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| Capacity | 5 T |
| Ram stroke | 775 mm |
| Nbr of strokes/min | 99 |
| ------------------- | |
| Weight | 75000 kg |
| worked hours | |
| hours under power | |
| state | excellent |
| At local norms | --------- |
| status | visible |
| Datasheet | Beche KGH 5.0B |
| Last availability date | 28/03/2026 |
This listing features a comprehensive forging hammer system centered around the Beche KGH 5.0B short-stroke die forging hammer, manufactured in 2004. The hammer has a maximum working capacity of 55 kJ and can reach an impact frequency of up to 99 strokes per minute, with a ram stroke adjustable between 530 mm and 775 mm. The machine weighs approximately 75,000 kg and stands about 6,600 mm tall, offering robust industrial forging capabilities.
The system includes multiple large blue electrical cabinets, some labeled Stahlmann, which house the control and automation components. Integrated robotic arms, including models from Kuka (KR 30-3F and KR 30/2), are incorporated for material handling and automation of the forging process. A conveyor belt with a lifting device and a control cabinet with a higher-level control system are also part of the setup, enhancing operational efficiency.
The forging hammer's die area shows visible wear and oil stains, consistent with industrial use. Some debris and cloth pieces are present at the base, indicating the machine has been used but maintained within an operational environment. Safety fencing and barriers surround the machinery, and emergency stop buttons are clearly visible on the control panels, ensuring compliance with safety standards.
Additional components include a tilting device by Stahlmann, a conductive heating system (Stahlmann D400G21/39000 XSH, 2004), and a Frako reactive power compensation unit. The automation system was updated in 2009 by Lasco. Overall, the equipment exhibits signs of industrial wear and grime but remains a complete and integrated forging solution suitable for heavy-duty manufacturing environments.
The following description has been generated using artificial intelligence based on the product information available. It is provided for guidance only and may not reflect all specifications or conditions. Please contact us if you need precise or confirmed details.
The complete line consists of the following machines:
Tilting device, Stahlmann
Conductive heating system, Stahlmann, D400G21/39000 XSH, 2004
Frako reactive power compensation
Automation system, Lasco, 2009
2 Forging robots, Kuka, KR 30-3F
Conveyor belt with lifting device
Control cabinet with higher-level control system
Short-stroke drop hammer, Beche, KG H 5.0B, 2004
Discharge robot for removal, Kuka, KR 30/2, with bucket, 1999
Technical Details
(2004) Short-Stroke Die Forging Hammer BECHE KGH 5.0B
Machine identification data
Name: Short-Stroke Die Forging Hammer
Model: KGH 5.0B
Machine number: 155002
Year of manufacture: 2004
Operational parameters
Working capacity max. 55 kJ
Max. impact frequency 99/min
Max. usable impact rate 55/min
Maximum impact rate at rolling impact 120 min⁻¹
Min. ram stroke: 530 mm
Max. ram stroke: 775 mm
Weights
Total machine weight approx. 75,000 kg
Anvil bed 58,350 kg
Drive head complete without oil 12,400 kg
Ram approx. 3,700 kg
Dimensions
Overall height approx. 6600 mm
Installation height above floor approx. 5695 mm
Installation height below floor approx. 905 mm
Width x Depth: 2720 x 1760 mm
Workspace
Clear width between guides 766 mm
Working height to upper edge of the insert 900 mm
Ram depth 800 mm
Insertion depth 1000 mm
Die height without dovetail
Min. total 190 mm
Max. total 435 mm
Conductive Heating System Stahlmann E89
Machine identification data
Name: Conductive heating system E89 with 2 modules
Model: E89
Machine number: E89/4583
Operational parameters
Suitable for steel rods (round cross-sections)
Diameter: 23 – 46 mm, full profile
Length: 400 – 900
Connection Parameters
Mains voltage: 3 x 600 V / 50 Hz + N + PЕ +/- 10%
Mains current: 715 A
Power consumption: 743 kVA
Operating inlet pressure compressed air: 6-8 bar, ½"
Cooling water: 4-6 bar at approx. 7.2 m³/h
Cooling water inlet: 20-30°C
Cooling water outlet: 29-39°C
Please note that this description may have been translated automatically. Contact us for further information. The information of this classified ad are only indicative. We recommend to check the details with the seller before a purchase
| Client type | Factory – small or medium company |
| Active since | 2024 |
| Offers online | 58 |
| Last activity | April 11, 2026 |
