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site name Bruks-Siwertell
site name Bruks-Siwertell

Rotom hammer hog (drop fed)

hammer hog drop fed bruks siwertell

Back to Wood residue processing

Drop-fed rotom hammer hogs ensure high-capacity waste wood processing

The Bruks Rotom hammer hog is an incredibly robust, reliable waste wood processing machine, offering a long service life even under high-use, demanding conditions. Hammer hog machinery components can be easily accessed for maintenance and can be turned to ensure maximum wear before replacement. It is also possible to tailor hammers and tips to individual waste wood processing applications. 

If an operator can benefit from natural forces, such as gravity, during manufacturing processes, this can be a valuable asset. Drop-fed wood waste-processing units, such as our Rotom hammer hogs, are no exception, and in addition to durability are highly energy efficient as well.

Sharing many of the same proven design characteristics as its horizontal-fed counterpart, the drop-fed hammer hog unit is available in a range of standard sizes and is capable of processing wood waste up to a capacity of over 375 (standard) m³/h.

Bruks Rotom hammer hog dropfed

Drop-fed hammer hog units can easily process many different types of materials like bark, forest residues, industrial wood waste and sawmill waste. They have a compact, robust design, which is easy to service and maintain, and offer reliable performance.

hammer hog

The hammer design and configuration depends on each individual hammer hog; this rotor includes fixing and flying hammers.

rotom hammer hog

Hammer hog screens, included in the screening and milling segments, can be designed in various ways, in accordance with each customer’s specific applications. Screening segments are easily accessible for maintenance and can be turned, maximizing their use.
hammer hog

Wear plates inside the hammer hog machine housing are also replaceable, ensuring the hammer hog’s long-life operation. 

Technical table

Type   
8-8
Rotor ø mm
800
Weight Hammer kg
13
Thickness Sidewall mm
20
Thickness Wear Plates mm
30
Motor Power kW
90-132
Type   
8-10
Rotor ø mm
800
Weight Hammer kg
13
Thickness Sidewall mm
25
Thickness Wear Plates mm
30
Motor Power kW
110-160
Type   
10-10
Rotor ø mm
1000
Weight Hammer kg
20
Thickness Sidewall mm
25
Thickness Wear Plates mm
30
Motor Power kW
132-200
Type   
10-12
Rotor ø mm
1000
Weight Hammer kg
20
Thickness Sidewall mm
25
Thickness Wear Plates mm
30
Motor Power kW
160-250
Type   
12-12
Rotor ø mm
1200
Weight Hammer kg
25
Thickness Sidewall mm
30
Thickness Wear Plates mm
40
Motor Power kW
200-315
Type   
12-16
Rotor ø mm
1200
Weight Hammer kg
25
Thickness Sidewall mm
30
Thickness Wear Plates mm
40
Motor Power kW
250-315
Type   
12-18
Rotor ø mm
1200
Weight Hammer kg
25
Thickness Sidewall mm
30
Thickness Wear Plates mm
40
Motor Power kW
250-315
Type   
15-12
Rotor ø mm
1500
Weight Hammer kg
55
Thickness Sidewall mm
40
Thickness Wear Plates mm
50
Motor Power kW
250-400
Type   
15-16
Rotor ø mm
1500
Weight Hammer kg
55
Thickness Sidewall mm
40
Thickness Wear Plates mm
50
Motor Power kW
355-560
Type   
15-20
Rotor ø mm
1500
Weight Hammer kg
55
Thickness Sidewall mm
40
Thickness Wear Plates mm
50
Motor Power kW
400-710
Type    Rotor ø mm Weight Hammer kg Thickness Sidewall mm Thickness Wear Plates mm Motor Power kW
8-8 800 13 20 30 90-132
8-10 800 13 25 30 110-160
10-10 1000 20 25 30 132-200
10-12 1000 20 25 30 160-250
12-12 1200 25 30 40 200-315
12-16 1200 25 30 40 250-315
12-18 1200 25 30 40 250-315
15-12 1500 55 40 50 250-400
15-16 1500 55 40 50 355-560
15-20 1500 55 40 50 400-710

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