Drilling
Background
Drilling is common in metalworking, 3C, furniture, and other industries. It requires accurate, consistent hole placement, while manual drilling can drift, fatigue operators, and create repetitive strain in long-term production.
Industry Pain Points
Precision, Fatigue, and Flexibility
Manual drilling can shift hole positions and affect assembly or quality.
Repetitive drilling is monotonous, strain-prone, and hard to staff.
Multi-variety, small-batch production needs flexible changeover beyond fixed equipment.
01
Cost and ROI
Competitive UFACTORY hardware cost helps small and midsize manufacturers and integrators reduce procurement and integration cost and shorten payback.
02
Plug-and-Play Setup
The ISO flange and standard I/O make drilling end-effector installation easier and reduce deployment and commissioning time.
03
Open Development
ROS/ROS2 packages and Python/C++ SDKs support process-specific drilling development and secondary integration for varied production lines.
04
Process Consistency
±0.02 mm repeatability helps locate each hole accurately, keeping drilling quality consistent and reducing scrap.
05
Precise Force Control
With a six-axis force/torque sensor, the robot can sense contact force and apply more controlled feed force during drilling.
06
Vision Integration
The UFACTORY 850 connects to 2D/3D vision for workpiece and hole localization on flexible lines with position variation.
07
Labor Value Release
Robots reduce repetitive drilling work, occupational strain, staffing limits, and capacity bottlenecks.
08
Flexible Changeover
Lightweight construction and simple programming support fast transfer between stations and adaptation to varied drilling tasks.
Not sure which model fits your workflow?
Our team will match the right robot and configuration to your needs.
