Shredder Machine

Shredder Machine for Sale

Shredder Structure

The shredder machine is composed of parts such as the shredding chamber, motor reducer, hydraulic station, oil cylinder and support frame.

Plastic Film Shredder Machine Advantages

Dual-Shaft Independent Drive: Generates controlled compression for automated feeding, eliminating manual intervention.
Anti-Jamming Design: Unique blade shaft configuration and four-corner rotary blades prevent entanglement or equipment lock-ups, even during low-speed, high-torque operations, ensuring enhanced productivity.
Versatile Application: Ideal for processing tough, adhesive, or highly viscous materials.

Technical Highlights

Seamless Integration: Combines shredding, separation, and recycling in a streamlined system.
Durability: Reinforced components withstand abrasive film processing while maintaining operational efficiency.
Adaptability: Customizable settings for diverse material types and industrial recycling demands.

This system exemplifies advanced engineering for plastic waste management, emphasizing automation, durability, and material recovery optimization.

Shredder Accessories

Crusher Video

Single Shaft Shredder

Double Shaft Shredder

Application

Plastic and Rubber Recycling Industry

The plastic and rubber recycling industry primarily processes waste plastics (such as PET bottles, PVC pipes, packaging films) and rubber products (like tires, seals), converting them into recycled raw materials through mechanical or chemical methods for manufacturing new products. This industry helps reduce petroleum consumption and environmental pollution.

Key Equipment Applications:

Crusher: Processes circuit boards/metal casings
Shredder: Handles wires/plastic components
Miller: Refines non-metallic residues

Municipal Solid Waste Treatment

Municipal solid waste treatment involves sorting, crushing, incineration or landfilling to reduce waste volume while recovering usable resources (compost, RDF fuel). Modern approaches include waste-to-energy (WTE) and biological treatments like anaerobic digestion.

Key Equipment Applications:

Crusher: For bulky/organic waste
Shredder: Pre-processes mixed waste
Miller: Prepares food waste for composting

E-Waste Recycling Industry

The electronic waste recycling industry focuses on processing end-of-life electronics (computers, mobile phones, appliances) through dismantling, crushing, and sorting to recover metals (copper, aluminum, gold), plastics and glass. This sector is crucial for reducing heavy metal pollution and enabling resource circulation.

Key Equipment Applications:

Crusher: For rigid materials (tires, pipes)
Shredder: For flexible materials (films, belts)
Miller: Produces fine powder for pelletizing

Product Certification

Service

Phase 1: Project Design

We will help customers design their project from the following items:

– Customization: Ability to adapt to client’s waste type, volume, and facility space.
– Innovation: AI sorting, IoT integration, or modular components for future upgrades.
– Sustainability: Reduced carbon footprint, water/energy savings, or closed-loop systems.
– ROI: Cost savings, faster processing times, or revenue from recovered materials.
– 3D Models/Blueprints: Share CAD designs or animations.
– Process Flowcharts: Show how waste moves through the system.
– Virtual Tours: Offer a digital walkthrough of the machine layout.

Phase 2: Production Tracking

Break down the manufacturing process into clear, sequential phases. Weekly feedback will be provided to customers:

– Design Finalization: “Engineering sign-off completed.”
– Material Procurement: “All raw materials (e.g., steel, motors) sourced and inspected.”
– Component Fabrication: “Laser-cutting and CNC machining of parts at 80% completion.”
– Assembly: “Primary modules (shredder, conveyor) assembled and integrated.”
– Quality Testing: “Pressure testing and safety checks passed.”

Phase 3: Factory Acceptance Test

Specifications Verification

Confirm adherence to agreed-upon design, dimensions, materials, tolerances, and regulatory standards (e.g., ISO, CE).
Cross-check against purchase order and technical documents.

Functional Testing

Test all operational modes, control systems (e.g., PLCs, HMIs), and software interfaces.
Validate alarms, interlocks, and emergency stop functions.

Safety Compliance

Inspect safety guards, emergency systems, and risk mitigation features.
Ensure compliance with OSHA, ANSI, or other regional safety standards.

Phase 4: Container Loading

Specifications Verification

Disassemble components if necessary (e.g., removable parts, protruding elements) to fit container dimensions.
Clean and dry the machine to prevent corrosion or contamination.
Apply anti-corrosion coatings or rust inhibitors, especially for sea freight.

Packaging & Protection

Use crates, skids, or pallets to elevate the machine off the container floor.
Wrap delicate parts in bubble wrap, foam, or waterproof materials.
Secure loose components to prevent shifting.

Phase 5: Shipment Tracking

Container & Vessel Tracking

Provide access to online platforms or apps that display real-time container location, vessel name, voyage number, and estimated arrival time. Tools like GPS tracking (for high-value machinery) or carrier-specific portals (e.g., Maersk, ZIM) allow customers to monitor progress.

Milestone Updates

Highlight critical milestones such as departure from origin port, transit through key hubs (e.g., Singapore, Rotterdam), and customs clearance initiation.

Phase 6: Site Installation and Commissioning

Weshaw can effectively execute overseas project installation and commissioning through a combination of strategic partnerships, technological innovation, and adherence to international standards.
Experienced engineers from Weshaw can service on site to do the installation and commissioning work. After all these work, site training will also be executed.

Phase 7: After-sales Service

Training Programs: Offer in-person or virtual training for end-users on operation and basic maintenance.
Digital Platforms: Develop apps/portals for self-service troubleshooting, service requests, and access to manuals.
Customer Feedback Systems: Implement surveys and follow-ups to identify service gaps and improve offerings.
Warranty Management: Use tracking systems to proactively schedule maintenance and renewals.

About WESHAW

WESHAW-equipment manufacturer, is a professional engaged in automation and semi-automatic machinery design and development, manufacturing, sales and service integration of technological innovation enterprises. With the aim of providing high quality mechanical products and first-class customer service, the company constantly meets the needs of customers through technological innovation and product optimization.

The company has a research and development team with rich experience and excellent technology , they can accurately grasp the market demand and timely launch products with market competitiveness. We adhere to scientific and technological innovation as the lead, constantly increase investment in technology research and development, and constantly introduce and digest and absorb international advanced design concepts and manufacturing technology, so that products in quality and performance have strong competitiveness.