Sep 23, 2026

Tungsten carbide replacement cutting blades for Kuris Comagrav and Valiani digital flatbed cutters and CNC finishing tables are designed
Shenzhen, Guangdong Sep 23, 2026 (Issuewire.com) - Tungsten carbide (TC) replacement cutting blades for Kuris, Comagrav, and Valiani digital flatbed cutters provide extreme durability, wear resistance, and precision engineering. These industrial blade replacements are tailored to specific tool heads--such as oscillating, drag, tangential, and rotary configurations--to clean-cut everything from technical textiles to heavy corrugated board.
Round-shank tungsten carbide replacement blades for Kuris flatbed digital cutting systems:
73356 - Round Shank Shaft Oscillating Knife Blade
73357 - Round Shank Shaft Oscillating Knife Blade
78558 - Single-Edge Round Shank Shaft Blade
81209 - Round Shank Shaft Knife Blade
Solid tungsten carbide (tungsten steel) oscillating and drag knife blades for Comagrav CNC routers, digital flatbed cutters, and plotters:
ONF Series (Oscillating / Center-Vibrating):
ONF10 (Item 43291) - Double-edged center-vibrating blade
ONF15 (Item CE7275) - Oscillating cutting tool blade
ONF20 (Item CE140394) - Oscillating cutter blade
ONF30 (Item 47076) - Oscillating cutter blade
ONF35 (Item CE142568) - Oscillating cutter blade
ONF40 - Pneumatic/electric oscillating knife blade
ONF60 - Oscillating cutter blade
ONK Series:
ONK6 (Item 47497 CV2034-2005 ) - Carbide oscillating blade
ONK15 (Item 47499 CV2034-2006) - Oscillating drag blade
ONK25 (Item 46042 CV2034-2007) - Oscillating knife blade
ONK50 (Item 46044) - Hard metal blade
ONK110 (Item 142569) - Replacement oscillating cutter blade
Vibrating and oscillating carbide blades (Ø 6mm round shank) for Valiani digital flatbed plotters:
001897 (TC-25) - Carbide vibrating blade
001898 (TC-15) - Carbide vibrating blade
001899 (TC-10) - Ø 6mm round-shank oscillating blade
001952 (TC-5) - Ø 6mm round-shank knife blade
002156 (T16) - Oscillating knife blade
Core Operational Best Practices:
1. Avoid Excess Blade Exposure: Always use the shortest possible blade that can entirely pierce your substrate (e.g., use a TC-5 instead of a TC-25 on a 3mm board). Excess exposed carbide experiences immense lateral forces, which leads to immediate tip shattering.
2. Locking Pin Alignment: Ensure that the flat Weldon notch on the shank lines up flush with the internal locking set-screws inside the cutter head chuck before tightening. Misalignment causes tracking errors and poor edge quality.
Maintenance & Best Practices:
Depth Calibration (Zeroing): Ensure automatic or manual tool depth sensing is zeroed accurately to avoid striking the underlying conveyor belt or acrylic vacuum bed.
Frequency & Speed Matching: Match stroke amplitude and RPM to material density--excessive oscillation frequency on thick dense rubber can heat the carbide blade prematurely.
Storage & Handling: Carbide is extremely brittle; store individual replacement blades in dedicated plastic protection cases to avoid micro-chipping the cutting edge prior to installation.
For more information about Shenzhen Oyea Machinery, please visit the company's official website: [link here].
Media Contact
Company Name: Shenzhen Oyea Machinery Co., Ltd.
Email: [email protected]
Address: No. 2008, Shennan Road, Futian District, Shenzhen
City: Shenzhen
Country: China
Website: https://www.oyea-blades.com/




Media Contact
Shenzhen Oyea Machinery Co., Ltd
18823852826
No. 2008 , Shennan Road , Futian District, Shenzhen, 518026
Source :Shenzhen Oyea Machinery Co., Ltd
This article was originally published by IssueWire. Read the original article here.
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