HSS-Inlaid Cross-Cutting Blade for Industrial Bag-Making Machines
Professional industrial blade, high-precision custom
Manufactured with premium steel through precision machining and strict heat treatment.
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HSS-inlaid edge provides excellent wear resistance for continuous high-speed cutting
Composite blade construction combines body stability with long cutting-edge life
Strict straightness, flatness and mounting-hole control ensure stable operation
Custom length, thickness, edge design, hole spacing and HSS grade available
Product Parameters & Specifications
HSS-Inlaid Cross-Cutting Blade for Industrial Bag-Making Machines
| Parameter | Value | Notes |
|---|---|---|
| Product Name | HSS-Inlaid Cross-Cutting Blade | For high-speed transverse cutting of plastic film and bags |
| Blade Type | Long Inlaid Cross-Cut Knife | Custom length, width and thickness available |
| Blade Structure | HSS cutting edge inlaid into a supporting blade body | Combines edge wear resistance with blade-body stability |
| Materials to Cut | PE, PP, BOPP, laminated film, packaging film and plastic bag materials | Edge design selected according to film type and thickness |
| Suitable Machines | Industrial bag-making machines, cross cutters, sealing machines and film-processing equipment | Customized according to machine model or original blade |
| Working Method | High-speed cross cutting, fixed-length cutting and continuous cutting | Suitable for automated production lines |
| Blade Dimensions | Customized according to drawing or original sample | Length, width and thickness can be customized |
| Mounting Structure | Multiple oblong mounting slots | Custom hole size, spacing, quantity and position available |
| Cutting Edge | Straight HSS-inlaid cutting edge | Single-bevel, double-bevel and special edges available |
| Edge Material | High-Speed Steel HSS | Specific grade selected according to application and service-life requirements |
| Blade Body Material | Alloy tool steel or other high-strength steel | Selected according to blade length and machine structure |
| Hardness | Determined by HSS grade and operating conditions | Balanced sharpness, wear resistance and chipping resistance |
| Straightness | Controlled according to blade length and drawing | Ensures stable operation at high speed |
| Flatness | Controlled according to drawing and installation requirements | Helps reduce bending and uneven loading |
| Manufacturing Process | Inlay construction, heat treatment, precision grinding and edge finishing | Strict control of bonding strength and edge consistency |
| Surface Finish | Precision grinding, polishing and rust protection | Helps reduce film sticking and improves cleaning |
| Cutting Performance | Clean cross cuts, stable operation and reduced film pulling and burrs | Performance also depends on machine speed and film condition |
| Wear Resistance | Suitable for continuous high-speed cross cutting | Extends regrinding and replacement intervals |
| Regrinding | Repeated sharpening may be available depending on edge allowance | Actual regrinding times depend on blade construction |
| Customization | Made according to drawings, existing samples or machine models | OEM and ODM available |
| Production Time | Normally 10–15 working days | Confirmed according to length, material, process and quantity |
| Packaging | Cutting-edge protection and reinforced export packaging | Designed to prevent bending and edge damage |
| Quotation Information | Length, width, thickness, holes, edge type, material and quantity | Machine model, blade photos or complete drawings are recommended |
Specifications follow the product manual. Capacity, configuration and output size depend on material and selection; check each table’s dimension units.