
Food-Grade Stainless Steel Vegetable Shredding Blade Plate
Custom Slotted Cutting Plate for Food Processing Machines
Food-grade stainless steel vegetable shredding blade plates are used in vegetable shredders, strip cutters, slicers and automated food-processing machines. They are suitable for processing potatoes, carrots, radishes, cabbage, onions, fruit and other food materials into strips or uniform widths.
The blade plate features multiple parallel slots arranged at controlled widths and spacing. Slot width, spacing, quantity and cutting-edge design directly affect the finished strip size, cutting efficiency and machine load. Fine, medium and coarse cutting configurations can be customized.
Blade length, width, thickness, slot width, slot spacing, slot quantity, mounting holes and positioning steps can be produced according to drawings, original samples or machine models. The product shown includes round mounting holes and locating notches at both ends.
420J2, 440C, stainless steel for food machinery and other tool steels can be selected according to the processing environment, corrosion requirements, food hardness and required service life. Suitable stainless tool steels are recommended for humid and frequently washed applications.
Precision cutting, CNC slot machining, heat treatment, surface grinding and edge finishing help control slot width, spacing, straightness, flatness and mounting-hole accuracy for consistent finished sizes and stable machine operation.
Vegetable fibers, juices and food residue should be removed promptly after use, and the blade plate should be cleaned and dried. Flatness, mounting bolts and clearance with matching components should be checked during installation.
For a quotation, please provide blade length, width, thickness, slot width, slot spacing, number of slots, mounting-hole dimensions, material, machine model, food material and required quantity. Photos or physical samples of the original blade are also accepted.
Get a Quote for This Series
Pricing based on specifications and quantity, contact us for a quote
Parallel multi-slot design for continuous vegetable shredding and strip cutting
Precise slot width, spacing and flatness for consistent cut sizes
Stainless steel options for food machinery provide corrosion resistance and easy cleaning
Custom dimensions, slot quantity, spacing, mounting holes and cutting edges available
Product Parameters & Specifications
Food-Grade Stainless Steel Vegetable Shredding Blade Plate
| Parameter | Value | Notes |
|---|---|---|
| Product Name | Food-Grade Stainless Steel Vegetable Shredding Blade Plate | For vegetable and food cutting machines |
| Blade Type | Rectangular Multi-Slot Cutting Plate | Custom slot width, spacing and blade structures available |
| Materials to Process | Potatoes, carrots, radishes, cabbage, onions, fruit and other food materials | Slot design selected according to material and required cut size |
| Suitable Machines | Vegetable shredders, strip cutters, slicers, food-processing machines and automated lines | Customized according to machine model or original blade |
| Blade Dimensions | Customized according to drawing or original sample | Length, width and thickness can be customized |
| Cutting Structure | Parallel Multi-Slot Cutting Design | Used to control shredded or strip-cut dimensions |
| Slot Width | Customized according to product requirements | Determines the approximate width of the cut strips |
| Slot Spacing | Customized according to drawing and cutting requirements | Affects cutting density and production capacity |
| Number of Slots | Customized according to machine and product size | Fine, medium and coarse cutting specifications available |
| Mounting Structure | Round Holes and Positioning Steps at Both Ends | Custom hole diameter, spacing, step dimensions and position available |
| Cutting Edge | Straight, Single-Bevel, Double-Bevel and Special Edges | Selected according to cutting direction and food material |
| Material Options | 420J2, 440C, stainless steel for food machinery and other tool steels | Selected according to corrosion, wear and toughness requirements |
| Hardness | Customized according to material and application | Balanced sharpness, wear resistance and chipping resistance |
| Manufacturing Process | Precision cutting, CNC slot machining, heat treatment, surface grinding and edge finishing | Strict slot-width and spacing control |
| Flatness | Controlled according to machine assembly requirements | Ensures stable blade-plate installation |
| Thickness Tolerance | Controlled according to drawing and knife-holder requirements | Final tolerance confirmed before production |
| Slot Accuracy | Controlled according to required cutting width | Improves consistency of the finished product |
| Hole Accuracy | Machined according to machine mounting dimensions | Ensures accurate installation |
| Surface Finish | Precision grinding, polishing, rust protection and cleaning | Suitable for food-processing cleaning and maintenance |
| Cutting Performance | Uniform strips, clean surfaces and reduced crushing or product damage | Performance also depends on machine and food condition |
| Food-Contact Requirement | Food-machinery stainless steel options available | Final material standard confirmed according to customer requirements |
| Cleaning and Maintenance | Clean promptly after use and keep dry | Avoid prolonged residue buildup and corrosion |
| Matching Components | Clamping plates, holders, counter knives and related food-machine blades available | Complete assembly dimensions required |
| Used-Blade Service | Reverse engineering, reproduction and regrinding evaluation available | Subject to original blade condition |
| Customization | Made according to drawings, physical samples or machine models | OEM and ODM available |
| Production Time | Normally 10–20 Working Days | Confirmed according to dimensions, slot quantity, material and quantity |
| Packaging | Edge protection, individual packaging and reinforced export packaging | Designed to prevent damage, deformation and corrosion |
| Quotation Information | Length, width, thickness, slot width, spacing, slot quantity, holes, material, machine model and quantity | Complete drawings or original samples are recommended |
Specifications follow the product manual. Capacity, configuration and output size depend on material and selection; check each table’s dimension units.