SMD placement machine

From the oldest to the newest.

Up to 200,000 components per hour placement speeds. Machines still in operation in Turkey since 1995. Beyond SMD placement machine, 3D MID and amorphous component placement. Groundbreaking Japanese precision with MACS verification technology. Only at Yamaha.

On Yamaha SMD machine

Every new feature deserves to be a new feature.

Because in Yamaha, every function is designed by Japanese engineers to make the next step more efficient. Therefore, SMD production with Yamaha is very easy and fast. If you have a Yamaha SMD assembly system, you can increase your production efficiency. And faster than ever.

Yamaha camera is now more versatile than a camera

Yamaha raises the bar to a whole new level of performance and functionality in SMD placement machines. With its Auto Nozzle ID feature, it automatically recognizes the nozzles installed in the station. In addition, you can automatically inspect the cream solder dispenser points with its camera, which has a 2.4 times wider field of view than the previous one

FEEDER CAPACITY AND THE RANGE OF COMPONENTS IT CAN LINE UP ARE AT A COMPLETELY DIFFERENT LEVEL

No matter how dense and complex the board, array everything with Yamaha. Install 180 8mm feeders on one machine. Use tape feeders from 8mm to 88mm. Arrange SMD sleeves of all sizes and components up to 30mm high. Arrange non-SMD irregular components with gripper if necessary.

New Generation Yamaha SMD

Yamaha Smart SMD Feeder Technology

The exceptional, extra compact, Smart Electric Feeder.

Japanese material quality in line with aerospace industry standards. Automatic loading ALF feeder with 5-second reel change, independent of the operator.

Your next SMD machine,

Not just an SMD placement machine.

SMD Machine Models

Yamaha YRM20

46,000 components/hour placement speed. The world's fastest single beam, single head SMD placement machines. Ability to mount 96 pieces of 8mm feeder. Ability to place components at 15mm height.

Yamaha YRM10

Equipped with the technology of the advanced systems of the YRM series. The "just right" small, multi-purpose, SMD placement machine

Yamaha YSM20R

Up to 90,000 components per hour placement speed, up to 140 8 mm feeders can be installed, and up to 28 mm high component placement features.

Yamaha YSM10

46,000 components/hour placement speed. The world's fastest single beam, single head SMD placement machines. Ability to mount 96 pieces of 8mm feeder. Ability to place components at 15mm height.

Yamaha S20

3D MID typesetting and dispensing on 3D surfaces. 180 types of 8mm feeders. Alignment of components up to 30mm height at speeds of up to 45,000 per hour.

Yamaha S10

3D MID typesetting and dispensing on 3D surfaces. 90 types of 8mm feeders. Component placement at 30mm height. Placement speed up to 45,000 components per hour.

YAMAHA
Virtual Reality Online Showroom
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Register and visit Yamaha Motor Robotics SMT Division, Yamaha SMT Virtual Reality Showroom, an effective way to experience the latest technology for electronic assembly, inspection and component processing. Explore all of Yamaha’s equipment and software solutions online 24/7 at any time.

SMD Typesetting Technology

Since the 1980s, surface mount technology (SMT) has become the industry standard for the assembly of printed circuit boards as SMD assembly machines have evolved. Due to its wide range of advantages, the prevalence of production on SMD assembly lines has steadily increased. If you want to produce electronic devices in smaller sizes and in a more serial manner at affordable costs, you will need SMD production machines to use SMD assembly technology. For this purpose, we install, commission and provide user training on a turnkey SMD line so that you can easily have an SMD production line.

Advantages of SMD Placement Machines

Surface mount technology (SMT), parallel to the development of SMD machines, allows components to be placed closer to the board, allowing for smaller PCB designs. This allows devices to be designed in a lighter and more compact way.

In SMT technology, there is no need to drill the PCB or plate through holes as in the placement of leaded components. It is faster and more economical.
SMT provides stability and better mechanical performance in vibration and shaking environments.
Printed circuit boards created with SMD assembly machines are more compact and provide higher circuit speeds.
Components can be placed on both sides of the circuit board and at higher density, meaning more components per unit area and more electrical connections per component.

Lower resistance and induction in solder joints compared to leaded soldering reduces unwanted effects of RF signals and provides better and more predictable high-frequency performance.
SMD elements are generally less costly than leaded elements with similar features.
Due to its compact package shape and low electrical induction, it has a smaller radio frequency loop area and thus a better EMC compatibility (electromagnetic compatibility).