DORST TECHNOLOGIES has always been a pioneer and technological leader when it came to the development of axial powder presses for metal powders, technical ceramic materials, hard metals and other powder materials.
Products at a glanceAxial powder presses enable efficient forming of functional and structural components close to their final contour, making it possible to produce even complex component geometries in large quantities and in a cost-efficient way without compromising quality. In many cases, reworking of the pressed parts thus produced will not be necessary.
DORST TECHNOLOGIES' state-of-the-art technology enables our customers to tap into more and more fields of application within their specific lines of business.
Axial powder and sizing presses by DORST TECHNOLOGIES combine pressing force, precision and speed with utmost reliability and field-tested usability to outstanding, economical production systems.
| Axial Powder Presses | Filter | ||||
|---|---|---|---|---|---|
| Title | Type | Pressing force | Methods | Levels | Filling height |
| EP15X | Servo-motorized | 150 kN | Withdrawal principle | Single-Platen | 80 mm |
| EP16 ULTRA digital | Servo-motorized | 160 kN | Withdrawal principle | Single-Platen | 130 mm |
| EP16A ULTRA digital | Servo-motorized | 160 kN | Ejection principle | Single-Platen | 70 mm |
| FLEXCELL16 | Servo-motorized | 160 kN | Withdrawal principle | Single-Platen | 130 mm |
| FLEXCELL16A | Servo-motorized | 160 kN | Ejection principle | Single-Platen | 70 mm |
| EP16M ULTRA digital | Servo-motorized | 160 kN | Withdrawal principle | Multi-Platen | 130 mm |
| EP30 | Servo-motorized | 300 kN | Withdrawal principle | Single-Platen | 130 mm |
| EP30X | Servo-motorized | 300 kN | Withdrawal principle | Single-Platen | 80 mm |
| EP32M | Servo-motorized | 320 kN | Withdrawal principle | Multi-Platen | 130 mm |
| EP50 | Servo-motorized | 500 kN | Withdrawal principle | Single-Platen | 130 mm |
| EP70 | Servo-motorized | 700 kN | Withdrawal principle | Single-Platen | 150 mm |
| EP70M | Servo-motorized | 700 kN | Withdrawal principle | Multi-Platen | 150 mm |
| EP120/2 | Servo-motorized | 1200 kN | Withdrawal principle | Single-Platen | 150 mm |
| EP160/2 | Servo-motorized | 1600 kN | Withdrawal principle | Single-Platen | 150 mm |
| EP200M | Servo-motorized | 2000 kN | Withdrawal principle | Multi-Platen | 150 mm |
| TPA6/2 | Mechanical | 60 kN | Withdrawal principle | Single-Platen | 50 mm |
| TPA6/2S | Mechanical | 60 kN | Withdrawal principle | Single-Platen | 27 mm |
| TPA15/4 | Mechanical | 150 kN | Withdrawal principle | Single-Platen | 65 mm |
| TPA15/4S | Mechanical | 150 kN | Withdrawal principle | Single-Platen | 27 mm |
| TPA50/4S | Mechanical | 500 kN | Withdrawal principle | Single-Platen | 70 mm |
| TPA65 | Mechanical | 650 kN | Withdrawal principle | Single-Platen | 110 mm |
| TPA70 | Mechanical | 700 kN | Withdrawal principle | Single-Platen | 90 mm |
| TPA70S | Mechanical | 700 kN | Withdrawal principle | Single-Platen | 70 mm |
| TPA120 HS | Hydraulic | 1200 kN | Ejection principle | Multi-Platen | 200 mm |
| TPA160/3 HP | Hydraulic | 1600 kN | Withdrawal principle | Multi-Platen | 200 mm |
| TPA250/4 HP | Hydraulic | 2500 kN | Withdrawal principle | Multi-Platen | 200 mm |
| TPA250HPC | Hydraulic | 2500 kN | Withdrawal principle | Multi-Platen | 130 mm |
| TPA300/4 HP | Hydraulic | 3000 kN | Withdrawal principle | Multi-Platen | 250 mm |
| TPA300HPC | Hydraulic | 3000 kN | Withdrawal principle | Multi-Platen | 130 mm |
| TPA300HPE | Hybrid | 3000 kN | Withdrawal principle | Multi-Platen | 130 mm |
| TPA500/4 HP | Hydraulic | 5000 kN | Withdrawal principle | Multi-Platen | 250 mm |
| TPA800/4 HP | Hydraulic | 8000 kN | Withdrawal principle | Multi-Platen | 250 mm |
| TPA1000/4 HP | Hydraulic | 10000 kN | Withdrawal principle | Multi-Platen | 250 mm |
| TPA1200/3 HP | Hydraulic | 12000 kN | Withdrawal principle | Multi-Platen | 250 mm |
| TPA1600/3 HP | Hydraulic | 16000 kN | Withdrawal principle | Multi-Platen | 300 mm |
| TPA1600/3 HI | Hydraulic | 16000 kN | Withdrawal principle | Single-Platen | 60 mm |
High-performance mechanical presses made by DORST TECHNOLOGIES are still the acknowledged benchmark for reliability, intrinsic value and maximum stroke rate. Equipped with up-to-date, network-capable control systems and a wide range of other equipment options, our proven and state-of-the-art machines are ready to meet our customer's needs.
Hydraulically controlled die sets and servo-motorized filler drives keep pushing the limits of performance to ever new spheres. Still, we never missed to keep our mechanical presses compatible with standard tool adaptors that have been in use for decades.
With our closed-loop controlled CNC press systems, we can master even the largest tonnages and the smallest pressing forces down to a few kN to perfection.
Where it is required, we will position to an accuracy of 1/1000 mm. Excellent mechanical engineering using high-quality materials and components, tolerance-compliant design, highly dynamic axis drives, intelligent control technology and high-resolution measuring systems are the ingredients that render these performances possible. User-oriented operating concepts and an attractive, intuitive HMI visualization system top off the overall system. With trend-setting developments such as the Intelligent Program Generator IPG®, the virtual stroke and its ability to simulate pressing programs, as well as corresponding digital IoT products, the operator has a large set of effective working tools with direct customer benefit at his disposal.
We offer practical automation solutions for all types of axial presses ranging from solutions for powder supply and the removal of pressed parts to the palletization of the parts on plates and sintering trays. The scope of possibilities after pressing includes simple push-off but also pneumatic axes and robot systems and even integrated automation axes for fully synchronized part manipulation without interfaces.
Die sets and tool carrier systems perfectly tailored to the machine type and its purpose, both for single and multi-platen processes, complement the press to form an efficient overall system for maximum productivity and availability. Quick and simple tool and powder changes, accessibility and user-friendliness when setting up the machines are a self-evident feature.
