JIT-0034 Desktop Automatic Screw Tightening Machine
Description
Key Points:-
-
5-axis desktop automated screwing machine (JIT-0034) engineered for high-precision, hands-free fastening across complex 3D surface profiles and multi-angled screw locations.
-
Integrated automatic screw feeder continuously delivers fasteners directly to the driving head, achieving fast cycle times of 0.8 to 2.5 seconds per screw.
-
High-speed axis positioning (up to $600\text{ mm/s}$) with safe-height elevation offsets maximizes operational throughput while preventing component collisions.
-
Controller software provides precise positioning, programmable driving speeds, variable tightening durations, and real-time motor stall detection.
-
Built-in safety logic monitors motor load currents and feeder signals to trigger automatic warning alarms upon cross-threading or feed failures.
-
Supports positional programming via a handheld teach-in controller or direct positional teaching modes.
-
Ideal for high-volume manufacturing lines in automotive components, consumer electronics, and industrial controls requiring high torque repeatability and labor reduction.
The JIT-0034 is a 5-axis desktop automated screwing machine engineered for high-precision, hands-free fastening operations. Equipped with programmable $XYZ$ translational movement alongside tilt and rotational capability ($AB$ axes), the system handles complex 3D product geometries and multi-angled screw locations. An integrated automatic screw feeder delivers fasteners continuously to the driving head, achieving fast cycle times of 0.8 to 2.5 seconds per screw.
The controller software provides precise positioning control, programmable driving speeds ($up\ to\ 600\text{ mm/s}$), variable tightening durations, and real-time motor stall detection. Operators program target hole coordinates using a handheld teach-in controller or positional teaching modes. It is ideal for high-volume manufacturing lines in automotive components, consumer electronics, and industrial controls where labor reduction and absolute torque repeatability are required.
Features
Driven by high-speed axis traversal up to 600 mm/s with safe-height elevation offsets, this 5-axis motion platform ($XYZAB$) rapidly executes automated screw tightening across flat, angled, and complex 3D profiles with high positioning repeatability. To maintain seamless operation, its integrated safety logic continuously monitors motor load currents and feeder signals, automatically triggering warning alarms if cross-threading or feed failures occur.
