A droplet always seems to find its way out and hang on the leading edge of the 'next' target. I've tried lift and retraction in varying amounts with only marginal changes, usually just the location where the drop takes place.
Suggestion: Retract in transit. Tactic - rapid withdrawal of perhaps 0.5mm, followed by slow withdrawal until the nozzle is located at the 'start' point. This will also reduce the dwell time of the hot nozzle over the element being departed, reducing heat transfer into same.
Another suggestion - if both lift and retraction are defined, do both at once.
Thanks /m
Suggestion: Retract in transit. Tactic - rapid withdrawal of perhaps 0.5mm, followed by slow withdrawal until the nozzle is located at the 'start' point. This will also reduce the dwell time of the hot nozzle over the element being departed, reducing heat transfer into same.
Another suggestion - if both lift and retraction are defined, do both at once.
Thanks /m
