High Efficiency Single Lathe Multi-layer Stock Bin Gantry Feeding Automation Production Line

High efficiency single lathe automation system equipped with multi-layer stock bin and gantry feeding structure. It realizes continuous automatic loading and unloading for CNC lathes, cuts manual operation and raises batch machining stability. Widely applied for mass production of auto parts, hardware and precision mechanical components.

1. Equipped with multi-layer stock bin to store multiple workpieces for long unattended running
2. Integrated gantry feeding structure to realize fully automatic loading and unloading for single CNC lathe
3. High-efficiency automatic feeding system greatly reduces manual intervention and labor costs
4. Stable transmission structure ensures consistent machining precision for mass batch production
5. Compact integrated design, easy to match and install with various types of CNC lathes

Mechanical hand operation process:

Worker OP1 loads materials into the bin → Mechanical hand picks up the materials → H46 bed processing (sequence 1) → Intermediate transfer and flipping → H46 bed processing (sequence 2) → Mechanical hand picks up the materials → Disperses onto the tray → One work cycle.

Advantages of dot matrix silos:

They enable automated and orderly storage and retrieval of various materials with the highest precision and reliability within a minimal space. They also offer convenient and quick production changes, fewer replacement parts, lower costs, and simple adjustments.

1. Point-and-display storage bins: divided into 7 trays; each tray can hold 54 products, totaling 378 products;

2. The trays are made of bakelite board, carved and processed. Different products only require changing the tray; one tray corresponds to only one product specification (the trays are custom-made).

Gripper working process:

The picking gripper picks up the finished product → rotates 180 degrees → pneumatic cleaning of the chuck → the feeding gripper clamps the product → completes one work cycle.

Internal transfer and flipping device of machine tool:

Flipping device workflow: Transfer clamping → Rotate 180 degrees → Transfer loading → Ejecting → Complete one work cycle. (Loading time: 5 seconds)

Industry application:

X1 Axis Travel: 2300mm

Y1 Axis Travel: 600mm

Z1 Axis Travel: 1000mm

X-axis Instantaneous Traverse Speed: 1000mm/s

Z-axis Instantaneous Traverse Speed: 1000mm/s

Dimensions 1: L=3300mm

W=1460mm

H=3600mm

Positioning Accuracy: 0.1mm

Load: 0.5 KG

Operating Voltage: 220V/380V 50Hz

Operating Air Pressure: 0.5-0.6MPa

Key component configuration list of robotic arm:

Ensure you receive a high quality machine

1. Every parts need be inspected
2. Over 100 production process control
3. Over 200 inspection items
4. Sample processing of each machine
5. 72 hours trial run before delivery

•     Top quality sense, customers' requests come first
•     30 years + R & D history, the company was founded in 1993
•     High-tech manufacturer with research and design capacity
•     Stable and mature supplying system
•     Young active sales and engineers for instant services (24 hours online)
•     Upgrading on mechanism according to ergonomics and easy maintenance
•     Our structure design principle: easy maintenance & installation, low cost maintenance, not affect production