Single-track NGOK Buffer Machine with 20 pcs Buffering Capacity, Bidirectional Conveying, and 460mm Wide PCB Compatibility

Single-track NGOK buffer machine - Automatic PCB Sorting and Buffering Equipment

I. Product Introduction

The single-track NGOK buffer machine is a specialized buffering and sorting equipment for electronic intelligent manufacturing production lines. It is mainly used for classifying and buffering good and defective PCBs and for temporary storage, adapting to the cycle time balance of various automated production processes. The equipment uses industry-standard and mature configurations, ensuring stable operation and strong compatibility. It also features several exclusive functional designs, supporting multiple modes including straight-through, buffering, and good/bad board sorting. It effectively solves problems such as inconsistent cycle time in production lines, mixed boards after inspection, and equipment downtime. It is suitable for large-size PCB production scenarios and is widely used in automated production lines for electronic surface mount technology (SMT), testing, and semiconductor processing.

II. Equipment Parameters

Equipment Model: OK-HCJ-460
Equipment Dimensions (L*W*H): 600*1080*1600mm
Standard Conveying Height: 900±30mm
Compatible Circuit Board Specifications: Width 50-460mm, Maximum Length 450mm
Power Supply/Power: 220V / 0.35KW
Conveying Direction: Bidirectional (left and right) selectable
Board Buffer Quantity: 20 pieces
Working Air Pressure: 4-6bar
Equipment Weight: 200kg
Rail Structure: Single rail

III. Equipment Features

1. Basic Standard Configuration | Industry-Common Equipped with an industrial programmable control system, it is suitable for long-term continuous mass production operations, ensuring stable operation and a low failure rate. It features an intelligent touch-screen interface, supports automatic equipment fault diagnosis, and includes touch-screen pop-ups and dual audible and visual alarm prompts, making operation simple and maintenance convenient. Standard universal equipment docking ports allow seamless connection to various automated production line equipment, offering strong versatility and wide applicability. The machine body adopts a closed sheet metal aluminum alloy structure, providing robust structure and excellent protection, suitable for long-term industrial operation environments in workshops.

2. Core Features | Superior to Conventional Models

① Multi-functional operating modes: Supports three working modes: good and defective product sorting, material buffering, and production line pass-through, offering multiple uses and adapting to various production process requirements;

② Supports both first-in-first-out (FIFO) and last-in-last-out (LIFO) discharge logics, which can be freely switched according to production processes, adapting to different production line flow standards;

③ The buffer lifting step distance can be customized according to the actual thickness of the circuit board, adapting to buffering operations on boards of various thicknesses, offering flexible adaptability;

④ Equipped with a hand-cranked screw width adjustment mechanism, ensuring stable and balanced adjustment, and allowing for quick adaptation to different circuit board specifications, facilitating convenient debugging;

⑤ Strong adaptability to large-size boards, compatible with 460mm wide circuit boards, covering the buffering and sorting needs of large-size board production.

IV. Application Scenarios

1. SMT Automated Production Lines: Can be deployed after placement equipment and reflow soldering equipment to temporarily buffer and store soldered circuit boards, balancing the production cycle of upstream and downstream processes, avoiding equipment standby and production line jams, and ensuring continuous operation of the production line.

2. Back-end of Precision Inspection Processes: Adapted to the back-end operation of various inspection equipment such as solder paste inspection and optical inspection, it can receive equipment inspection signals, automatically classify and collect qualified and defective boards, achieve automatic separation of good and bad boards, eliminate material mixing problems, and improve product yield control efficiency.

3. Semiconductor Manufacturing Processes: Suitable for material transfer and buffering between chip photolithography, etching, packaging, and other processes, temporarily storing precision materials such as wafers and chips, connecting the operation processes of each process, and ensuring smooth and orderly operation of the semiconductor production line.