Pick And Place
Pick and Place, in the hybrid microelectronics industry, is one of the primary functions of an Automated Component Placement System. Palomar specializes in high mix, low volume precision microelectronics assembly and offers two award winning, state-of-art systems to meet worldwide customers’ microelectronic packaging challenges.
Does your application require the following capabilities?
- accurate die placement
- prototyping
- high mix, low volume
- flexible layout
- precise pick and place of fragile devices
If so, the Model 3500-III is your ideal system.
It is designed for fully automatic, precision microelectronics assembly. This flexible, computer controlled component placement system performs up to three channels of adhesive dispense, component placement, eutectic die attach, and flip chip operations over a spacious 710-in2 work area. Submicron axis resolution yields typical placement accuracies of +/-0.5 mil (12.7µm) with fluids, down to +/-0.2 mil (5µm) using Pulse Heat Eutectic processes. Nowhere in the world will you find a more complete system for high accuracy pick and place functions.
Vital factors in a pick and place system:
Accuracy
Def: degree to which you pick and place or “move” an object to a desired location
Precision
Def: measured by the “tightness” of the grouping
Resolution
Def: the finest steps that can be made; the smallest increment of movement you can make
Repeatability
Def: ability of the system to return to a desired position continually
Does your application require the following capabilities?
- post-process accuracies of 1.5 micron, 3 sigma
- ultra-high accuracy eutectic and adhesive placements with cycle times less than 7 seconds
- high-speed, four-axis positioning system
- six position, bi-directional tool turret that changes tools rapidly
- fully automatic substrate and part loading
If so, the Model 6500 is your optimal solution.
The Model 6500 is designed specifically for fully automatic, high speed, precision hybrid component assembly. The system performs ultra-high accuracy eutectic and adhesive placements with cycle times under 7 seconds using its high-speed, 4-axis, positioning system driven by linear motors gliding over air bearings on a steel base frame. Palomar’s submicron axis resolution results in typical post-process accuracies of 1.5 micron, 3 sigma.