Pressbrakes with automatic tool changer
Pioneering technology for prototyping, small lot sizes and high variety of parts - maximum machine utilization by minimizing set-up times.
In the sheet metal processing a variety of parts and small quantities are required. To successfully meet this requirement, AMADA exemplifies the HG ATC Series - the combination of a servo-hydraulic press brake with automatic tool changer.
HG press brake
Different length - different tonnage
For nearly all application the right "size":
- HG 1003 ATC: 1000 kN press force / 3000 mm bending length
- HG 2204 ATC: 2200 kN press force / 4000 mm bending length
Special features
- High-precision press beam drive
- Outstanding angular bending accuracy
- Precise, uniform bending is guaranteed along the entire length of the press beam
- TDS: detection of the thickness of the sheet material (discrepancies between the thickness determined and a previously specified reference value are detected the entry depth of the die is adjusted)
- Constant, accurate bending angles
- Motor-operated foot pedal
Bi-S
- Automatic angle adjustment
- Highly accurate bending
- For changing material thickness and properties
- No need for test bending and adjustment of the initial bend angle
Delta X finger
ATC (Automatic Tool Changer)
Huge tool capacity
The flexibility as well as the capacity of the tool changer ATC are enormous:
- Extremely fast tool changer with the highest accuracy
- 18 or 25 magazines for dies
- 15 or 18 magazines for punchs
- 4 manipulators in parallel movable - any position can be approached
- Set-up and removal of tools left and right side as well as from the middle possible - even small changes in the existing tool layout are implemented quickly
- Successively arranged magazines
- Minimum space requirement
- Safety tool storage
Technology based on know-how
The automatic tool changer ATC is a unique development. AMADA is a pioneer in the world market with this solution. Nevertheless, the company has many years of experience with this technology - proven by the use of automatic tool changing systems in the bending cell of ASTRO series and ASTRO II series.