Pick and Place Machines for PCB & SMT Assembly

Q: What are pick and place machines used for?

Pick and place machines are used in electronics manufacturing to automate the placement of surface-mount devices (SMDs) onto printed circuit boards (PCBs).

Q: How do SMT pick and place machines work?

SMT pick and place machines use robotic arms with vacuum nozzles to pick up components and place them accurately onto PCBs.

Q: What factors should I consider when choosing a pick and place machine?

Consider placement speed, accuracy, component range, feeder capacity, and software compatibility.

Q: What is the difference between manual and automated pick and place machines?

Manual machines are suitable for small-scale or prototype work, while automated machines are faster and better for high-volume production.

Pick and Place Machines

High-performance Pick and Place machines combine precision engineering with cutting-edge automation technology, offering unmatched flexibility and speed for even the most complex PCB assembly tasks. With integrated vision systems and intelligent component placement, these systems deliver consistently high-quality results—meeting the demands of modern electronics manufacturing.

Advanced Pick and Place Technology for SMT Production

Pick and Place machines are essential in surface mount technology (SMT) production, enabling fast and accurate placement of components on printed circuit boards (PCBs). Designed to streamline PCB assembly processes, these systems use advanced robotics and vision-guided technology to ensure precise component alignment and positioning.

From high-speed automated pick and place systems to flexible solutions for low-to-medium volume production, manufacturers rely on these machines to reduce cycle times, increase yield, and maintain product consistency. Whether used in contract manufacturing or OEM environments, they are a cornerstone of modern electronics assembly.

Key features of today’s leading SMT pick and place machines include multi-nozzle heads, real-time vision inspection, feeder flexibility, and seamless integration with PCB soldering and inspection systems. These technologies support rapid changeovers, tight tolerances, and scalable throughput—ideal for everything from consumer electronics to aerospace applications.

If you’re looking to upgrade your PCB assembly line or improve production efficiency, investing in a reliable component placement machine is a strategic move for long-term manufacturing success.

RX-8

RX-8

Pick & Place

JUKI RX-8 achieves speeds of up to 100,000 components per hour (CPH), delivering exceptional productivity within a compact footprint of just 998mm in width.

Explore System ⇾
RS-1XL

RS-1XL

Pick & Place

JUKI RS-1XL Modular Mounter: a fast, versatile solution for chip and flexible mounting, optimizing smart production with precision and speed

Explore System ⇾
RS-1R

RS-1R

Pick & Place

The JUKI RS-1R is a High-speed chip mounter with versatile component handling and precise placement for efficient, quality production.

Explore System ⇾
LX-8

LX-8

Pick & Place

Discover the JUKI LX-8 Advanced Flexible Mounter – a high-speed, precision SMT solution designed for ultimate flexibility and efficiency.

Explore System ⇾
JM-50

JM-50

Pick & Place

JUKI JM-50 is a Multi-Task Platform base Manual insertion model that is ideal for high-volume, low-volume production.

Explore System ⇾
JM-20

JM-20

Pick & Place

The JUKI JM-20 automates the manual insertion process and is the advanced model for larger/heavier components and larger boards.

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JM-100

JM-100

Pick & Place

The JUKI JM100 automates the manual insertion process and is the advanced model for larger/heavier components and larger boards.

Explore System ⇾

FAQ – Pick and Place Machines

What are pick and place machines used for?

Pick and place machines automate the placement of electronic components onto PCBs, improving speed and accuracy.

How do SMT pick and place machines work?

They use robotic arms and vacuum nozzles to pick components and place them precisely on circuit boards.

What factors should I consider when choosing a pick and place machine?

Key features include speed, accuracy, component compatibility, feeder options, and software.

What is the difference between manual and automated pick and place machines?

Manual machines are for low-volume or prototyping; automated systems are for high-speed, large-scale production.