CNC Machine Tending using Hyundai Robotics HH7 & LYNX 2100

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CNC Machine Tending using Hyundai Robotics HH7 & LYNX 2100

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Application Field: Industry > Metal·Plastics, Application > Machine Tending, Sector > Manufacturing, Sector > Logistics

Industry > Metal·PlasticsApplication > Machine TendingSector > ManufacturingSector > Logistics

This application case features a high-precision CNC machine tending solution that automates the machining of hydraulic fittings using the Hyundai Robotics HH7 and the DN Solutions LYNX 2100 CNC machine.

Delivered as an optimized package solution by KT, this system offers a cost-effective entry point into automation. It seamlessly integrates with KT's smart factory platform, 'Factory Makers', allowing businesses to implement both physical automation and a comprehensive digital management system simultaneously. By redistributing labor tasks, this solution significantly boosts operational efficiency and solves the challenges of specialized labor shortages.

Components

Robot	Robot: Hyundai Robotics HH7 Type: 6-axis articulated robot Payload: 7kg (Optimized for small to medium-sized metal workpieces) Reach: 932mm Weight: 42kg (Compact and slim design) Repeatability: ±0.03mm (Ensures high-precision loading for machining) CNC Machine: DN Solutions LYNX 2100 (Turning Center) Platform: KT Factory Makers (Smart factory monitoring and management)

Workflow

STEP 1.	Loading: Raw materials (for hydraulic fittings) are placed onto the supply pallet.
STEP 2.	Start: The operator clicks the work instruction button to initiate the sequence.
STEP 3.	Identification: The system identifies the exact position of the target workpiece.
STEP 4.	Approach: The HH7 robot picks the raw material and enters the CNC machine interior.
STEP 5.	Retrieval: The robot picks up the finished (machined) part from the chuck.
STEP 6.	Loading: The new raw material is securely placed into the machining chuck.
STEP 7.	Machining: The robot exits, the door closes, and the machining process begins.
STEP 8.	Placement Check: The system verifies the designated unloading/discharge position.
STEP 9.	Unloading: The finished product is unloaded to the discharge area, completing the cycle.

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Features

Maximize Flexibility through Human-Robot Collaboration

Managers focus solely on the loading of raw materials and unloading of finished products, while the robot handles all continuous processing tasks.

Compact and Rapid Installation

Space Efficiency: Performs high-efficiency tasks within a minimal footprint.
Packaged Solution: Includes pre-configured workflows and production data packages, enabling rapid setup and immediate production.

Efficient Operation with KT Smart Factory Solution

Real-time Monitoring: Tracks robot status and events with automatic SMS alerts for immediate response.
Data Integration: Enables efficient operations by syncing operation metrics and providing production volume inquiries.
Multi-device Access: Monitor and manage the system from anywhere via smartphones or tablets.

Results

Key Benefits	Increased operational efficiency by allowing existing workers to perform additional value-added tasks.
Client Feedback	By implementing the KT solution, we achieved continuous production through robotics. The ability to easily track production volumes has significantly increased our operational efficiency.

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