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Battery Recycling Equipment Manufacturing Engineering · Manufacturing · Global Service
BREM · Battery Recycling Equipment Manufacturing

ENGINEERED FOR RECOVERY.

Complete Recycling Lines
for Battery, PCB and
Solar Materials

Engineering and manufacturing complete mechanical recycling systems for lithium-ion batteries, EV battery materials, PCB scrap and end-of-life solar panels — from feed preparation and size reduction to separation and material recovery.

Request a Technical Proposal Explore Production Lines
Typical Recoverable Outputs
Black Mass · Copper · Aluminum · Glass
Metal & Non-metal Fractions
Complete-line engineering Configured for feedstock and recovery targets
Factory-built equipment Manufactured, assembled and tested before shipment
Project support Installation guidance and commissioning scope
02 / Material to Value

From Waste Materials
to Recoverable Value

BREM engineers complete mechanical recycling systems around the material entering your plant and the valuable fractions you need to recover.

01 / FEEDSTOCK
MATERIAL ENTERING THE SYSTEM

Battery Materials

EV Packs Modules Cells Production Scrap
02 / ENGINEERED PROCESS
BREM RECOVERY SYSTEM

One Coordinated Process Route

Shredding & Size Reduction
Crushing
Screening & Classification
Air / Electrostatic / Gravity Separation
03 / RECOVERED OUTPUTS
TARGET MATERIAL FRACTIONS

Recoverable Value

Black Mass
Copper
Aluminum
Steel
Plastics
Other Fractions*
What we build

Recycling Systems Built Around Your Feedstock and Recovery Target

BREM configures complete recycling systems around the material entering the plant, required throughput, downstream recovery targets and site conditions. Standard equipment modules can be combined into project-specific production lines.

01
Application Layer
Solutions

Recycling Solutions

Application-specific recycling solutions configured around feedstock, target capacity, processing objectives and required recovered materials.

  • Lithium Battery Recycling
  • EV Battery Recycling
  • Solar Panel Recycling
  • PCB Recycling
View Recycling Solutions
02
Core Delivery
Production Lines

Complete Recycling Lines

Coordinated processing lines integrating material preparation, size reduction, separation, recovery and environmental control into one engineered system.

  • Feedstock-Based Configuration
  • Capacity-Matched Process Design
  • Integrated Material Separation
  • Complete-Line Engineering
Explore Production Lines
03
Equipment Layer
Single Machines

Processing Equipment

Individual machines for key processing stages within recycling systems, available for line integration, process upgrades or capacity expansion.

  • Shredding & Crushing
  • Grinding & Pulverizing
  • Screening & Separation
  • Environmental Treatment
View Equipment
System logic: Feedstock → Process Design → Equipment Configuration → Recovered Materials Engineered for complete-line integration.
03 / Recycling Solutions

Start With Your Material.
Engineer the Right Recovery Route.

Choose the feedstock closest to your project. Each solution connects material conditions, recovery targets and suitable production-line configurations.

01 / Lithium battery recycling

Lithium Battery Recycling Solution

Battery preparation / discharging → primary shredding → secondary crushing → screening & black mass collection → copper / aluminum / plastic separation → dust & off-gas treatment

Feedstock End-of-life cells, modules, production scrap and prepared battery materials
Recovery Recover black mass, copper, aluminum and other valuable fractions through a configurable mechanical recycling route
Explore Solution →
Not sure which route fits your material? Request a Technical Proposal →
04 / Production Lines

Complete Systems.
Configured for the Project.

Move from a recovery objective to an integrated processing line — with coordinated equipment, material flow, environmental control and automation.

01 / Complete production line

Lithium Battery Recycling Line

Discharge → shredding → crushing → air classification → magnetic separation → screening → density separation → black mass collection

Key modules Controlled feeding and conveying · Preparation, dismantling or size-reduction equipment · Screening and physical separation equipment · Fine-material and dust collection · Centralized controls and safety interlocks
Feedstock Waste lithium-ion cells and prepared battery material
Outputs Black mass
View Line →
Each line is configured around feedstock condition, capacity and recovery targets. Explore All Production Lines →
05 / Project Engineering

Every Recycling Line
Starts With Your Material.

A complete line is not selected from a fixed catalogue. BREM configures the process route, equipment and plant integration around the material you need to process and the recovered fractions you need to produce.

