LECTRA Bullmer Gerber Yin Cutting Knives HSS Sharpener knife Blade
| Machine | Part Number | Blade Size |
| Gerber | 73335000 | 202 * 6.3 * 2.12mm |
| 85878000 | 206 * 7.9 *1.93mm | |
| 54782009 | 195 * 7.9 * 1.96mm | |
| 21261011 | 255 * 7.9 * 2.36mm | |
| 22175000 | 255 * 8 * 1.96mm |
| Machine | Part Number | Blade Size |
| Yin | CH08-02-25W1.6G6 | 132 * 8 * 1.6mm |
| CH08-02-25W2.0H3 | 162 * 8 *2.0mm | |
| CH08-02-25W2.5H3 | 162 * 8 * 2.5mm | |
| — | 69 * 6 * 1.0mm | |
| — | 200 * 8 * 2.5 mm |
| Machine | Part Number | Blade Size |
| 801220 | 88 * 5.5 * 1.5mm | |
| 801214 | 296 * 7 * 2mm | |
| 801222 | 360 * 7 * 2.4mm | |
| 801217 | 360 * 8.5 * 3mm | |
| 705940/801274 | 305 * 8.5 * 2.4mm | |
| 705939/801269 | 364 * 8.5 * 2.4mm |
| Machine | Part Number | Blade Size |
| Bullmer | 105935 | 223 * 8 *2.5mm |
| 104450 | 223 * 10 * 2.5mm | |
| 108448 | 95 * 6 * 2mm | |
| 105934 | 169 * 6 * 2mm |
| Item Code / Part Number | Description ( CUTTER SPARE PARTS) |
| 196 * 8 *2.35mm | CUTTING BLADE FOR YINENG CUTTER |
| 240 * 8 * 3mm | CUTTING BLADE FOR YINENG CUTTER |
| KP_SG 2033 | CUTTING BLADE FOR YINENG CUTTER |
| 310 * 10 * 2.4MM | CUTTING BLADE FOR IECHO CUTTER |
| 379 * 8 * 2.4MM | CUTTING BLADE FOR HASHIMA KM |
| 25492 | CUTTING BLADE FOR FK CUTTER |
| 208 * 6.3 * 2MM | CUTTING BLADE FOR Takaoka CUTTER |
| 303 * 8 *2.5MM | CUTTING BLADE FOR GGMT |
| N10.0003S048 | 90 * 6 * 1.5MM CUTTING BLADE FOR FK CUTTER |
| N13.0001S036 | 389 * 8.5 * 2.5MM CUTTING BLADE FOR FK CUTTER |
| N09.0002S101 | 369 * 8.5 * 2.4MM CUTTING BLADE FOR FK CUTTER |
| N11.0004S030 | 329 * 8.5 * 2.4MM CUTTING BLADE FOR FK CUTTER |
| N11.0004S125 | 329 * 7 * 2MM CUTTING BLADE FOR FK CUTTER |
| 645687 | 226 * 8 * 2.8MM CUTTING BLADE FOR SERKON CUTTER |
| 360 * 7.5 * 2.5MM | CUTTING BLADE FOF SHIMA SEIKI CUTTER |
| 268 * 8 * 2.3MM | CUTTER BLADE FOR SHIMA SEIKI CUTTER |
| 185 * 8 * 2MM | CUTTER BLADE FOR SHIMA SEIKI CUTTER |
Lectra
| Product Name | Size | Lectra Part Number |
| Vector2500 Blade | 5.5X1.5X88mm | 801220 |
| Vector5000 Blade | 2X7X295mm | 801214 |
| Vector5000 Blade | 2.4X8.5X295mm | 801227 |
| Vector7000 Blade | 2.4X7X360mm | 801222 |
| Vector7000 Blade | 3X8.5X360mm | 801217 |
| Vector MP6 Blade | 2.4X8.5X295mm | 801274 |
| Vector MP9 Blade | 2.4X8.5X364mm | 801269 |
| Vector MH Blade | MP6 2.4X8.5X295 | 801274 |
| Vector M88 Blade | MP9 2.4X8.5X364 | 801269 |
| Vector MH8 Blade | MP9 2.4X8.5X364 | 801269 |
| Vector MX Blade | MP6 2.4X8.5X295 | 801274 |
| Vector MX9 Blade | MP9 2.4X8.5X364 | 801269 |
As a CNC operator, you understand the right tools’ importance. The correct end mill can make all the difference in achieving precision and accuracy. End mills come in various shapes and sizes, each with its unique purpose. In this article, I will highlight seven must-have end mills for every CNC operator. From spoil board cutters to V-groove cutters, these tools are essential for any CNC router user looking to take their work to the next level. Let’s dive into it!
