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The Samsung SM471 pick and place machine is automated surface mount technology (SMT) equipment designed for electronic manufacturing workflows. It places electronic components onto printed circuit boards (PCBs) with consistent speed and positional accuracy, supporting steady output for assembly lines. This equipment fits into standard SMT production layouts, addressing the demand for reliable component placement in both batch and continuous production setups for industrial clients.
Item | Specification |
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Product Name | Samsung SM471 Pick And Place Machine |
Model | SM471 |
Brand | Samsung |
Component Range | 0603 - 24mm CHIP |
Equipment Size | L1650×W1680×H1530mm |
Package | Wooden Case |
Weight | 1800kg |
Delivery Options | UPS, DHL, FedEx, as required |
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The SM471 uses robotic arms paired with vacuum nozzles to pick components from feeders or component trays, then position them onto designated PCB pad locations. The placement mechanism follows pre-set coordinate parameters to align components with solder pads, reducing alignment deviation during assembly. This system handles surface mount devices including resistors, capacitors, and integrated circuits (ICs) within the supported size range.
The machine integrates an on-board vision system with cameras and image processing logic. The system captures component and PCB pad imagery before placement, then adjusts positioning to match pad coordinates. It also runs real-time position checks during the placement cycle to verify component alignment, supporting process quality control during production runs.
The SM471 adopts a multi-head placement architecture, which allows multiple components to be picked and placed in a single operation cycle. This configuration supports assembly of PCBs with high component density, and maintains consistent cycle time across different board layouts. The head setup accommodates components of varying shapes and orientation requirements.
The machine is equipped with a programmable control system, allowing operators to set and adjust placement parameters including pick coordinates, placement positions, component rotation angles, and operation speed profiles. These settings can be saved and recalled for different PCB designs, supporting changeover between product variants on the same production line.
The SM471 pick and place machine is deployed across multiple segments of the electronic manufacturing sector. For consumer electronics assembly, it supports production of household devices, mobile accessory boards, and small electronic appliances with steady throughput. For automotive electronics production, it handles component placement for vehicle control boards and sensor modules, aligning with the consistency requirements of automotive assembly workflows.
It also applies to telecommunications equipment assembly, including circuit boards for network devices and communication terminals. For facilities running multiple product models, the machine supports quick program switching to match different PCB designs, reducing downtime between production batches. It also fits into assembly lines for industrial control electronics and small-batch precision device production.
The machine is packaged in wooden cases for transport, with internal protective structures to secure components and prevent damage during shipping. The total equipment weight is 1800kg, which supports standard freight and logistics arrangements. Delivery options include UPS, DHL, and FedEx, with custom logistics arrangements available based on commercial procurement requirements. The equipment comes with a 12-month warranty period covering core functional components.
The SM471 supports components ranging from 0603 chip size up to 24mm CHIP packages, covering common surface mount resistors, capacitors, and small-form-factor ICs.
The overall dimensions of the equipment are 1650mm in length, 1680mm in width, and 1530mm in height. Facilities can reference these values for production line layout planning.
Yes, the machine’s programmable control system supports saved parameter profiles for different PCB designs. Operators can switch between product programs to accommodate multi-product manufacturing setups, reducing changeover time between batches.