01 / Your Project Inputs

Define the Project

01 Feedstock
Battery, PCB, solar or prepared material.
02 Material Condition
Form, preparation state and composition.
03 Required Capacity
Target throughput for the project.
04 Recovery Targets
Required recovered material fractions.
05 Site & Utilities
Installation conditions and available utilities.
02 / BREM Engineering

Configure the System

01 Process Route
Pretreatment, size reduction, screening and separation sequence.
02 Equipment Selection
Select the modules required by the material route.
03 Equipment Sizing
Coordinate equipment around required throughput.
04 Material Flow
Connect transfer, classification and recovery stages.
05 Environmental Control
Integrate dust and exhaust treatment where required.
06 Electrical & Automation
Coordinate controls across the complete line.
07 Plant Layout
Adapt the system to installation and site conditions.
03 / Project Output

Your Configured Recycling Line

One coordinated system configured for your project.

Final equipment, process stages and plant layout depend on the confirmed feedstock, capacity, recovery targets and site requirements.

From project requirements to equipment configuration. This engineering step connects the production line you need with the individual machines that make the system work.

Explore Engineering & Technology →
06 / Core Equipment

Core Machines
Inside the System.

BREM equipment is organized by its role inside the recycling line. Machines are selected and combined according to feedstock, required capacity, separation targets and environmental-control requirements.

01

Crushing Equipment

Crushing Equipment

View Category →
Crushing Equipment

Double-Shaft Shredder

Low-speed, high-torque twin-shaft shredding equipment for the coarse reduction of bulky, irregular and difficult recycling feedstock before conveying, secondary crushing, screening or material recovery.

View Machine →
Crushing Equipment

Hammer Crusher

High-speed impact crushing equipment for medium and fine size reduction of brittle and crushable recycling materials such as lithium battery fractions, printed circuit boards, cans and aluminum residues.

View Machine →
Grinding Equipment

Industrial Pulverizer

The Industrial Pulverizer is a fine-grinding and material-liberation machine that combines blade-based pulverizing, centrifugal regrinding, air classification and pneumatic conveying for prepared battery, PCB, electrode-sheet and composite recycling…

View Machine →
02

Separation Equipment

Separation Equipment

View Category →
Separation Equipment

Air Gravity Separator

The Air Gravity Separator is a dry physical separation unit for classifying prepared granular material according to density, particle size and aerodynamic behavior. It combines controlled airflow, a…

View Machine →
Separation Equipment

Electrostatic Separator

The Electrostatic Separator is a dry high-voltage separation machine for dividing conductive and non-conductive particles according to their different electrical behavior in an electrostatic field. It is used…

View Machine →
Separation Equipment

Hydraulic Dewatering Machine

The Hydraulic Dewatering Machine is a high-pressure solid-liquid separation system for sludge, slurry and other high-moisture industrial materials. It uses hydraulic compression, a customized forming chamber and controlled…

View Machine →
Separation Equipment

Vibratory Separator

The Vibratory Separator is a linear screening machine designed to classify granular and powdered recycling materials into different particle-size fractions. Controlled vibration moves material continuously across one or…

View Machine →
03

Environmental Equipment

Environmental Equipment

View Category →
Environmental Equipment

Activated Carbon Adsorption System

The Activated Carbon Adsorption System is an industrial exhaust-gas treatment unit designed to remove selected volatile organic compounds (VOCs) and odorous pollutants from process air. It uses porous…

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Environmental Equipment

Industrial Oil Fume Purification Equipment

The Industrial Oil Fume Purification Equipment is designed to treat oil mist, fine aerosol, smoke and selected suspended particulate generated by industrial thermal and manufacturing processes. It combines…

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Environmental Equipment

Pulse Jet Baghouse Dust Collector

The BREM Pulse Jet Baghouse Dust Collector is a dry filtration system designed to capture fine, non-fibrous particulate from industrial process air. Dust-laden air enters the collector housing,…

View Machine →
Environmental Equipment

UV Photolysis Purification Equipment

UV Photolysis Purification Equipment is designed for selected industrial exhaust streams containing odor compounds and gaseous organic contaminants. The system uses high-energy ultraviolet radiation to initiate photochemical reactions…

View Machine →
Equipment is selected as part of the complete process route.

Explore the full machine catalogue or start with your feedstock and let BREM configure the required equipment.

View All Single Machines →
07 / Manufacturing Evidence

Engineering Becomes
Hardware Here.

Explore the manufacturing stages behind a complete recycling line. Select a stage to view the corresponding workshop evidence, manufacturing focus and project role.

BREM Fabrication
01 / MANUFACTURING

Fabrication

Structural components and equipment frames are prepared as the physical foundation of the configured recycling system.

PROJECT ROLE Equipment Structure
LOCATION Manufacturing Base
MANUFACTURING BASE / GONGYI, ZHENGZHOU Explore Manufacturing Capability →
Factory

Manufacturing Evidence From the Shop Floor

Workshop fabrication, mechanical and electrical assembly, and factory testing convert engineering packages into physical equipment.