1. Spoil-Board / Table-Mill Cutter
The spoil board cutter is an essential end mill for any CNC operator. As the name suggests, it is used to cut into a spoil board or sacrificial material that lies beneath the workpiece. This ensures that there is no damage to the actual workpiece during cutting.
Spoil boards are typically made of low-cost materials like MDF or LDF and can be easily replaced after they become worn out. A dedicated spoil board cutter allows you to clear away debris and create a perfectly flat surface for future jobs. When choosing a spoil board cutter, opt for one with multiple flutes as it will help in better chip evacuation and produce cleaner cuts. Also, consider getting one with a large diameter so that you can cover more area quickly.
In summary, investing in a good quality spoil board cutter will not only save your workpieces from accidental damage but also give you the peace of mind of knowing that your CNC router is equipped with all the necessary tools to handle any job thrown at it.
2. Ball Nose Bit
When it comes to CNC machining, the ball nose bit is a must-have for any operator. Its unique design features a rounded tip that allows for smooth and precise cutting in both 2D and 3D machining applications.
One of the major advantages of using a ball nose bit is its ability to create complex shapes without leaving sharp edges or corners. This makes it ideal for creating intricate designs on materials such as wood, plastics, and metals. Another benefit of this end mill is its versatility. It can be used for both roughing and finishing operations, making it a valuable tool in any CNC operator’s arsenal. Plus, with various sizes available, from small to large diameters, there’s no limit to what you can create with a ball nose bit.
However, one thing to keep in mind when using this type of end mill is its tendency to wear down faster than other types due to the constant contact between the rounded tip and the material being cut. So be sure to have extra bits on hand for longer production runs.
All in all, if you want precision cuts and complex designs without sharp edges or corners in your CNC projects then investing in a quality ball nose bit should be at the top of your list.
3. Compression Bit
The compression bit is an essential tool for every CNC operator cutting wood or laminate products. This end mill works by combining a down-cut and up-cut flute design, allowing it to compress the material being cut. It’s perfect for cutting materials that are prone to chipping or tearing such as plywood and MDF.
The way this bit compresses the material results in cleaner cuts with fewer burrs which can save you time on sanding and finishing work. You’ll also see a significant reduction in material waste since there will be fewer chips created during the milling process.
Compression bits come in various sizes, so make sure you choose one that’s appropriate for your project needs. Smaller bits are ideal for intricate designs while larger ones allow you to cut faster and remove more material at once. Investing in a high-quality compression bit will result in better-finished products, and less wasted materials, and ultimately save you time and money in the long run.
4. Single O Flute (Plastics)
A CNC operator who works with plastics should have a Single O Flute end mill in their toolkit. Why? This type of end mill is specifically designed to work well with plastic materials like acrylic, PVC, and polycarbonate.
The Single O Flute has only one cutting edge which helps reduce the amount of heat generated during milling. This results in less melting or warping of the plastic material being worked on. Another benefit of using a Single O Flute end mill is its ability to produce clean cuts and sharp edges. When working with plastics, precision is key since any errors can be magnified once the finished product is assembled.
Additionally, this type of end mill reduces chip load and clogging that can occur when milling softer materials. It also allows for faster feed rates which translates into increased productivity and efficiency in your CNC operations.
5. Single O Flute (Aluminum / ACM)
Single O Flute end mills are versatile tools that can accomplish many cutting tasks on CNC routers. When it comes to aluminum and ACM (aluminum composite material), a Single O Flute is an essential tool for any CNC operator.
Just like the Single O Flute for plastics, the Single O Flute for aluminum only has one flute which allows for better chip evacuation and reduces heat buildup during cutting. This results in cleaner cuts with less burrs or chatter marks.
Single O Flutes designed specifically for aluminum and ACM often come with a special coating that prevents built-up edge (BUE) – a common problem when machining these materials. With this coating, the tool’s lifespan is extended while ensuring consistent performance throughout its use. Another advantage of using the Single O Flute in Aluminum/ACM applications is its ability to create smooth surfaces without leaving any residue behind. Its design makes it ideal for creating intricate designs such as curves, slots, and pockets on these materials.
Having a good quality Single O Flute end mill specifically designed for Aluminum/ACM will not only improve your cutting efficiency but also give you clean finished edges every time.
