Pick & Place Screwdriving Robot with Automatic Tool Change and Feed Unit for Fasteners

The SPATZ Pick & Place Screwdriving Robot with automatic tool change and feed unit for fasteners has all the features to revolutionize the system layout in automated production and offers high savings potential in the design of assembly and manufacturing systems.

Request a Quote Download Product PDF

Technical Data

General
Concept modular Pick & Place Screwdriving Sys-tem; automatic tool change; design opti-mized for HRI, certified UR+ product
Versions Free choice of drive: up to 15 screwdriv-ing programs possible; provisioning of screws realized by a feed unit with inter-nal or external supply unit; further tools, e.g. gripper adaptable
Screwdriving Unit with Tool
Dimensions screwdriving unit (BxWxH) 64x64x380mm with drive Desoutter ERSX80
64x64x520mm with drive Desoutter ERS 2
Follow the screw force max. 100 N
Pressure range compressed air 5 – 6 bar unoiled air
Torque up to 4 Nm
Total weight of screwdriving unit approx. 0.93 – 1.40 kg (depending on tool in use and drive)
Environmental conditions – temperature, air humidity 0 – 40° C
0 – 90% RH (not condensing)
Energy requirements: power supply voltage, electrical load, compressed air 230 V
approx. 150 W (depending on drive) up to 120 l/min.
Tool
Dimensions tool (dia. x length) dia. 30 x 132mm
Total weight approx. 0.2 kg
Bit connecting thread up to M5
Tool Station
Dimensions (B x W x H) 55 x 80 x 92 mm
Total weight 2.2 kg
Encoder
Dimensions (B x W x H) 43 x 75 x 122mm
Total weight approx. 0.3 kg
Scanning distance approx. 40mm
Feed unit with internal/external supply unit
Feed unit see data sheet ZSE/STF/SGF
External supply unit
Dimensions (B x W x H) 35 x 167 x 75mm without feed hose
Total weight approx. 1 kg
Compressed air 0.1 NL/cycle
Controller
Measurable values Depth, position, down force of bit, torque, rotation angle, time
Measuring precision ± 10% of the measuring range
Software Simple program changes to the robot and graphic user guidance by UR-certified software when using an UR e-series robot