bbs-16-1-D-Z1

Standard robot cell with turntable

DescriptionOption
Individual production cells for a wide range of machining processesMobile barcode reader for programme management
Freely positionable, no bolting to the floor of the production facilityDevice coding via RFID
Control: Sinumerik 840dsl NCU720 PLC317-3PN/DPComponent query via IO link
Operation: Keypad and 19” monitor in switch cabinetCAM system incl. training
HT8 operating panel with 10m cableOrder management system
Robot can be moved freely on the base frameFully automatic TCP measurement
Servo turntable path-accurate interpolatedCollision protection detection axis 6 and fast entry
Noise reduction as per DIN 45635 variable cell wall designAnalogue or digital radio probe
Solid water-tight and oil-tight base frame to which up to 2 robots can be dockedQuick-change system
Exchangeable wall segments Fill level sensor in base frame
Easy positioning thanks to integrated fork slotsAdditional robot on solid base frame
Compact design can be transported on normal trucksServo-reversing table path-accurate interpolated
Integrated roller shutter with end position sensor, light barrier and inspection windowMovable positioner
Sidelong LED light strips, indicating the technical status of the production cellProduction cell with ceiling
Safety engineering dual channel in PLd throughoutExtraction system / centrifugal separator
Virtual monitoring of work envelope and safeguarded zoneWall elements with window
Cell floor with floor gratesAugmented Reality commissioning-maintenance-service
Connection to corporate network/Ethernet connectionAdditional robot calibration with 80 parameters
Remote maintenance via VPN

Technical data:

Description bbs-16-1-D-Z1
Robot typeCNC robot with 16 kg payload base-mounted
Reach3,1 m
Length X (mm) 4500 mm
Width Y (mm) 2350 mm
Height Z (mm) incl. robot 4250 mm
Work envelopes1
Payload turntable 500 kg
Workpiece size2700 mm*1200 mm*1200 mm
High-speed doors with inspection windows and integrated light barriers1
Mains connection ratingdepending on the model

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