6. V-Groove Cutter
A V-Groove cutter is a type of end mill that is used for creating precise and clean grooves in materials like wood, plastic, and aluminum. It has a pointed tip with the desired degree angle that creates sharp edges and corners.
One of the main advantages of using a V-Groove cutter is its versatility. It can be used to create intricate designs, bevels, or letters/numbers on various surfaces with ease. This makes it one of the most popular tools among CNC operators who work with signage, design, or engraving. Another benefit of using this tool is its efficiency in cutting materials at high speeds without causing any chipping or splintering on the surface. The sharp edges created by the cutter ensure that every cut made is precise, making it ideal for projects where accuracy is essential.
V-groove cutters also come in different sizes which means they can handle varying depths and angles depending on what you need them to do. This feature ensures that you have more flexibility over your project requirements while still achieving great results. If you are looking for an end mill that can produce accurate cuts while offering versatility across multiple materials then look no further than the v-groove cutter!
7. Drill Bits
Drill bits are technically not end mills but they are essential tools for any CNC operator. They are used to create holes in a variety of materials, including wood, metal, composites, and plastic. While end mills can also be used to helix out holes, they may not be the best option for every situation.
One advantage of using drills over end mills is that they are typically faster at creating holes. This can save time when working on larger projects or when drilling many small holes. Another benefit of a drill bit is that it is much more affordable than an end mill, not to mention it takes some of the workload off your more expensive bits.
It’s important to choose the right size drill bit for your project as well. A bit that is too small will create an undersized hole while one that is too large can damage the material or cause excessive vibration. Having a selection of high-quality drill bits in various sizes and styles will help ensure success with any CNC drilling project.
Appendix C – Part Number Reference and Tool Tree
Use the GSP Part Number when ordering items. The Part ID Number may be noted on the item and is a helpful cross-reference when determining correct part numbers.
| GSP Part Number | Part ID Number | Description |
| P81629A | 301056-08 | Reciprocating knife tool – 0.090 stroke / 7,000 rpm (standard) |
| P81630A | 301056-09 | Foam knife tool – 0.250 stroke / 1,750 rpm (option) |
| P81631A | 320537-02 | Drag knife tool – Foamcore (option) |
| P81632A | 320143-01 | Felt marker tool – holder assy (option) |
| P81633A | 320537-00 | Micrometer knife tool (option) |
| P81634A | 320143-00 | Pen tool – holder assy (option) |
| P81635A | 320537-01 | Precision knife tool (option) |
| P81855A | 320401-00 | Light Duty Router tool (standard) |
| P81857A | 320140-04 | Sword blade tool – holder assy (standard) |
| P81858A | 320144-01 | Creasing tool – wheel holder assy (standard) |
| P81859A | 320541-00 | Spring loaded knife assy (standard) |
| P81637A | 320193-07A | Mat – 48″ x 120″ Poly Vacuum (M3000 / M1200) |
| P81638A | 320216-03 | Mat – 68″ x 48″ x 3/16″ Thick felt (M1200) |
| P81639A | 320216-00 | Mat – 76″ x 124″ x 3/16″ Thick felt (M3000) |
| P81837A | 320186-02 | Mat – Texon (M1200) |
| P81838A | 320186-00 | Mat – Texon (M3000) |
| P81640A | 320542-01 | Mat – Needled Polyester Green (M1200) |
| P81641A | 320542-00 | Mat – Needled Polyester Green (M3000) |
| P81642A | 910246-16 | Knife – #16 Hobby Blade |
| P81643A | 914647 | Screw – For collet #8-32 x 0.187 cup point – Bristol Head |
| P81839A | 320556-00 | Knife – 30 degree vinyl cutting blade |
A P P E N D I X C – P A R T N U M B E R S A N D T O O L T R E E
