Super High Efficiency Dual Lane Modular YRM20DL Feature

Rotary head boosts component mountability of tiny components. This maintains high speed production since head replacements are no longer needed. This is technology that helps carry on the 1 head solution concept. This head can handle components ranging from super-tiny 0201mm components on up to medium-sized odd-shaped components of 12 x 12mm dimensions with heights of 6.5mm

The flexible “all-around” head not only has high-speed, but also has the versatility essential for mounting super-tiny 0201mm components all the way up to large-size components of 55 x 100mm and heights up to 15mm.

The ultra-wide-range head fully handles components ranging from super-tiny 03015mm chips on up to ultra-large components of 55 x 100mm and heights of 30mm. Force control is also available.

Ensures super high efficiency for production of various types, by combining parallel mounting and alternate mounting, and 4-stage mounting with the newly developed dual-lane conveyor. Achieves high productivity even when production type varies by lane.

This automatically positions the pushup pins. Using along with the automatic program change over function drastically reduces the workload during production changeovers.

The nozzle is automatically exchanged for efficient production. The nozzle holder can be exchanged with a single touch which makes setup and maintenance easy.

Machine vibration controlled with a very stiff base, etc., and adjustment accuracy improved with Coord MACS, achieving a high accuracy mounting level of ±15μm.

Relative height of the mounting surface and component bottom controlled by measuring PCB height to control mounting height, which minimizes impact on micro components together with a low static-loaded nozzle.

High-capacity tray feeder that can store up to 30 pallets. Provides a non-stop supply of tray components, achieving non-stop production. The lineup also includes a 10-stage tray component feeder “cATS10R” as well, with excellent space savings and cost performance.

Self-diagnosis and self-recovery functions continuously maintain nozzles and feeders in a clean state for continuous high-quality production.

Measures the electrical properties of the chip components and ensures steady loading of components without errors.

A simple task of cutting and inserting a tape reduces the load in the component supply work. Setting two reels makes it possible to level off the component supply timing, minimizing the risk of line stoppage due to failure of component supply.