China-based factory
Welding, machining, assembly, and shipment are shown in our workshop photos.
About BoRay
China-based industrial shredder factory with a visible production process.
BoRay manufactures single shaft and double shaft industrial shredders for recycling and waste processing. Follow the work from frame welding and precision machining to assembly, inspection, and preparation for export delivery.
Factory Capabilities
Manufacturing and project support from one factory
Our project team connects your material and process requirements with the machine build. These capabilities support selection, manufacturing, and delivery.
Factory-direct support
Buyers can discuss material conditions, machine structure, and quotation details with one project team.
Application matching
Single shaft, double shaft, standard, and heavy-duty configurations are selected around the real waste stream.
Export-ready delivery
Machines are prepared for final inspection, packing, loading, and overseas project communication.
Production Process
From steel structure to finished shredder delivery
These workshop photos show how a recycling shredder moves through fabrication, machining, assembly, inspection, and shipment before delivery.
01 Factory Site
The workshop behind your shredder
BoRay builds industrial shredders for recycling and waste processing in China. The workshop brings frame fabrication, component machining, and machine assembly into the production process shown below.
- China factory source
- Industrial shredder workshop
- Project review before quote
02 Welding
Frame welding for the machine base
The shredder frame carries torque, vibration, material impact, and long operating hours. Solid welding work supports machine stability before machining, assembly, and shipment.
- Base frame fabrication
- Reinforced structural parts
- Preparation for machining and assembly
03 CNC Boring
Bearing hole machining for rotor alignment
Bearing seats and chamber alignment directly affect rotor running stability. CNC boring helps control position accuracy before the shaft, bearings, and drive system are installed.
- Bearing seat precision
- Rotor center alignment
- Reduced vibration risk
04 Wire Cutting
Precision cutting for matched components
Some shredder parts require controlled profiles and consistent fit. Wire cutting supports precision components used around the rotor, cutter, and chamber structure.
- Profile accuracy
- Consistent part matching
- Support for custom configurations
05 Shaft Machining
Lathe processing for shredder shafts
The shaft is a key load-bearing part of the shredder. Machining quality affects cutter installation, torque transmission, and stable operation in the cutting chamber.
- Shaft turning
- Drive-side dimensional control
- Preparation for cutter installation
06 Chamber Machining
Finished shredder box after precision machining
The shredder box connects the rotor, bearings, screen, pusher, and discharge area. Machined surfaces and hole positions help make assembly more predictable.
- Machined chamber structure
- Bearing and cover mounting surfaces
- Fit-up before assembly
07 Rotor Preparation
Hexagonal shaft and cutter support
Rotor layout depends on the waste stream. Tire, plastic, paper, metal, e-waste, and solid waste projects may require different cutter thickness, tooth profile, spacing, and shaft structure.
- Hexagonal shaft preparation
- Cutter layout planning
- Material-based rotor matching
08 Semi-Finished Check
Machine body staged before final assembly
Before final completion, semi-finished machines are checked for structural fit, component position, and assembly sequence. This helps reduce rework and keeps delivery schedules realistic.
- Component positioning
- Assembly sequence check
- Progress confirmation
09 Assembly
Drive, chamber, rotor, and controls assembled together
Assembly connects the chamber, rotor, motor, reducer, hydraulic system, control cabinet, feeding device, and safety parts. This is where the selected configuration becomes a real machine.
- Mechanical assembly
- Drive and hydraulic integration
- Configuration-based build
10 Final Inspection
Nearly completed shredder before delivery
Before shipment, we review the assembled machine against the project configuration. This check connects the selected chamber, rotor, drive, controls, and handling arrangements to the finished build.
- Final build review
- Project-specific configuration check
- Ready for packing preparation
11 Shipment
Loading and delivery from the factory
After inspection, the machine is prepared for delivery. Shipping photos help overseas buyers track progress from the China factory workshop to the project site.
- Packing and loading
- Delivery progress record
- Export project support
Before Shipment
The finished machine follows your agreed configuration.
Material review guides the build: rotor and cutter choices, chamber size, drive, screen, and feeding arrangement. Assembly and shipment records help you follow the machine from production to delivery.
Material photos and videos reviewed before model selection
Feed size, capacity, and output size confirmed before quotation
Rotor, cutter, drive, chamber, screen, and pusher selected by application
Assembly and delivery progress shared with project buyers
Talk to the team building your industrial shredder.
Discuss your material and process with BoRay. We can help compare machine configurations and explain the manufacturing steps behind your quotation.
Request a Quote