Telescopic PCB Conveyor

Adjustable-Length Conveyor 

Telescopic PCB Conveyor is a versatile board handling solution designed with an extendable frame to adjust its length according to production requirements. It is commonly used to bridge gaps between machines, provide flexible spacing during maintenance or changeover, or accommodate temporary process stations such as manual inspection or testing.

Flexible SMT Line Integration

Featuring a modular and retractable structure, the conveyor allows for quick adjustments in line length without repositioning other smt equipment. It is especially useful in SMT lines where layout flexibility and quick reconfiguration are essential. The conveyor ensures stable and smooth PCB transport using precision-guided belts and is fully compatible with SMEMA standards.

Product features and description

Description	Telescopic PCB conveyor is necessary for the requirement of a safety passageway between super-long SMT lines, it has the function of passage, convenient for material vehicles and people to pass through
Belt type	Oblate belt
Conveyor speed	0.5-20M/min (or customer specified)
Power supply	AC 110 volts or 220 volts; single phase
Power	Max. 200VA
Transport height	900 ± 20mm (or customer specified)
Transport direction	From left to right or right to left

Product core parts configuration

PLC	Panasonic
Step motor	Leisai/Yankong
Touch screen	Qinglan
Limit switch	SMC
Air cylinder	SMC
Bearing	NSK
Switching-mode power supply	Omron
Relay	Omron
Sensor	Omron
Screw elevator	TBI

Product specification

Model	Dimension (L × W × H, mm)	PCB board size	Weight (kg)
GT-330	1500*650*1050	50*50-445*330	200

Key Applications of Telescopic PCB Conveyor

Used to link SMT machines with variable spacing or maintenance access requirements

Ideal for flexible SMT lines, maintenance zones, or modular production setups

Supports both single-lane and dual rail conveyor configurations

Suitable for high-mix production environments requiring layout adaptability

Usage Benefits

Offers adjustable length to accommodate layout changes without full line reconfiguration

Improves equipment accessibility for maintenance and upgrades

Maintains smooth PCB flow while allowing flexibility in production line design

Reduces downtime and increases line efficiency in dynamic manufacturing setups