- Progressive engineering
- Aircraft manufacturing
- Spacecraft manufacturing
- Production of prototypes
- Production of complex parts in small batch production
- Corners
- Spigots
- Power kit elements
- Stringers
- Spandrels
- Ailerons
- Spars
- Sternum
- Wing leading edge or blade structural elements
- Brackets and bulkheads
Elastomeric presses are used for stamping, drawing, bending and calibrating. The press makes it possible to produce parts with complex shapes, including cutouts and edge bends, using only one die.
The press bed consists of one or more sections fastened together by locking rods. Each section is a closed structure that is wound with a high-strength steel band.
This technology, pioneered industrially by the Swedes for aircraft hydroforming presses, has proven to be reliable with an almost 4-fold weight reduction.
The lower part of the frame is equipped with a lower architrave, on which one or several main cylinders are supported via a support bottom, whose plungers raise the working plate - the press beam together with the table until it comes into contact with the polyurethane cushion. A steel container is mounted in the upper part, in which polyurethane mats are enclosed, which creates an elastic cushion.
The container body is made of quality steel. The polyurethane mats are shaped to follow the shape of the container's inner cavity.
To move the die tooling to the pressing area of the press and to remove it back to the service area, the press is equipped with two roll-out tables, which are placed on both sides of the press.
For quick change of polyurethane mats that make up the cushion, the container is equipped with hydraulic cylinders with pushers that push the mats down onto the pallets, after which the pallet can be rolled out with the mats onto the receiving table.
The press bed consists of one or more sections fastened together by locking rods. Each section is a closed structure that is wound with a high-strength steel band.
This technology, pioneered industrially by the Swedes for aircraft hydroforming presses, has proven to be reliable with an almost 4-fold weight reduction.
The lower part of the frame is equipped with a lower architrave, on which one or several main cylinders are supported via a support bottom, whose plungers raise the working plate - the press beam together with the table until it comes into contact with the polyurethane cushion. A steel container is mounted in the upper part, in which polyurethane mats are enclosed, which creates an elastic cushion.
The container body is made of quality steel. The polyurethane mats are shaped to follow the shape of the container's inner cavity.
To move the die tooling to the pressing area of the press and to remove it back to the service area, the press is equipped with two roll-out tables, which are placed on both sides of the press.
For quick change of polyurethane mats that make up the cushion, the container is equipped with hydraulic cylinders with pushers that push the mats down onto the pallets, after which the pallet can be rolled out with the mats onto the receiving table.
- Fast loading and unloading of dies and parts
- No precise positioning of the punch on the table
- Low die cost, short lead times
- One or more flat sliding tables with easy access for the operator
- Possibility to press even a single part
- High productivity
- Fabrication of complex shapes, including cutouts and bent edges
- Reduced pre-production time and easy matrix rework for product design changes
- Bosch-Rexroth hydraulic components
- Electrical components Siemens, Schneider Electric, Omron
- Polyurethane made in Germany or USA
- Open-source software - Hydropress™
Surface Quality:
• Scratch-free component surfaces
• Elimination of secondary finishing operations
Precision & Efficiency:
• Tight dimensional tolerances through high-pressure forming
• Cost-effective die solutions
• Accelerated production cycles
Design Flexibility:
• Complex geometry capability including cutouts and formed edges
• Simplified design modification process
• Reduced pre-production lead time
• Complex geometry capability including cutouts and formed edges
• Simplified design modification process
• Scratch-free component surfaces
• Elimination of secondary finishing operations
Precision & Efficiency:
• Tight dimensional tolerances through high-pressure forming
• Cost-effective die solutions
• Accelerated production cycles
Design Flexibility:
• Complex geometry capability including cutouts and formed edges
• Simplified design modification process
• Reduced pre-production lead time
• Complex geometry capability including cutouts and formed edges
• Simplified design modification process
- Reduced pre-production lead time
#rec943582376
- Two loading tables
- OMRON controller with LCD display
- Remote control panel
- Laser system to protect the working area
- Manual and automatic operation modes
Пресс Мускул КПРЗ-400М.01
When we first checked out our new headphones, we noticed the box said 'improved bass by cool. We had to wonder, is this marketing jargon, or the real thing? But it only took a moment to realize that bass was not kidding.
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