Industrial Bag-Stripping Machine for Mushroom Waste Recycling (Mushroom Bag Separator)
The BRMXH8000A Bag-Stripping Machine is a high-capacity mushroom waste recycling machine designed to crush used mushroom cultivation bags and automatically separate plastic bags from spent substrate, helping large-scale mushroom farms reduce labor costs, recycle cultivation waste, and convert spent substrate into valuable organic fertilizer materials.
Key Specifications
|
Model |
BRMXH8000A |
|
Equipment Type |
Industrial Bag-Stripping Machine / Mushroom Bag Separator |
|
Main Function |
Mushroom cultivation bag crushing and substrate-bag separation |
|
Application |
Recycling used and contaminated mushroom bags |
|
Power |
7 kW |
|
Processing Capacity |
6000-8000 bags/hour |
|
Machine Weight |
660 kg |
|
Machine Dimension |
4000 × 750 × 1800 mm |
|
Processing Method |
Feeding → Crushing → Material-Bag Separation |
|
Operation Mode |
Continuous Automatic Processing |
|
Suitable Industry |
Edible mushroom cultivation waste recycling |
|
Output Material |
Separated plastic bags and reusable spent substrate |
Product Description
The BRMXH8000A Industrial Bag-Stripping Machine is a professional recycling solution developed for large-scale edible mushroom cultivation factories. It is mainly used to process waste mushroom cultivation bags after harvesting or contaminated mushroom bags during cultivation, separating plastic bags from spent mushroom substrate through an efficient crushing and separation process.
In commercial mushroom production, thousands or even millions of cultivation bags are consumed every production cycle. After mushrooms are harvested, a large amount of spent substrate remains inside plastic bags. Traditional manual bag removal requires intensive labor, takes a long time, and creates challenges for waste management.
The BRMXH8000A provides an efficient automated solution by integrating feeding, crushing, and material-bag separation into one machine. It can process large quantities of waste mushroom bags continuously, significantly improving recycling efficiency compared with manual processing methods.
During operation, the machine first receives used mushroom bags through the feeding system. The internal crushing mechanism breaks the bags and loosens the substrate material. Then, through the separation process, the plastic bags are separated from the spent mushroom substrate, allowing both materials to be collected separately.
The separated mushroom substrate has excellent recycling value and can be further processed into:
- Organic fertilizer
- Compost materials
- Soil improvement products
- Agricultural recycling resources
The separated plastic bags can be collected for centralized disposal or recycling.
With a processing capacity of 6000-8000 bags per hour, the BRMXH8000A is especially suitable for large mushroom farms, centralized substrate recycling centers, and industrial edible fungi production facilities.
The machine adopts a compact horizontal structure with dimensions of 4000 × 750 × 1800 mm, making it easier to integrate into existing production areas. Its 7 kW power system provides stable performance while maintaining reasonable energy consumption.
By introducing the BRMXH8000A into mushroom production systems, growers can achieve cleaner production, reduce waste disposal costs, and improve overall environmental sustainability.
Working Principle
Feeding Waste Mushroom Bags
Used mushroom cultivation bags or contaminated mushroom bags are collected after cultivation.
Workers or conveyor systems feed the waste bags into the machine inlet.
Suitable materials include:
- Spent mushroom substrate bags
- Contaminated cultivation bags
- Used plastic mushroom growing bags
Crushing Process
After entering the machine, the mushroom bags move into the crushing chamber.
The crushing mechanism performs:
- Bag cutting
- Substrate loosening
- Material separation preparation
The process breaks the connection between plastic bags and internal substrate, making separation easier.
Substrate and Plastic Bag Separation
After crushing, the mixed materials enter the separation system.
The machine separates:
Spent Mushroom Substrate
Collected for further recycling.
Possible applications:
- Organic fertilizer production
- Composting
- Soil conditioning
Plastic Cultivation Bags
Collected separately for disposal or recycling.
Continuous Processing
The machine continuously processes incoming waste bags.
The automatic workflow reduces manual intervention and improves processing efficiency.
Material Collection
Separated materials are discharged through different outlets.
