Hold the twin-shaft cutter set
The chamber provides the main body around the two parallel shafts and the working space where cutters engage bulky feed.
Shredder Machine Components
Welded steel cutter boxes and chamber assemblies for twin-shaft shredder builds, replacement work and custom machine integration.
The housing is specified around the shaft layout, cutter geometry, feed opening, mounting and drive arrangement. Send a drawing, old chamber photos or machine details before quotation.

The housing, shafts, cutters, bearings, drive and discharge arrangement must be reviewed together before a replacement or new build is specified.
The chamber provides the main body around the two parallel shafts and the working space where cutters engage bulky feed.
Feed opening, shaft ends, bearing seats, mounting faces and discharge geometry affect how the housing fits the rest of the machine.
Dimensions, cutter stack, shaft center distance and drive arrangement should follow the machine drawing, sample or approved working specification.
The supplied reference images show several chamber, cutter, shaft and drive arrangements. They are product references, not one universal assembly.




Confirm the supply boundary before quotation so the chamber is not confused with a complete shredder machine.

The source images show fabricated steel bodies with a rectangular cutter opening, external mounting faces and repeated bolt-hole patterns.
The shaft and cutter arrangement is selected together; blade count, profile, spacing and clearance are not universal values.
Some references show gear reducers and motors. Their model, quantity and power belong to the matched machine configuration.
Send chamber dimensions, shaft layout, cutter photos or a drawing when the existing housing must be replaced or adapted.
The table below is transcribed from the supplier reference image. It describes a range of double-shaft shredder configurations, not one fixed housing SKU.
| Model | Cutter specification | Power | Cutter quantity | Reducer | Speed (r/min) | Overall size (m) |
|---|---|---|---|---|---|---|
| 600 | Φ200×10 | 15 kW | 48 | 400 | 18–25 | 1.45×0.87×2.2 |
| 600 | Φ200×20 | 15 kW | 24 | 400 | 18–25 | 1.45×0.87×2.2 |
| 800 | Φ200×20 | 15 kW×2 | 32 | 400×2 | 18–25 | 2.15×0.87×2.2 |
| 800 | Φ300×30 | 30 kW×2 | 18 | 650×2 | 18–25 | 3.4×1.2×2.2 |
| 1000 | Φ300×25 | 30 kW×2 | 32 | 650×2 | 18–25 | 3.4×1.25×2.2 |
| 1000 | Φ300×30 | 30 kW×2 | 27 | 650×2 | 18–25 | 3.4×1.25×2.2 |
| 1000 | Φ400×40 | 45 kW×2 | 20 | 750×2 | 18–25 | 3.4×1.25×2.2 |
| 1200 | Φ400×30 | 55 kW×2 | 38 | 650×2 | 18–25 | 4.15×1.25×2.2 |
| 1200 | Φ400×40 | 55 kW×2 | 28 | 750×2 | 18–25 | 4.15×1.25×2.2 |
| 1500 | Φ400×30 | 75 kW×2 | 48 | 750×2 | 18–25 | 4.15×1.25×2.2 |
| 1500 | Φ400×40 | 75 kW×2 | 26 | 750×2 | 18–25 | 4.15×1.25×2.2 |
| 1500 | Φ400×50 | 75 kW×2 | 28 | 850×2 | 18–25 | 4.15×1.25×2.2 |
| 2000 | Φ530×50 | 90 kW×2 | 38 | 850×2 | 18–30 | 5.25×1.78×2.2 |
| 2000 | Φ600×60 | 90 kW×2 | 31 | 850×2 | 18–30 | 5.25×1.78×2.2 |
A chamber reference can support many shredder applications, but the housing alone does not define throughput or final particle size.
Drums, pipes, molded parts and other bulky plastic feed where the opening, cutter profile and shaft torque must be matched.
Elastic or wrapping materials require a review of cutter engagement, shaft arrangement, clearance and drive demand.
Feed size, moisture, contamination and downstream handling affect the chamber, cutter and discharge configuration.
These inputs make the quotation useful and help separate a chamber replacement from a complete machine request.
Brand, model, existing machine photos and whether the project is a replacement or new build.
Overall length, width, height, feed opening, mounting faces and any available drawing.
Shaft diameter, center distance, bearing seats, shaft ends and cutter stack position.
Cutter profile, outside diameter, thickness, quantity, spacing and fixing direction.
Material type, largest feed piece, contamination, moisture and target reduction duty.
Housing only, housing with shafts and cutters, or a wider machine package including drive and frame.
A short confirmation workflow keeps the housing, cutters, shafts and drive package aligned.
Share the model, photos, dimensions, drawing, cutter arrangement and working material.
Confirm housing geometry, shaft interfaces, cutter package, reducer/motor scope and inspection points.
Production and inspection follow the confirmed drawing, sample or written specification before delivery.
Short answers to the questions that usually affect fit, scope and quotation.
No. This page is for a shredder housing or cutting-chamber component. Shafts, cutters, bearings, reducers, motors, frame, electrical controls and discharge equipment need to be confirmed as separate or matched scope.
The supplied parameter sheet does not show a 160 configuration, so the number must be clarified first. Send the actual drawing, machine model or measured chamber dimensions before we describe it as a fixed model.
Often a starting review is possible from clear photos, measured dimensions, shaft-end details and the cutter stack. Final production still depends on an approved drawing, sample or written specification.
Not automatically. Some supplied images show drive components, but the motor and reducer model, quantity and mounting belong to the selected machine configuration and should be stated in the quotation scope.
Provide the machine brand and model, chamber dimensions, shaft center distance, cutter photos, material, feed size, target duty, quantity and the parts you want included.
Please prepare the information you already have. The inquiry form is on our Connect Us page.