct system, heated air can thus be used in the drying process
| Procedures | Shotblasting | |
| Workspace max. | mm | 2.500 x 600 |
| working range Plate | mm | 2.500 x 50 |
| working range Profile | mm | 1.000 x 400 |
| Passage range | mm | 2.600 x 650 |
| Number of turbines | Pieces | 6 |
| Drive performance per turbine | kW | 15-22 |
| Degree of Automation | automatic infeed automatic outfeed Full-Automatic | |
| Materialclass | Sawing | |
| Process | Profiles Plate |
T 13 Transport System for Steel Construction and Steel Service Centers
T 13 Modular Expandable Conveyor Roller System
Connection to Steel Roller Conveyor
Cross Transport by Means of Lift-and-Carry System (As an Alternative to Drag Chains)
Fast Material Cross Transport
- Material stock in heavy-duty steel construction
- Sliding rails of synthetic material (polyamide) for low-noise material cross transport
- Drag chains with transport claws
- Drive system with continuously-variable frequency-controlled gear motor
Transport system
- Operation is made at the freestanding main cabinet / control panel
- Drive system with frequency regulated gear motor, continuously variable