The recycling process is completed efficiently:
Waste Mushroom Bags → Crushing → Separation → Substrate Recycling + Plastic Collection
Suitable Raw Materials and Mushroom Types
Suitable Materials
Including:
- Sawdust mushroom substrate bags
- Wood chip substrate bags
- Agricultural waste substrate bags
- Spent mushroom blocks
- Contaminated mushroom cultivation bags
Suitable Mushroom Species
Oyster Mushroom (Pleurotus ostreatus)
Commonly produced using large quantities of bag cultivation systems.
King Oyster Mushroom (Pleurotus eryngii)
Suitable for industrial-scale cultivation waste recycling.
Shiitake Mushroom (Lentinula edodes)
Processes spent sawdust-based cultivation bags.
Black Fungus (Auricularia auricula-judae)
Suitable for short-bag cultivation waste.
Enoki Mushroom (Flammulina velutipes)
Applicable for commercial production waste treatment.
Other Edible Fungi
Including:
- Seafood mushroom
- Agrocybe mushroom
- Reishi mushroom
- Other bag-grown mushroom varieties
Capacity / Production Scale
The BRMXH8000A provides a processing capacity of:
6000-8000 Bags Per Hour
It is designed for:
- Large mushroom cultivation factories
- Industrial edible fungi farms
- Centralized waste recycling facilities
- Mushroom substrate recycling plants
Compared with manual processing, it provides:
✔ High processing efficiency
✔ Reduced labor requirements
✔ Faster waste treatment
✔ Improved recycling utilization
✔ Cleaner production environment
The machine is especially suitable for mushroom factories that generate large amounts of spent substrate every day.
Automation Level
The BRMXH8000A is designed for continuous automatic operation.
Automation features include:
✔ Automatic feeding
✔ Automatic crushing
✔ Automatic bag-substrate separation
✔ Continuous production operation
The operator mainly needs to:
- Supply waste bags
- Monitor operation status
- Collect separated materials
This greatly reduces manual handling and improves factory automation.
Integration with Mushroom Production Line
Upstream Equipment Connection
The BRMXH8000A works after:
Mushroom Cultivation and Harvesting Equipment
- Mushroom growing shelves
- Mushroom cultivation rooms
- Harvesting systems
Production flow:
Substrate Preparation → Bagging → Sterilization → Inoculation → Cultivation → Harvesting → Waste Bag Recycling
Downstream Equipment Connection
After separation, it can connect with:
Substrate Recycling Equipment
- Organic fertilizer production equipment
- Composting systems
- Fermentation equipment
Waste Handling Systems
- Conveyor systems
- Storage equipment
- Recycling collection systems
Complete recycling workflow:
Waste Mushroom Bags → Bag-Stripping → Substrate Recycling → Organic Fertilizer Production
Service & FAQ
Installation & Service
Installation & Commissioning
Professional support includes:
- Equipment installation guidance
- Production line layout suggestions
- Initial operation testing
- Parameter adjustment support
Operator Training
Training includes:
- Machine operation procedures
- Feeding requirements
- Safety operation methods
- Daily maintenance
Spare Parts Supply
Available services:
- Original spare parts supply
- Wearing parts replacement
- Maintenance recommendations
Technical Support
We provide:
- Remote technical assistance
- Equipment troubleshooting
- Operation optimization solutions
After-Sales Service
Services include:
- Long-term technical consultation
- Equipment maintenance support
- Production recycling system improvement suggestions
FAQ
The BRMXH8000A can process approximately 6000-8000 mushroom bags per hour, making it suitable for large-scale mushroom farms.
The separated spent substrate can be reused as raw material for:
- Organic fertilizer
- Compost
- Agricultural soil improvement products
It can process waste bags from oyster mushroom, king oyster mushroom, shiitake mushroom, black fungus, enoki mushroom, and other edible fungi.
No. The machine automatically completes crushing and separation, significantly reducing manual labor requirements.
Yes. With a capacity of 6000-8000 bags/hour, it is designed for commercial mushroom farms and industrial-scale waste processing requirements.