| GSP Part Number | Part ID Number | Description |
| P81646A | 910246 | Knife – Blades #11 (box of 100) |
| P81647A | 301439-01 | Knife – 11066 (Matl = Micro grain Carbide) |
| P81648A | 301439-02 | Knife – (2.38 knife edge,Matl = Sub-Micron grade Carbide) |
| P81649A | 301439-06 | Knife – (2.88 knife edge,Matl = Sub-Micron grade Carbide) |
| P81650A | 301439-07 | Knife – (3.38 knife edge,Matl = Sub-Micron grade Carbide) |
| P81651A | 301439-12 | Knife – 2″ High Density Foam Blade |
| P81652A | 301439-05A | Knife – 2.38 knife edge, Carbide, Teflon coated |
| P81653A | 301439-06A | Knife – 2.88 knife edge, Carbide, Teflon coated |
| P81654A | 301439-08A | Knife – 3.38 knife edge, Carbide, Teflon coated |
| P81655A | 301439-13 | Knife – 3/8″ Plastic Corrugated |
| P81659A | 910246-03 | Knife – Blade (30 deg) Carbon Stl (0.026thk) #8-A |
| P81660A | 910246-01 | Knife – Blade (45 deg) Carbon Stl (0.025thk) #8-B |
| P81661A | 301439-04 | Knife – 15mm Tri-wall |
| P81662A | 300526-21 | Knife- 30 deg edge – (Matl = HSSM2) |
| P81663A | 300526-22 | Knife – 45 deg double bevel edge – (Matl = HSSM2) |
| P81664A | 300526-16 | Knife – General purpose – (Matl = HSSM2) |
| P81665A | 300526-29C | Knife – Point on centerline, 30 deg |
| P81666A | 300526-24C | Knife – Point on centerline, 45 deg |
| P81667A | 911972 | Wrench – Spline Head, Size: .096, Short Arm, 6 Flute |
| P81668A | 301439-14 | Knife – Sword 60 Degree, Double edge, Double tip |
| P81670A | 914967-00 | Router Bit – .047 CED .18 CEL .125 Shank 1.5 OAL, 2 Flute |
| P81671A | 914967-01 | Router Bit – .062 CED .18 CEL .125 Shank 1.5 OAL, 2 Flute |
| P81672A | 914967-02 | Router Bit – .094 CED .18 CEL .125 Shank 1.5 OAL, 2 Flute |
| P81673A | 914967-03 | Router Bit – .125 CED 50 CEL .125 Shank 1.5 OGL – 2 Flute |
| P81674A | 915239-03 | Router Bit – 1/8 Shank (3317A) |
| P81675A | 915239-05 | Router Bit – 1/8 Shk 1/16 CED 3/16 EL |
| P81676A | 915239-04 | Router Bit – 1/8 Shk 1/16 CED 1/4 EL |
| P81677A | 915239-06 | Router Bit – 1/8 Shk 1/8 CED 1/2 EL |
| P81678A | 915239-07 | Router Bit – 1/8 Shk 1/8 CED 1/4 EL |
A P P E N D I X C – P A R T N U M B E R S A N D T O O L T R E E
| GSP Part Number | Part ID Number | Description |
| P81679A | 915239-02 | Router Bit – 5mm Shank, 1.5″ L |
| P81680A | 915239-01 | Router Bit – 5mm Shank – 70 mm L |
| P81681A | 915239-00 | Router Bit – 5mm Shank – 60 mm L |
| P81682A | 910390-00 | Pen – Refill Black |
| P81683A | 910334-00 | Pen – Refill Blue |
| P81684A | 320170-07 | Shoe – Router Chip Extraction Shoe Assembly |
| P81687A | 303415-02 | Collet – Carbide blade (0.25 x 0.062) |
| P81688A | 303415-03 | Collet – (.022) For #11 blade |
| P81691A | 911686-00 | Marker – Plastic felt tip cartridge (black) |
| P81692A | 320152-07 | Shoe – Small adjustable peelcoat and folding carton |
| P81693A | 320152-04 | Shoe – Small adjustable peelcoat and folding carton, nylatron |
| P81694A | 320152-06 | Shoe – Small (Tri-Wall, UHMW Poly.) |
| P81695A | 320152-02 | Shoe – Small (UHMW Polyethylene) |
Esko Kongsberg ACS router bits
Enhanced Cutting Capabilities
Single-Pass Efficiency: Capable of cutting up to 10 mm clear acrylic in one pass, achieving near-polished results.
No Additional Finishing Required: Eliminates the need for a subsequent finishing or polishing pass, saving time and effort.
Advantages for End Users
Milling Polished Edge: Offers an option for a milled, polished edge that requires no further processing.
Time-Saving: Significantly reduces the finishing time by avoiding a second machine pass or manual hand finishing.
Precision and Accuracy: Unlike laser-cut edges, these bits create vertical sides for precise assembly and accurate positioning.
Esko Kongsberg 6mm Super Sharp Acs Router Bits Bit-Acs06-6012-50 42477778
Esko Kongsberg 6mm Soft Metal Milling & Routing Bits Bit-Acs06-4012-50 42477760
Esko Kongsberg 6mm Super Sharp Acs Router Bits BIT-ACS06-6022-58 42477786

