EasyTrace5000

Parameter Reference

Ranges, defaults, and meaning for every EasyTrace5000 parameter

Parameters are grouped by the stage in which they appear. The same text shows in the app as a tooltip - hover the ? icon beside any field. See the Operation Reference for which parameters matter to each operation.

Geometry Stage

Set before Generate Offsets. These define the cut geometry.

ParameterRangeDefaultApplies toDescription
Tool Diameter0.01–10 mm-allThe physical diameter of the cutting tool - the most critical value for accurate offsets.
Number of Passes1–303isolationOffset passes to create. More passes clear more copper but take longer.
Step Over10–99 %50isolation, clearingPercentage of tool diameter overlapped each pass. 50% is a good default.
Combine Passeson/offonisolationMerge all passes into one geometry. Simpler G-code, loses per-pass control.
Mill Holeson/offondrillMill circular paths inside holes larger than the tool; otherwise peck/drill at center.
Mill Stepover10–90 %50drillOverlap on each concentric ring inside oversize holes (when Mill Holes is on).
Cut Sideoutside / inside / onoutsidecutoutWhere the tool sits relative to the outline. Outside clears around the shape, inside within, on centers the tool.

Strategy Stage

Set before Generate Preview. These define depth and motion.

ParameterRangeDefaultApplies toDescription
Cut Depth-10–0 mm-0.1allFinal target depth relative to the surface (Z=0). Negative value.
Multi-depth Cuttingon/offonallMultiple passes at increasing depth for deep cuts. Reduces tool stress.
Depth per Pass0.001–5 mm0.1all (multi-depth)Incremental depth of each pass. Smaller is gentler on the tool.
Entry Typeplunge / helixplungeallHow the tool enters material. Plunge: straight down. Helix: spiral down.
Canned Cyclenone / G81 / G82 / G83 / G73nonedrillPre-programmed drill cycle. G83 peck-drilling retracts to clear chips.
Peck Depth0–5 mm0drillDepth to drill before retracting in peck drilling. Smaller = cleaner holes.
Dwell Time0–10 s0drillPause at hole bottom. Clears chips and reduces burrs.
Retract Height0–10 mm0.5drillHeight between holes. Clears the board while minimizing travel.
Number of Tabs0–120cutoutSmall uncut bridges that hold the board in place.
Tab Width0.5–10 mm0cutoutLength of each holding tab.
Tab Height0.1–5 mm0cutoutTab thickness from the cut floor (−0.5 on a −1.8 cut leaves a 0.5 mm tab).

Machine - Feeds & Speeds

ParameterRangeDescription
Feed Rate1–5000 mm/minSpeed while cutting.
Plunge Rate1–2000 mm/minSpeed descending into material. Usually slower than feed rate.
Spindle Speed100–30000 RPMSpindle rotation. Higher speeds for smaller tools.
Spindle Dwell0–60 sWait for the spindle to reach speed. Essential for high-inertia spindles.

Stencil

ParameterRangeDefaultDescription
Aperture Offset-1–1 mm-0.05Shrinks (−) or expands (+) apertures. −0.05 mm prevents solder bridging.
Ignore Solid Regionson/offonIgnore pours and traces; generate apertures only for component pads.
Exclude Pads Over Drill Holeson/offonRemove apertures over through-holes so paste won't fall in.
Add Registration Holeson/offoffFour alignment holes outside the board for pinning the stencil.
Registration Hole Diameter0.5–10 mm3.0Diameter of the alignment pins/dowels.
Registration Hole Margin1–25 mm5.0Distance outside the board boundary to place the holes.

Laser Pipeline Beta

Laser geometry parameters. The spot size is read-only here - set it in Machine Settings.

ParameterRangeDefaultDescription
Isolation Width0.05–2.5 mm0.3Total width of copper to ablate around traces. Pass count is derived from this, the spot size, and step-over.
Clearing Strategyoffset / filled / hatchoffsetHow areas are filled. Offset is most streak-proof; filled hands the fill to your laser software; hatch is directional line coverage.
Step Over10–99 %50Overlap between adjacent laser paths. Lower (more overlap) removes copper better; reduce to ~30% if streaks appear.
Hatch Base Angle0–180°45Angle of hatch lines; cross-hatch adds a perpendicular set. 45° crosses both H and V traces.
Cut Sideoutside / inside / onoutsideWhere the kerf falls relative to the outline (board stays full size / shrinks / shrinks by half-kerf).