Neura Machine Tending
Affordable Robot Machine Tending for Every Business
Machine tending plays a critical role in manufacturing, especially in processes like CNC machining and injection molding. Traditionally, it’s meant assigning workers to repetitive loading and unloading tasks. Work that is physically demanding, time-consuming, and hard to staff reliably. With collaborative robots, this process is now easier to automate. Our solution brings consistent, reliable performance to your production floor, with a setup that’s simple to run and easy to scale across any size operation.
Automated Machine Tending Benefits
Reduce Downtime
Eliminate idle time caused by manual loading and delays.
Keep Machines Running
Maintain steady production across all shifts, even when labor is tight.
Free Up Skilled Workers
Let your team focus on complex tasks instead of repetitive tending.
Minimize Injury Risk
Limit exposure to hot surfaces, sharp edges, and repetitive motion injuries.
Cobot Machine Tending
- Intuitive No-Code Setup
- Fast Teaching for New Parts and Cycles
- Seamless Integration with CNC and Injection Molding Machines
- Tray, Pallet, and Drawer Loading Support
- Built-In Force Sensing for Reliable Gripping
- Compact Design for Tight Machine Cells
- Mobile and Easy to Redeploy
Upgrade to Smart Machine Tending With Integrated AI
Smart Machine Tending is designed for changing environments where parts, machines, and workflows vary. With vision and AI, the robot understands its surroundings, adapts on the fly, and keeps working without machine connections or reprogramming.
Intelligent Scene Recognition
Automate part handling and machine interaction through intelligent environment awareness.
- Identifies parts, feeders, and machine doors
- Detects part orientation, size, and position
- Recognizes when to grip, release, or switch tools
- Understands when a machine is full, empty, or in operation
Fully Autonomous Operation
Enable full machine tending without traditional I/O integration. The robot responds to what it sees and adapts in real time to keep production moving.
- Loads and unloads based on visual recognition
- Continues working through part changes and job transitions
- Switches between machines without reconfiguration
- Operates across shifts with no manual resets