One FEED for all need The FEED is a fully autonomous standardized 6-axes robot loading cell suitable for all BAHMÜLLER grinding machines as well as third-party products with defined modular interface.
Our innovative sandwich-design solution takes less of your valuable space. The FEED handling is outlaid for bulk material as well as for single pallets with transfer via drawers, belts, palletizing systems or stacking modules.
Technical Data
Basics
Control system S7 Siemens
Power requirement 400V / 50 Hz 2.5 kVA 16 A
Electrical connection height 2.237 mm
Module installation height (table height) 935 mm
Pneumatics 6 bar
Air consumption max. (option related) 8 m3
Footprint 1650 x 830 mm
Weight 1.600 kg
Robot
Robot type RS007LFF60 Kawasaki
Protection class IP67
Net load max. 7 kg
Speed max. 12,000 mm/s
Positioning accuracy ± 0.03 mm
Workpiece storage
Drawer system min. 4 blank pallet
Pallet size max. 200 x 400 mm
Net load per drawer max. 30 kg
IN-OUT belt system min. 5 blank pallet
Pallet size max. 200 x 400 mm
Net load per belt max. 75 k
Bulk material
Palletizing system
Stacking module
Modules (standard)
Workpiece transfer shuttle (key hole)
SPC / NOK Drawer
Modules (optional)
Pre-measuring unit
Post-measuring unit
Cleaning station
DMC Code Reader (PokaYoke)
Workpiece orientation
Further optional modules as required
Your Benefits
Modular basic concept
Workpiece handling by internal 6-axes robot
Fully autonomous including pallet handling
Outstanding space-saving overall concept through innovative sandwich design
Standardized basic modules: Shuttle, SPC / NOK
Integration possibilities of optional modules
High standardization level by fixed arrangement of modules in the main level
Application areas
Suitable for all BAHMÜLLER machines
Suitable for all third-party products with defined modular interface
Loading and unloading of machine tools
Loading and unloading of testing and assembly systems
Standardized internal loading by 6-axes robot
Reduction of individual engineering per project
Parallel commissioning of the loading system through simulation
Reduced failure risks through standardized mechanisms (robot)
Remote diagnostics capability
Simplified retrofit flexibility
Modular basis concept of the system enables extensive retrofit and modification options
Use of robot for internal loading enables simplified upgrade to additional work piece variants
Modular interface to external systems
Unified transfer to external rail, belt, bulk material or pallet feeds
Faultless operation through debugged interface
Simple upgrade to higher autonomous systems (start-up orientation)