Modules, heads, and supply units can be combined freely, so that the optimum line configuration can always be built by changing the configuration to match changes in the part type and product model.

It is possible to expand the capability only for the necessary level by adding modules and exchanging units.

Heads can be exchanged easily without tools.
The heads are lightweight and thus can be removed easily by a machine operator when needing to perform maintenance or troubleshooting when responding to issues.

Only a short distance is traveled for part supply and changeover, for a simple work path that does not take excessive time or effort.
Production lines can be configured freely into layouts such as back to back or U-shaped lines.

Because swapping units that require maintenance with units that are fully maintained can be performed at the operator level, downtime can also be greatly reduced. Maintenance can be performed offline on the removed units while production is still running.

Heads, nozzles, and feeders are all managed by ID.
Detailed production data for materials and equipment is stored in the database, to be used for line management, maintenance management, and traceability.

The operator simply pushes the START button after exchanging the head. Heads are calibrated automatically in the machine so that production can resume.

A wide range of checks like the following can be performed using the Intelligent Part Sensor (IPS).
· Checks pickup and checks for parts remaining on the nozzle after placement
· Detects tombstoned parts
· Checks part heights
· Checks for upside-down leaded parts

The LCR check unit checks the electrical properties of passive parts (inductance coils, capacitors, and resistors) before placement. This prevents parts with the wrong properties from being placed, which cannot be checked based on exterior checks.

All parts are checked before placement to ensure that there are no warped terminals or leads on parts such as connectors and IC chips that can cause poor connectivity, preventing defective parts from being used. It is also possible to check for missing bumps on BGA and CSP parts, which cannot be detected after a part is placed.

The panel warp is automatically measured by a laser sensor before placement. Placement is only performed on panels that are within the set tolerance, so that defective panels are stopped before they can be produced.

Excessive downward push and placing parts above the panel can be prevented by reflecting the part height measured by IPS to the placing surface determined from the amount of panel warpage.
Furthermore, the low impact nozzle of Fuji's original design can prevent the collapse of solder and parts from becoming cracked.

Very high density part placement of 0201 (008004") parts is supported by standard specification cameras and units. Positioning is corrected as each part following pickup, so that very small parts can be placed with fine pitches at top speed.

Integrate 4 nozzles for multiple parts sizes (0603 (0201"), 1005 (0402"), 1608 (0603"), and 2125 (0805")) into three types (S, M, L). Because nozzles can be shared, the frequency of nozzle exchange is reduced and the cycle time can be improved.

By loading dedicated heads and units into the machine, specific processes such as glue application and flux transfer can be performed inline. This contributes to the reduction of incomplete products and removes the need for investing in dedicated equipment.

The DX head automatically exchanges tools based on the part size, from chips to large and odd-form parts, and can be loaded on M6 III modules. When production models are frequently changed and there are changes in the part type mixes, it is possible to adjust the line balance.

NXT III caters to the placement of various types of parts, supporting from standard to large and odd-form parts, and by handling parts using various methods such as placing large connectors with pressure insertion or parts with clamp pressure control.

Area productivity of the machines is extremely important when considering the productivity of the entire factory. NXT III is a leading-edge placement solution that is fast and takes up little space, making it possible to get the best productivity out of limited floor space.

17% increase in performance
The speed of operations frequently used in actual production has been increased intensively, improving the throughput by 17% compared to previous models.
The M3 IIISE module is effective for module part boards, smartphone boards, and other such panels which have high-density part population.

Realtime load control
As parts continue to become even smaller, thinner, and lighter the demand for low-impact placement, in addition to placement accuracy, is also increasing.
The combination of the H12L head with the M6 IIIL module makes it possible to control the load during placement in real time. This means that parts can always be placed using the same load regardless of the condition of the panel, preventing damage to parts.