WC WASTE COMPACTOR ASSEMBLY

Manual Waste Compactor with Wrapping System Dual Compression Mechanism | Thesis Prototype Designed by: Aegle Prototype Design Smarter waste handling through practical engineering. This Manual Waste Compactor is a thesis prototype designed to reduce waste volume efficiently using a mechanical power jack compression system. Built for small-scale facilities, barangay operations, and recycling centers, the unit compresses solid waste into dense, manageable blocks for easier storage and transport. Featuring two compacting approaches powered by a heavy-duty mechanical jack, the system applies strong and controlled pressure to minimize waste volume. After compression, the waste is securely wrapped to maintain compact form and improve handling efficiency. Key Features: Dual Compression Method – Manual mechanical jack system for strong compaction force. Power Jack Mechanism – Delivers controlled and high-pressure waste compression. Integrated Wrapping System – Secures compacted waste for transport and storage. Durable Steel Frame – Built for repetitive and heavy-duty use. Space-Saving Waste Solution – Reduces volume and improves waste management workflow. Applications: Barangay waste management, recycling facilities, small industries, institutional waste handling, and engineering thesis projects. Compact more. Store smarter. Manage better. #AeglePrototype #ThesisPrototype #WasteCompactor #WasteManagementPH #MechanicalDesign #RecyclingInnovation #SolidWorksPH #CapstoneSupport #EngineeringPinoy #SustainableSystems #EnvironmentalEngineering #SmartEngineering