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OTC Robot + Vision System + Multi-Station Rotary Machine
OTC Robot + Vision System + Multi-Station Rotary Machine
A Customized Automation Solution for High-Volume Precision Machining
In modern manufacturing, efficiency, consistency, and labor reduction are no longer optional — they are requirements.
At Jiakun Machinery, we specialize in building custom automation solutions that combine industrial robots, machine vision systems, and multi-station rotary machines to help manufacturers achieve stable, high-output, and scalable production.
In this article, we introduce one of our most mature and widely applied solutions:
OTC industrial robot + vision system + multi-station rotary machine automation line.
What Is an OTC Robot + Vision + Rotary Machine System?
This solution integrates three core automation modules into one compact and efficient production system:
OTC Industrial Robot
Machine Vision System
Multi-Station Rotary Indexing Machine
The system is designed for continuous, unattended or semi-unattended machining, especially suitable for medium to high-volume metal parts production.
Core Components Explained
OTC Industrial Robot for Loading & Unloading
OTC robots are known for:
High repeatability and stability
Fast cycle time
Excellent compatibility with CNC machines and rotary systems
In this solution, the OTC robot is responsible for:
Automatic part loading and unloading
Inter-station transfer
Stable rhythm control for continuous production
This significantly reduces manual labor and ensures consistent cycle times.
Vision System for Intelligent Positioning
The integrated machine vision system allows the automation line to handle parts that are:
Randomly oriented
Placed loosely in trays or pallets
Not suitable for precise manual positioning
The vision system performs:
Part recognition
Orientation detection
Position correction for robotic gripping
This improves system flexibility and reduces fixture complexity.
Multi-Station Rotary Indexing Machine
The multi-station rotary machine is the core processing unit of the system.
Key advantages include:
Multiple machining stations in one compact footprint
Simultaneous operations to reduce total cycle time
High positioning accuracy and repeatability
Easy integration with CNC units, drilling, tapping, or inspection stations
Each station can be customized according to the process:
Machining
Pressing
Inspection
Marking
Assembly
Why Combine Robot + Vision + Rotary Machine?
Many manufacturers start automation with only robots or standalone CNC machines. However, real efficiency gains come from system-level integration.
By combining these three elements, manufacturers achieve:
Shorter cycle times through parallel operations
Higher consistency by eliminating manual handling
Lower labor dependency
Scalable production capacity
Stable long-term operation suitable for mass production
This solution is particularly effective for customers facing labor shortages or rapid volume growth.
Typical Industries & Applications
This automation solution is widely used in:
Bicycle & e-bike component manufacturing
Automotive and motorcycle parts
Precision metal hardware
Industrial fittings and custom machined parts
Common part characteristics:
Medium-size metal components
Multi-step machining requirements
Tight tolerances and high repeatability demand
Customization Is the Key
At Jiakun Machinery, no two automation lines are the same.
Each OTC robot + vision + rotary machine system is customized based on:
Part drawings and tolerances
Required production volume
Machining processes and sequence
Available factory space
Automation level (semi-auto or full-auto)
Our engineering team evaluates feasibility before finalizing the solution — ensuring the system is practical, stable, and production-ready.
Why Choose Jiakun Machinery
Engineering-driven automation design
Strong background in CNC machining and mass production
Proven experience in rotary machine and robot integration
Focus on long-term stability, not short-term demonstrations
We don’t simply connect machines —
we design complete manufacturing solutions.
