The XK-A40481 is a premium tungsten carbide oscillating blade compatible with Atom FlashCut cutting systems. Designed for cutting foam board, packaging materials, rubber, synthetic materials, and other thick industrial substrates requiring high cutting stability and long blade life. The robust 65°/85° blade geometry is optimized for heavy-duty oscillating cutting applications.
XK-A40481TIN – Atom 40481 Compatible Plotter Cutter Blade – TiN Coated Tungsten Carbide
€23.40
Additional information
| Weight | 0.05 g |
|---|---|
| Max. Cutting Depth | |
| Blade metal | |
| Blade angle (long side) | |
| Blade tip angle | |
| Fabrics | Packaging materials, Synthetic materials, Foam board, rubber, Foamed PVC, gasket materials |
| Type plotter cutting blade | |
| Blade dimensions (mm) | |
| Cutting Tool / Tool Module | Atom FlashCut, Atom FlashCut Flex, Atom High-Frequency Oscillating Tool (HFOT), Atom HV1400, Atom HV1600, Atom Oscillating Knife Module |
| Compatible Holder | HV1600 / HV1400 Oscillating Blade Holder |
| Blade coatings |
Description
The XK-A40481 is a high-performance plotter cutter blade fully compatible with Atom 40481 cutting systems. This makes the Atom 40481 TiN coated blade a top choice for many applications. The Atom 40481 TiN coated blade is specifically designed to deliver both exceptional durability and efficiency. Manufactured from tungsten carbide, it delivers outstanding durability, edge retention, and wear resistance, making it ideal for demanding and continuous cutting operations, and the Atom 40481 TiN coated blade is an excellent choice for such uses. In demanding applications, nothing matches the Atom 40481 TiN coated blade for lasting performance. In addition, for professionals seeking consistency, the Atom 40481 TiN coated blade ensures premium results every time. Furthermore, users appreciate how the Atom 40481 TiN coated blade performs across various industries. For optimal results, many users rely on the Atom 40481 TiN coated blade.
Key Features:
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Compatibility: 100% compatible with Atom 40481 plotter/cutting machines. In addition, the Atom 40481 TiN coated blade ensures optimal performance in these machines.
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Material: Premium tungsten carbide for long-lasting sharpness and precision
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Durability: High resistance to wear, minimising downtime and replacement costs
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Applications: Suitable for cutting textiles, leather, composites, technical fabrics, foams, and packaging materials
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Performance: Delivers clean, accurate cuts even at high production speeds thanks to the Atom 40481 TiN coated blade’s advanced finish.
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Packaging: Available in convenient sets for industrial use
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Private label options: OEM branding available on request
The XK-A40481 ensures reliability, longevity, and precision, making it the perfect choice for industries where consistent quality and efficiency are critical. For reliability in tough applications, the Atom 40481 TiN coated blade is recommended by experts. Furthermore, the Atom 40481 TiN coated blade has become the preferred solution in many cutting environments due to its strength. In summary, choosing the Atom 40481 TiN coated blade will enhance your cutting capability. Moreover, users consistently report that the Atom 40481 TiN coated blade delivers excellent results even under intense industrial workloads. Therefore, when you require optimal results, the Atom 40481 TiN coated blade should be your first choice. Additionally, it is worth noting that the Atom 40481 TiN coated blade meets rigorous British quality standards.
Material Recommendations
Ideal for:
- Gasket materials
- Fibreglass-reinforced plastics (FRP)
- Glass fibre laminates
- Mineral-filled PVC
- Filled engineering plastics
- Composite boards
- Dense laminated materials
- Abrasive industrial substrates
Abrasive Materials
- Gasket materials
- Fibre-reinforced gasket sheets
- Compressed fibre materials
- Industrial sealing materials
- Abrasive paperboard
- Technical insulation materials
Mineral-Filled Materials
- Mineral-filled PVC
- Filled thermoplastics
- Filled composite sheets
- Engineering plastics with mineral additives
- Abrasive-filled polymer materials
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