Rotom hammer hog (horizontal fed)

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Proven designs deliver trouble-free wood-processing
Depending on the position of the machine in the wood-processing plant and the size of the material handled, Bruks Siwertell can design a hammer hog unit to fit.
For level operations and processing longer timber (round logs with maximum length of 2m), a horizontal-fed hammer hog, fitted with an optional in-feed spike roll, is an ideal choice.
The space-saving horizontal-fed model can be equipped with an integrated screen, which ensures that only pre-defined oversized materials are processed within the unit. This tailors the end product to meet customer needs, adding value for its owner.
To make horizontal units suitable for materials other than bark, such as industrial timber waste and sawmill waste, the unit can be specified with extremely powerful oversized hammers and anvils.
Our robust, reliable hammer hogs have large service hatches and exchangeable, reversible wear parts, making them easy to maintain, further adding to their trouble-free operation.
Image: The hammer design depends on each individual hammer hog. This rotor includes fixing and flying hammers.
Image: The screens on the screening and milling segments can have various designs in accordance to each customer's specific applications. The screening segments can be turned for easy maintenance.
Image: The upper in-feed rollers are optional for horizontal machines, to support further. All in-feed rollers have a robust design to allow for handling of challenging raw materials.
Image: The wear plates inside the machine housing are replaceable for 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 |