Production Line Integration
Integrated recycling equipment arranged as a complete processing line inside the manufacturing workshop, including conveying, processing and supporting system components.
Dust collector + gas treatment equipment
Workshop equipment combination of pulse bag dust collector and gas washing purification tower, air pollution control system for lithium battery recycling production line.
Hammer mill & material separation equipment
Heavy hammer crusher and gravity sorting equipment set, metal powder separation processing machines for spent battery material recovery inside steel structure workshop.
08 / Project Experience

Built for Real
Recycling Projects.

Real project photography connects BREM engineering with the equipment, materials and installation conditions behind each delivered system.

Explore All Case Studies →
Lithium Battery Recycling project in China
Jiangxi Lithium Battery Recycling
FEATURED PROJECT / 01

Jiangxi — Lithium Battery Recycling Project
01 PROJECT EVIDENCE

From Feedstock to Installed System.

Each case should document the project with verified information only. Where project data is incomplete, photography and confirmed scope remain the primary evidence.

REGION Jiangxi
APPLICATION Lithium Battery Recycling
View Project Case
MORE PROJECT EXPERIENCE Selected projects across materials, applications and regions
Lithium Battery Recycling Project 02
Lithium Battery Recycling

Lithium Battery Recycling Project

View Case →
Lithium Battery Recycling project in United States 03
Lithium Battery Recycling

United States — Lithium Battery Recycling Project

View Case →
Thailand Project 04

Thailand Project

View Case →
United States Project 05

United States Project

View Case →
Explore the complete project archive. Browse verified case studies by material, application and region.
All Case Studies →
09 / Integrated Delivery

One Connected Path.
From Requirement to Start-Up.

Each stage hands the project forward to the next — keeping process definition, engineering, manufacturing, verification and site implementation connected.

Exact deliverables and on-site services follow the confirmed proposal and contract.

01 DEFINE

Requirement
Review

Feedstock, condition, capacity, recovered materials and site requirements.

PROJECT INPUTS
02 DEFINE

Process
Configuration

Define the process route and required functional stages around project objectives.

PROCESS ROUTE
03 ENGINEER

Engineering
Design

Equipment selection, sizing, material flow, controls and layout coordination.

ENGINEERING PACKAGE
04 BUILD

Manufacturing

Fabricate and assemble the configured equipment and recycling-line modules.

BUILT SYSTEM
05 VERIFY

Factory
Verification

Inspect the assembled system and complete applicable factory testing.

SHIPMENT READY
06 DELIVER

Shipment &
Installation

Prepare for shipment and coordinate installation under the agreed project scope.

INSTALLED SYSTEM
07 START

Commissioning
& Support

Support start-up and operating coordination within the agreed service scope.

PROJECT START-UP
PHASE 01 Define the Project 01—02
PHASE 02 Engineer, Build & Verify 03—05
PHASE 03 Deliver & Start 06—07
CONNECTED DELIVERY Requirement → Process Route → Engineering → Built System → Verification → Installation → Start-Up Discuss Your Project →
Production Line Integration BREM / Manufacturing
Who BREM Is

Engineering. Manufacturing. Project Delivery.

BREM focuses on coordinated recycling systems for battery, PCB and solar materials—not an unrelated machine catalogue.

Company identity and trust facts below come from verified manufacturing and credentials information already maintained on the site. Review the company profile and published project evidence before starting a technical proposal.

Manufacturing base
Gongyi, Zhengzhou, China
Manufacturing group
Xingmao Machinery
Delivery model
Engineering and manufacturing of complete mechanical recycling systems
CE Certification
Relevant BREM recycling equipment is supported by CE certification for applicable product and project requirements.
About BREM ↗ View Project Cases ↗
Why BREM

Project Delivery Foundations

BREM combines complete-line integration, feedstock-based engineering, environmental control and manufacturing support for international recycling projects.

Complete-Line
Integration

Multiple processing stages configured as one coordinated recycling system.

Feedstock-Based
Engineering

System configuration based on material condition, chemistry, throughput and target outputs.

Safety &
Environmental Control

Dust, exhaust, temperature, feeding and relevant process safety measures integrated where required.

Manufacturing &
Project Support

Manufacturing, assembly, testing, installation guidance, commissioning and operator training according to actual scope.

Learn About BREM →

Technical resources

Technical Resources for Recycling Projects

Q
Engineering FAQ
Engineering FAQ

Questions to Define Your Recycling Project

Feedstock, capacity, outputs, utilities, installation and commissioning questions buyers typically need to answer.

Explore Technical Resources →
11 / Start Your Project

Tell Us What
You Need to Process.

Start with the material, required capacity and recovery target. BREM can use these inputs to define the next engineering discussion.

Feed material / battery type
Material condition
Required capacity, kg/h
Target recovered materials
Country / installation location
Photos / technical documents
Technical Proposal

Project Information