The complete line consists of the following machines:
Tilting device, Stahlmann
Conductive heating system, Stahlmann, D400G21/39000 XSH, 2004
Frako reactive power compensation
Automation system, Lasco, 2009
2 Forging robots, Kuka, KR 30-3F
Conveyor belt with lifting device
Control cabinet with higher-level control system
Short-stroke drop hammer, Beche, KG H 5.0B, 2004
Discharge robot for removal, Kuka, KR 30/2, with bucket, 1999
Technical Details
(2004) Short-Stroke Die Forging Hammer BECHE KGH 5.0B
Machine identification data
Name: Short-Stroke Die Forging Hammer
Model: KGH 5.0B
Machine number: 155002
Year of manufacture: 2004
Operational parameters
Working capacity max. 55 kJ
Max. impact frequency 99/min
Max. usable impact rate 55/min
Maximum impact rate at rolling impact 120 min⁻¹
Min. ram stroke: 530 mm
Max. ram stroke: 775 mm
Weights
Total machine weight approx. 75,000 kg
Anvil bed 58,350 kg
Drive head complete without oil 12,400 kg
Ram approx. 3,700 kg
Dimensions
Overall height approx. 6600 mm
Installation height above floor approx. 5695 mm
Installation height below floor approx. 905 mm
Width x Depth: 2720 x 1760 mm
Workspace
Clear width between guides 766 mm
Working height to upper edge of the insert 900 mm
Ram depth 800 mm
Insertion depth 1000 mm
Die height without dovetail
Min. total 190 mm
Max. total 435 mm
Conductive Heating System Stahlmann E89
Machine identification data
Name: Conductive heating system E89 with 2 modules
Model: E89
Machine number: E89/4583
Operational parameters
Suitable for steel rods (round cross-sections)
Diameter: 23 – 46 mm, full profile
Length: 400 – 900
Connection Parameters
Mains voltage: 3 x 600 V / 50 Hz + N + PЕ +/- 10%
Mains current: 715 A
Power consumption: 743 kVA
Operating inlet pressure compressed air: 6-8 bar, ½"
Cooling water: 4-6 bar at approx. 7.2 m³/h
Cooling water inlet: 20-30°C
Cooling water outlet: 29-39°C
Please note that this description may have been translated automatically. Contact us for further information. The information of this classified ad are only indicative. We recommend to check the details with the seller before a purchase
| Capacity | 5 T |
| Ram stroke | 775 mm |
| Nbr of strokes/min | 99 |
| ------------------- | |
| Weight | 75000 kg |
| worked hours | |
| hours under power | |
| state | excellent |
| At local norms | --------- |
| status | visible |
| Datasheet | Beche KGH 5.0B |
| Last availability date | 28/03/2026 |
This listing features a comprehensive forging hammer system centered around the Beche KGH 5.0B short-stroke die forging hammer, manufactured in 2004. The hammer has a maximum working capacity of 55 kJ and can reach an impact frequency of up to 99 strokes per minute, with a ram stroke adjustable between 530 mm and 775 mm. The machine weighs approximately 75,000 kg and stands about 6,600 mm tall, offering robust industrial forging capabilities.
The system includes multiple large blue electrical cabinets, some labeled Stahlmann, which house the control and automation components. Integrated robotic arms, including models from Kuka (KR 30-3F and KR 30/2), are incorporated for material handling and automation of the forging process. A conveyor belt with a lifting device and a control cabinet with a higher-level control system are also part of the setup, enhancing operational efficiency.
The forging hammer's die area shows visible wear and oil stains, consistent with industrial use. Some debris and cloth pieces are present at the base, indicating the machine has been used but maintained within an operational environment. Safety fencing and barriers surround the machinery, and emergency stop buttons are clearly visible on the control panels, ensuring compliance with safety standards.
Additional components include a tilting device by Stahlmann, a conductive heating system (Stahlmann D400G21/39000 XSH, 2004), and a Frako reactive power compensation unit. The automation system was updated in 2009 by Lasco. Overall, the equipment exhibits signs of industrial wear and grime but remains a complete and integrated forging solution suitable for heavy-duty manufacturing environments.
The following description has been generated using artificial intelligence based on the product information available. It is provided for guidance only and may not reflect all specifications or conditions. Please contact us if you need precise or confirmed details.
| Client type | Factory – small or medium company |
| Active since | 2024 |
| Offers online | 58 |
| Last activity | April 11, 2026 |
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