Module8 Frame Shot Blast Machine FM
Technology:
Airblast
Industry:
Light/ Medium
Process:
In-line
Key Benefits
Maximum ability to adapt
Highest quality, short leadtimes
Low wear, ease of maintenance
Highest operational safety and highest production reliability
Features
- Various arrangements of the frames with up to 4 frames
 - Highest production rate by alternating operation
 - Frames can be equipped with various workpiece holders
 - Each frame can be set up for various workpieces
 - Quick adaptation to various workpieces by manual and easy replacement of the changing frames
 - Workpiece rotation around the vertical and horizontal axis
 - Automatic or manual loading of the frames
 - Adaptation of the number and type of blast robots
 - Use of all common robot brands
 - Treatment of all workpiece sides without set up change
 - Linear or robot guided nozzles
 - Treatment with stationary, indexing or continuously moving frames
 - Integration of blast lances for the inside blasting, e.g. of pipes
 - Blast media recovery underneath the frames increases the operator’s safety
 
Applications
- Cleaning
 - Corrosion removal
 - Cosmetic Finishing
 - Deburring
 - Deflashing
 - Internal Cleaning
 - Paint Stripping
 - Preparation for Painting, Bonding and Plating
 - Rust and Heat Scale Removal
 - Shot Peening
 - Surface Texturing
 
                        Machine Design 
                        
                            The various designs of the frame machines meet all customer requirements regarding loading/unloading.
FM 1: Machine with one frame
FM 2: Machine with two frames
FM 3: Machine with three frames
FM 4: Machine with four frames
FM 5: Machine with one frame moveable in front of the nozzles
FM 6: Machine with two frames moveable in front of the nozzles
Advantages At A Glance
- Future-proof investment by modular structure
 - No civil works by construction at ground level
 - Highest quality and exemplary reliability by permanent improvement of all components
 - Permanent upgrade possibilities
 - Simple adaptation to changes of technical requirements
 - Precise operability by ergonomic configuration
 - Short production downtimes by highest ease of maintenance
 - Ease of maintenance by walk-in blast chamber
 - Fatigue-proof loading by ergonomic configuration
 - Low noise emissions (limit values of the government safety organisation)
 - Highest flexibility in the design and arrangement of the frames
 - Extremely durable and easily replaceable wear protection of the frames
 - Highest flexibility in the handling of the blast nozzles
 - Significantly shortened process times by optional changing frame
 - Unproblematic integration of the machine into treatment lines
 - Highest cycle times (acc. to Automotive Standards)
 - Highest treatment quality (acc. to Aircraft Standards)
 
Typical Workpieces
Rotation Symmetric
- Shafts (various types)
 - Pipes
 - Axle tubes (inside, outside)
 - Engine parts
 
Non Rotation Symmetric
- Motor frames
 - Rear axle carrier
 - Axle systems
 - Spring-loaded control rod
 - Pillars
 - Sunroofs
 - Aircraft structure parts
 - Aircraft elements
 - Airfoil segments
 - Aircraft/landing gear components
 - Gas turbine blades
 - Glass panes
 
