Low Cycle Time With Printer Stacker & Accurately Filled Vias With FSP-10 Inductor Maker

The speed, capacity, precision and versatility of the PAL-9 make it the best value of any automatic MLC Printer Stacker model on the market. The machine is based on highly refined “print on stack” technology.

Palettes are loaded and unloaded automatically, with capacity for up to 100 palettes travelling at one time around a horizontal carousel. New layers of tape are cut from the roll and pressed onto the stack. Then electrodes are precisely printed and dried.

An innovative system to remove the ceramic tape from the carrier is available as an option. The cycle continues until the required number of layers and electrodes have been deposited.

PAL-9 printer stacker characterictics:

Pressing yields a completely flat and smoothened top surface of the stack, well suited for low electrode lay downs. Printing conditions are fully stabilized with respect to temperature and mechanical stability. The superior positioning accuracy of points is well suited for even the smallest chip components (i.e. 0402). Efficient, high speed operation results in a low cycle time (down to 5 seconds printing cycle time inclusive of palette transport).

For special components the machine can be equipped with 2 printers.

Also, if your application requires a new feature to be added onto the machine, we will design and build the machine to accommodate this feature, working closely with you to make sure your performance expectations are met.
 

" A true innovation in the passive component industry... the automatic multi-layer FSP-10 inductor maker  "

High process yields and precision capabilities for small components make the FSP 10 the best value on the market today.

The machine can automatically load and unload up to 156 blocks, which travel around on the carousel. Sheets are picked up from the sheet reservoir, which contains sheets with guidance holes.

Vias are filled on the stack ensuring excellent electrical contact with underlying electric circuits. A metal stencil is placed with precision accuracy on top of the stack. The via fill paste is transferred into the vias by using a specially designed scraper. After drying of the vias, the circuit can be printed on the tape surface. Screen changing on the FSP 10 is rapid and precise, due to a pneumatic system that fixes the screen to the printer. For inductors A-B shifting is done automatically. A high-speed belt transporter results in a low cycle time.

As an option, a tape edge gluing device can be added to avoid any movement of the sheets during transportation between positioning and the press. If your applications require a new feature to be added onto the machine, we will design and build the machine to accommodate this feature, working closely with you to make sure your performance expectations are met.