Lithium Batteries
Cells, modules, packs, production scrap and prepared lithium battery materials.
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Production Lines
Complete Recycling Production Lines
Integrated recycling systems engineered around your feedstock, target capacity, recovered materials and site requirements.
Choose by Material
Choose a Recycling Route by Feedstock
Start with the material you need to process. BREM can then match the appropriate recycling route, production line and equipment configuration.
Battery Materials
Electrode sheets, black mass, production scrap and other prepared battery materials.
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Solar Panels
Retired crystalline-silicon photovoltaic modules and prepared PV material.
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PCB & Electronic Materials
Waste PCB, copper-clad laminate and component-bearing circuit boards.
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Production Line Categories
What type of recycling system do you need?
These are system families: pretreatment, lithium battery recycling, solar panel recycling and PCB recycling. Open a category to see its production lines.
01
Lithium Battery Recycling
Complete lines for cells, packs, black mass and prepared battery materials.
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02
Pretreatment
Discharge and dismantling systems that prepare batteries before a recycling line.
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03
PCB Recycling
Board recycling, laminate separation and component dismantling systems.
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04
Solar Panel Recycling
Module processing systems for retired crystalline-silicon panels.
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Featured Production Lines
Representative lines for project selection
These published systems show the main recycling routes. Category pages list the related pretreatment and modular systems.
Lithium Battery Recycling Line
- Discharge
- shredding
- crushing
- air classification
- magnetic separation
- screening
- density separation
- black mass collection
EV Battery Recycling Line
- Pack assessment
- discharge
- dismantling
- module/cell routing
- mechanical recycling or qualified second-life testing
Black Mass Production Line
- Controlled feeding
- enclosed size reduction
- fine screening
- metal separation
- black mass collection
Solar Panel Recycling Line
- Junction-box/frame removal
- thermal softening
- glass separation
- shredding
- milling
- classification
PCB Recycling Line
- Component removal (optional)
- shredding
- milling
- screening
- density separation
- electrostatic separation
EV Battery Module Dismantling Line
- Module loading
- FPC / connection cutting
- Buffer & positioning
- Rivet / fastener removal
- Clamping & rotation
- Side / end plate removal
- Insulation / pad removal
- Busbar / tab cutting
- Cell extraction
PCB Component Dismantling & Recycling Line
- PCB inspection
- Controlled feeding
- Heating / de-soldering
- Rotary dismantling
- Component discharge
- Stripped PCB discharge
- Fume capture
- Water spray scrubbing
- Adsorption & purification
Compare Production Lines
Which line fits the project?
Use this table to choose a route. Feedstock and process detail stay on the line cards above.
| Production Line | Best Suited For | Main Recovery Objective | Explore |
|---|---|---|---|
| Lithium Battery Recycling Line | waste lithium-ion cells and prepared battery material, target output quality and required throughput | Black mass | View Production Line → |
| EV Battery Recycling Line | end-of-life ev packs, modules and cells, target output quality and required throughput | Mechanical recycling or qualified second-life routing | View Production Line → |
| Black Mass Production Line | prepared lithium battery cells, electrode scrap and intermediate fractions, target output quality and required throughput | Black mass | View Production Line → |
| Solar Panel Recycling Line | end-of-life crystalline silicon pv modules, target output quality and required throughput | Glass separation and classified fractions | View Production Line → |
| PCB Recycling Line | waste printed circuit boards and copper-clad laminate, target output quality and required throughput | Fractions after density and electrostatic separation | View Production Line → |
How We Engineer Your Recycling Plant
From feedstock review to commissioning
A production line is configured as a project. The route, equipment and site support follow the material and the recovery objective.
01 / Material Analysis
Understand feedstock form, chemistry, condition and contamination.
02 / Process Design
Define the required pretreatment, size reduction, screening and separation route.
03 / Equipment Manufacturing
Manufacture and assemble the approved system configuration.
04 / System Integration
Integrate production equipment, conveying, dust collection, controls and supporting systems.
05 / Commissioning & Training
Support installation, commissioning, operator training and project handover.
Why BREM
Engineering, manufacturing and project support in one scope
Each point is tied to work BREM actually does: design, workshop build, line integration and project handover.
Customized Engineering Design
Route set from the feedstock and site, not a fixed machine list.
Complete Manufacturing Capability
Workshop build and assembly of the approved configuration.
Stable Process Integration
Separation, conveying and dust control built as one line.
Full Project Support
Installation support, commissioning and training within the agreed scope.
Real Project Cases
Projects delivered from published case records
Each card uses the title, image, location and scope already stored on the case. Missing fields are left blank.
Manufacturing Capability
Manufacturing and System Integration
BREM combines equipment manufacturing, system integration and project configuration to deliver recycling lines matched to real operating requirements.
Industries We Serve
Who specifies these production lines
The same engineering route is adapted to the operator’s feedstock and plant, whether the buyer runs recycling, manufacturing or recovery.
- Battery Recycling Companies
- Battery Manufacturers
- Waste Management Companies
- Energy Storage Companies
- Resource Recovery Companies
FAQ
Questions buyers ask before a proposal
These answers describe how a line is selected. They do not state a capacity, recovery rate or purity.
How do I choose the right recycling production line?
Start with the feedstock, its condition, the required capacity, the recovered materials you need, and the installation site. Those inputs decide whether the project needs pretreatment, a complete recycling line, or a modular system.
Can BREM customize a recycling line for our material?
Yes. The configuration is set from representative feedstock and the project requirements, rather than from a single catalogue model.
What information is required for a technical proposal?
Material or feedstock, condition, chemistry if known, required capacity, target recovered materials, installation country, and photos or technical documents when available.
Can one line process both LFP and NMC batteries?
Process configuration and operating parameters depend on feedstock form, chemistry and the recovery objective. A line is not assumed to handle every lithium chemistry without that review.
Does BREM supply turnkey installation?
BREM supports installation, commissioning, operator training and project handover as part of the agreed project scope. The exact site scope is confirmed in the proposal, not assumed for every plant.
Can material testing be arranged before final configuration?
Where it is useful, configuration follows a review of representative feedstock and, when appropriate, material testing before the route is fixed.
How is the final equipment configuration determined?
It follows the feedstock, capacity, target output, pretreatment requirement, site condition and the environmental control requirement.
What site and utility information is needed?
Typical inputs include available floor space, power supply, the local electrical standard, ventilation or exhaust requirements, and material handling conditions. This is a starting list for engineering review, not a complete plant specification.
Tell Us About Your Project
Share the feedstock, condition, capacity and target recovered materials. BREM will use those inputs to outline a suitable production-line route.