Grinding & Deburring
Background
Grinding and deburring are essential in casting, metalworking, and 3C manufacturing. Dust, noise, and vibration create health risks and hiring difficulty, while manual force variation makes surface consistency and quality hard to stabilize.
Industry Pain Points
Health Risks, Consistency, and Force Compensation
Grinding environments involve dust, noise, vibration, health risks, and recruitment difficulty.
Manual contact force is unstable, causing poor surface consistency and higher scrap.
Curved parts and tool wear require constant-force compensation for proper contact.
01
Plug-and-Play Setup
The ISO flange and standard I/O make grinding end-effector installation easier and shorten on-site deployment and commissioning.
02
Open Development
ROS/ROS2 packages and Python/C++ SDKs support process-specific grinding development and secondary integration for varied production lines.
03
Process Consistency
Stable contact force improves surface roughness and material removal consistency while supporting a steady production rhythm.
04
Constant Force Control
With a six-axis force/torque sensor, the robot can maintain contact force and compensate for curved surfaces and abrasive wear.
05
Cost and ROI
The UFACTORY 850 offers competitive hardware cost, helping small and midsize manufacturers and integrators shorten project payback
06
Labor Value Release
Robots move workers away from dust, noise, vibration, and repetitive grinding while easing staffing limits and capacity bottlenecks.
07
Vision Integration
The UFACTORY 850 connects to 2D/3D vision for workpiece and grinding-area localization on flexible lines with position variation.
08
Flexible Changeover
Lightweight construction and simple programming allow fast transfer between stations and adaptation to different grinding tasks.
Not sure which model fits your workflow?
Our team will match the right robot and configuration to your needs.
