General Power GmbH
Am Langenberg 1
66 740 Saarlouis-Roden
Tel. 06831-76 88 79 1
Fax. 06831-76 88 79 3
info@adams-tec.com
www.adams-tec.com

Produktion: 34308 Bad Emstal, Industriestr. 4


 

Milling- lathe- centers

Milling- lathe- grinding- laser hardening-centers

 

FDS-U with
laser hardening equipment
5-axis- simultaneous- work

          Laser hardening- equipment
          - Fokus 5x19 mm
          - laser hardening- track width 19 mm
          - laser hardening- track width up to 60 mm

        Advantages:
        concerning in using supplementally Laser Hardening facility
        - costs and time saving due to omission of reworking
        - only minimal to nondeforming hardening
        - flexible laser hardening of complex 3 D structures
        - time saving in hardening of complex contours in one clamping
        - longer lifetime of workpieces without loss of function
        - minor risks at warpage and flaws
        - shorter cycle time due to laser hardening in one work piece clamping
        - precise hardening with high work piece clamping
        - serial production with NC quality is made possible
        = Costs reduction

 

Milling- lathe- grinding- centers FDS-U
with
2-axis swivel- rotary table
Milling- lathe- grinding- laser hardening- work
“on one machine in one clamping“
5-axis- simultaneous- work

 

Advantages from ADAMS tool machines


Advantages:
of Drilling Milling Grinding-Lathe-laser hardening- Machine

concerning very stable machine construction
- high torques
- high drive power
- very universally usable
- high precision at processing
- high chip removal at roughing work

concerning swivelling grinding spindle head
- high flexibility
- very universal processing
- processing of very complex work pieces
- cutting down the usage of several processing machines

concerning Grinding- Lathe- Drilling- Milling- Device
- higher exactness though Grinding- Lathe- Drilling- Milling- Processing in the same clamping
- universal and complex processing within one clamping
- reduction of the change-over times
- reduction of the pass-through times in operation
- bigger processing area and bigger work piece dimensions at concreter machine dimensions
- very fast complete machining within a clamping
- cutting down the usage of several processing machines
- cutting down of clamping device
- cutting down the usage of several processing machines

concerning in using supplementally Laser Hardening facility
- costs and time saving due to omission of reworking
- only minimal to nondeforming hardening
- flexible laser hardening of complex 3 D structures
- time saving in hardening of complex contours in one clamping
- longer lifetime of workpieces without loss of function
- minor risks at warpage and flaws
- shorter cycle time due to laser hardening in one work piece clamping
- precise hardening with high work piece clamping
- serial production with NC quality is made possible

concerning the patented and very positively working vibration damping system
- increase of exactness
- improvement of the surface quality
- increase of the cutting speed
- increase of the life cycle of the tool cutting edge
- shorter processing time

= Costs reduction