Amana - RC-2250 - 1-1/2" Mini Insert Flattening/Spoilboard
15 reviews
Description
Perfect for
Designed for planing & rabbeting the following materials
Featuring
Speed and Feed Rate
Description
RC-2250 - Mini Insert Spoilboard (Surfacing & Rabbeting with Scorer)
Shank (d): 1/2"
Diameter (D): 1-1/2"
Cutting Height (B): 1/2"
Overall Length (L): 2-5/16"
Max RPM: 24,000
Replacement Knives: HMA-12, HCK-70
Type: Insert solid carbide
Mini insert carbide spoilboard surfacing & rabbeting with scorer, great for cutting tight corners. Features unique 2+2 insert knife design that contains two cutting flutes and two up-shear scorers, which provide a smoother finish at the bottom of the cut than traditional two-knife style router bits. Great for surface planing.
Also suitable for router sled machines, Make sure that your router sled is fully stable and squared.
Perfect for
Resurfacing spoilboards using CNC
2+2 spoilboards contain two bottom scorers for better performance, finer surface finish and better clearance for 90º corners.
Planing large glued up panels using CNC
Surfacing and finishing wood using timber slab machines
Rabbeting or slotting
Designed for planing & rabbeting the following materials
*For optimal results and maximum insert life, replace inserts with optional general purpose knives #AMA-12 and #RCK-70 (sold separately).
**Use lower CNC spindle RPM and adjusted feed-rate to prevent Melting and adhesion of the acrylic material to the tool.
Featuring
2+2 design
4-sided solid carbide insert knives
Exclusive carbide grade for highest quality of cut
Maximum cutting efficiency
Faster material removal process
These industrial router bits feature solid carbide insert knives with four cutting edges that allow users to rotate the knife when one side becomes dull providing the highest-quality finish available on woodworking tools.
Recommendations: For surfacing solid woods it is recommended to remove both bottom scorers.
Proper torques rating to tighten down screws is 2-3Nm Torques.
Speed and Feed Rate
CNC running parameters based on 1 x Diameter depth per pass: