Product Categories
Up-cut geometry pulls chips upward out of the cut. These are preferred for materials prone to melting (plastics) or where deep channel clearing is needed to prevent heat buildup.
|
Part Number |
Esko OEM Code |
Shank (D) |
Tip Dia. (d) |
Flute Length (M) |
Total Length (L) |
Primary Applications |
|
3 mm |
1.0 mm |
4 mm |
38 mm |
Extremely fine detail engraving, micro-lettering, and intricate plastic prototyping. |
||
|
3 mm |
1.5 mm |
6 mm |
38 mm |
Tight-radius filigree profiling on thin plastics and dense cardboards. |
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|
3 mm |
2.0 mm |
6 mm |
38 mm |
Standard detail pocketing and precise channel routing in thin rigid materials. |
||
|
3 mm |
2.5 mm |
6 mm |
38 mm |
Intermediate-step profiling balancing fine corner detail with rigidity. |
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|
3 mm |
3.0 mm |
6 mm |
38 mm |
Balanced high-speed cutting on thin sheets where a 1:1 shank-to-tip ratio maximizes strength. |
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|
3 mm |
3.0 mm |
11 mm |
38 mm |
Maximum depth profiling for 3mm tools, ideal for sheets up to 9mm thick. |
Down-cut geometry pushes material fibers and chips downward. These are the industry standard for securing delicate top layers and preventing thin foils or laminates from peeling upward.
|
Part Number |
Esko OEM Code |
Shank (D) |
Tip Dia. (d) |
Flute Length (M) |
Total Length (L) |
Primary Applications |
|
3 mm |
1.0 mm |
2 mm |
38 mm |
Shallow engraving on foil-laminated cartons or thin plastic plates without lifting edges. |
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|
3 mm |
1.5 mm |
3 mm |
38 mm |
Delicate top-surface engraving and clean scoring on thin multi-layer composites. |
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|
3 mm |
3.0 mm |
6 mm |
38 mm |
High-speed profiling of thin laminates where a chip-free top edge is required. |
||
|
3 mm |
3.0 mm |
11 mm |
38 mm |
Deeper cutting on veneered or laminated surfaces up to 9mm thick. |
Because these are Multi-Purpose bits, they feature balanced rake and clearance angles designed to handle a wide range of soft and medium-rigid substrates:
Thin Plastics: Acrylic, Polycarbonate, PETG, and PVC.
Packaging Materials: Solid paperboard, heavy folding carton, dense foam-core boards, and structural corrugated plastics (Coroplast).
Soft Composites: Thin aluminum skins bonded to polymer cores (lightweight ACM/Dibond layouts).
