Industrial E-Waste Recycling Equipment
Prepare PCBs, IT equipment, storage devices, selected appliances, and mixed electronic assemblies for recovery or physical destruction. BoRay compares controlled sizing with bulky-feed primary shredding around your devices, output requirements, and downstream process.
Your E-Waste Feed
A mixed electronics recovery line and a storage-media destruction process need different acceptance criteria. Device type, incoming assembly size, and required fragments should be identified before selecting a shredder.
Describe what remains in the feed after dismantling, including batteries or other components that need separate handling review. A mixed-device label does not establish that every item can enter the machine directly.
| Your feed | Why it matters | What to evaluate |
|---|---|---|
| PCBs and electronic components | Material composition and incoming dimensions influence the cutting and separation route. | Board or component size, attachments, and the next recovery step. |
| Computers, servers, and IT assemblies | Complete housings and dismantled parts present different feeding loads. | Largest assembly, upstream dismantling, and remaining internal components. |
| HDDs, SSDs, and other storage media | A destruction requirement must be defined for the actual media being processed. | Media types, required fragments, and any inspection or documentation criteria. |
| Selected appliances and housings | Bulky assemblies may need primary reduction before further processing. | Housing dimensions, composition, and components needing prior handling review. |
| Cables and mixed electronics | Changing proportions affect feeding and later material separation. | Representative feed mix, bundle dimensions, and separation equipment. |
Machine Selection
Controlled fragment sizing and primary reduction of bulky assemblies are different selection tasks. Specify the goal before comparing machine arrangements.
Selected devices and controlled sizing
Evaluate a single shaft arrangement for PCBs, IT scrap, and storage media when controlled discharge matters. Rotor, knives, feeding, and screen selection must be reviewed against the actual devices and any destruction acceptance criteria.
View Single Shaft Models →
Bulky and mixed assemblies
Twin rotors grip and tear bulky housings and mixed electronic assemblies for primary reduction. Consider this stage when material needs to be reduced before downstream separation or further sizing.
View Double Shaft Models →The Next Process
The same project may involve both goals, but a smaller fragment alone does not establish recovery purity or compliance with a destruction requirement.
| Next stage | What to define before selecting the shredder |
|---|---|
| Material recovery | Define the feed needed by conveyors, sorting, and separation equipment after shredding. |
| Physical destruction of storage media | Specify the media type, required output, inspection method, and documentation before configuration review. |
| Further sizing or refinement | Identify the incoming fragment size accepted by the next stage and whether additional processing is required. |
No destruction certification or universal security level is implied by the machine arrangement. Any required standard and verification method must be assessed for the specified media and process.
Share the devices you process and whether recovery, destruction, or both are required. We can then review the output and equipment interfaces.
Structure and Operation
Evaluate the cutting arrangement and line interfaces around the actual device mix, instead of treating all e-waste as one material.
Rotor, knife, and discharge choices are reviewed against the incoming devices and desired output. A destruction project also needs its acceptance criteria defined.
Low-speed, high-torque arrangements support primary reduction of uneven feed. Assembly size and composition guide the drive and chamber selection.
Load monitoring and reverse control help respond when the material presents an uneven load to the cutting system.
Conveyor, separation, dust-control, and line-control interfaces are reviewed with the surrounding equipment and the handling requirements of the feed.
Explore the single shaft structure and knife options or compare double shaft pre-shredding.
Manufacturing
BoRay’s workshop records show frame fabrication, equipment assembly, and finished-machine checking. Review the structure details alongside the manufacturing process.
Request a Quote
Begin with the device types and the goal: material recovery, physical destruction, or both. Add dimensions and any fragment or documentation requirements you already know.
Send photos or short videos through WhatsApp or email.
Project Consultant
I will help compare controlled sizing for data-bearing devices with primary shredding of bulky assemblies, then discuss how the output enters your separation process.
Frequently Asked Questions
Identify the storage media, required output, inspection method, and any documentation or standard the process must satisfy. These requirements need to be reviewed before selecting the machine; a generic shredding claim is not a certification.
This depends on the device construction and the selected machine. Describe any upstream dismantling and remaining batteries or other components needing separate handling review. Do not assume every mixed electronic assembly is suitable for direct feeding.
Primary reduction may be sufficient to prepare bulky assemblies for the next operation. If downstream equipment or a destruction specification requires tighter fragment control, further sizing or a different arrangement may need to be evaluated.
The shredder reduces the feed. Recovering separated fractions requires the appropriate downstream sorting and separation equipment, selected for the composition and output of the full process.
Describe your devices and required result. We will help review the shredding stage and its connection to the rest of the process.
Discuss E-Waste Shredding
