SIEMPELKAMP ISOTHERM SCHMIEDEANLAGE

Kategori

Dövme presi -hidrolik-

Nesne

43336

Marka

SIEMPELKAMP

Model

ISOTHERM SCHMIEDEANLAGE

İmalat

2016

Nesne
43336

İlgili kişi:

ProdEq Deutschland GmbH

Thomas Berger

+49 2192 935 382
PRES-KONSTRÜKSİYON
drive system:  hydraulic
openings in uprights:  evet
number of suspensions:   1
Koç sayısı:   1
slide ejectors / cushion:  evet
opening in table:  hayır
PRES GÜCÜ
Toplam-nominal güç:   800 to
PRES MASASI
Bağlama alanının genişliği   (sol – sağ):   1300 mm
Bağlama alanının genişliği   (ön – arka):   1300 mm
KOÇ
Strok  (kurs):   700 mm
slide ejector / cushion
Güç:   5 to
Strok  (kurs):   20 mm
BAĞLAMA EBATLARI
distance table - slide max.:   1200 mm
distance between columns (H-frame):   1325 mm
ELEKTRİK DEĞERLERİ
Enerji sarfiyatı (toplam):   400 kW
EBATLAR / AĞIRLIK
Komple Yüksekliği:   6100 mm
Toplam ağırlık yaklaşık:   55000 kg
Attachments (presses)
press automation:  evet
güncel Kaza Koruma  Kanunlara uygun:  evet
European CE standards:  evet
Isothermal forging is a type of forging process that involves shaping a material while maintaining its temperature at a constant level throughout the forging process.
The key advantage of isothermal forging is that it allows the production of complex, high-precision parts that would be difficult or impossible to create using other forging methods. The constant temperature also helps to prevent defects such as cracking, which can occur when a material is cooled too quickly after being shaped.
Isothermal forging is commonly used in the production of components for high-performance applications such as aerospace, automotive engineering and orthopedic implants, where the strength, durability, and precision of the parts are crucial. It can be used with a wide range of materials, including steel, titanium, and aluminum alloys, among others.

The isothermal forging cell essentially consists of the following components:
- Forging press Siempelkamp 800 to from year of construction 2016
- Attachments for cell enclosure (charging and cleaning side)
- Inductive die heating (upper and lower die)
- Rotary hearth furnace FK DH11/13E from year of construction 2016,
  54 KW, max. temp. 1300 °C
  for titanium and nickel alloys
- Universal charging manipulator with max. handling weight 8 kg
- Inductive die heating ITG ITPA 2k80+80 From year of construction 2015, 200 kVA
- Technical equipment for controlled purging of the enclosure with nitrogen
  and for controlled ventilation of the enclosure with atmospheric air
- Oxygen measuring equipment
- Feed lock DN 500 for max. component dimensions 350 x 250 x 100 mm
- Furnace airlock
- Set-up doors on the operator side of the press cell
- Hydraulics with max. operating pressure 320 bar, power consumption 35 kW
- Electrical system

Thomas Berger

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