What Is an Automatic Precision Press?
An automatic precision press is a high-precision industrial press system that enables the forming, compressing, or joining of materials under controlled force, speed, and stroke parameters. These machines can simultaneously control pressing force, position, and timing, ensuring repeatable, standardized, and reliable results.

The main objectives of automatic precision presses are:

• Precise control of pressing force

• High dimensional accuracy of products

• Repeatable and traceable production

• Minimization of operator-related errors

• Suitability for serial and continuous production

DMR Tekno automatic precision presses combine these objectives with advanced engineering solutions.

DMR Tekno’s Automatic Precision Press Approach
DMR Tekno adopts a process-oriented and custom-engineered approach in automatic precision press projects. Each pressing application has different force requirements, speed profiles, die structures, and production capacities. Therefore, instead of standard press solutions, systems are designed specifically for the customer’s production process.

DMR Tekno’s core approach principles:

• High pressing precision

• Stable and vibration-free mechanical structure

• Advanced automation and control infrastructure

• Long-lasting and reliable design

• Ease of use, maintenance, and integration

Thanks to this approach, automatic precision press systems are used safely across various industries.

Working Principle of the Automatic Precision Press
Automatic precision presses perform the pressing operation fully automatically according to predefined parameters. The basic working principle consists of the following stages:

Part Feeding:
The part to be pressed is transferred to the press area via manual or automatic feeding systems.

Positioning:
The press head or table is precisely positioned at the predefined reference point.

Pressing:
The pressing operation is carried out while force, speed, and stroke values are kept under control.

Monitoring and Feedback:
The process is monitored and verified in real time using force and position sensors.

Discharge and Continuation:
Once pressing is completed, the part is automatically discharged and the system proceeds to the next cycle.

DMR Tekno automatic precision presses manage this process with high accuracy and stability.

Pressing Force and Precision Control
The most critical feature of automatic precision press systems is the precise and repeatable control of pressing force. DMR Tekno offers advanced hydraulic, servo, or electromechanical solutions for force control.

Key elements of precision control:

• Real-time force measurement with load cells

• Micron-level position control with position sensors

• Closed-loop control algorithms

This structure guarantees consistent quality in every pressing cycle.

Mechanical Design and Structural Strength
Automatic precision presses operate under high forces, making durability and rigidity critical in mechanical design.

In DMR Tekno automatic precision presses:

• High-strength steel frames

• Rigid body designs that minimize vibration

• Precision guide and bearing systems

are used to achieve a long-lasting and stable structure.

Die Compatibility and Flexible Design
Dies used in pressing operations may vary depending on product diversity. DMR Tekno automatic precision presses are designed to be compatible with different die types.

Provided flexibility includes:

• Quick die changeover

• Compatibility with various part geometries

• Modular table and press head structures

This flexibility minimizes production downtime and enables multiple products to be manufactured on the same machine.

Automation and Control Systems
DMR Tekno automatic precision presses are equipped with advanced PLC- and HMI-based automation infrastructures. These systems ensure precise management of pressing parameters.

Advantages of automation systems:

• Recipe-based production

• Control of pressing force and stroke

• Reduction of operator errors

• Data logging and reporting

• Remote monitoring and intervention

These features ensure quality standardization and traceability in production.

Energy Efficiency
Although automatic precision press systems generate high forces, they must be designed for energy-efficient operation. DMR Tekno uses modern drive and control technologies to optimize energy consumption.

Energy efficiency approach:

• Servo-controlled press systems

• Intelligent speed and force profiles

• Minimal energy losses

This approach reduces operating costs while supporting environmental sustainability.

Industry Applications

Ceramics and Powder Metallurgy
Provides high precision in powder compaction and forming processes.

Automotive
Used for pressing and assembly of metal and composite parts.

Electronics
Ideal for forming and joining precision components.

Energy and Battery Technologies
Delivers repeatable quality in the pressing of electrodes and cell components.

Laboratory and Industrial Type Automatic Precision Presses
DMR Tekno develops automatic precision press solutions at different scales.

Laboratory Type

• Compact structure

• High precision

• Ideal for R&D and prototyping

Industrial Type

• High pressing capacity

• Design suitable for continuous production

• Integration into production lines

Manufacturing, Assembly, and Testing Processes
DMR Tekno automatic precision presses undergo detailed quality controls during manufacturing. After assembly, systems are subjected to comprehensive testing.

Main criteria tested:

• Pressing force accuracy

• Position precision

• Mechanical stability

• Automation and safety functions

Commissioning and Training
Installation and commissioning of press systems are carried out by the DMR Tekno technical team. Operators receive detailed training on operation, maintenance, and safety.

After-Sales Support
DMR Tekno considers after-sales support an integral part of automatic precision press projects.

Services provided:

• Technical service

• Remote support

• Spare parts supply

• Software updates

• System revisions and improvements

Advantages of DMR Tekno Automatic Precision Presses

• High pressing precision

• Project-specific design

• Advanced automation infrastructure

• Durable and long-lasting construction

• Long-term technical support

Conclusion
Automatic precision press systems form the foundation of quality, reliability, and efficiency in modern industrial production. With its engineering expertise and project-oriented approach, DMR Tekno offers automatic precision press solutions tailored to each industry.

In applications where standard press systems are insufficient, you can make your production processes more controlled, higher in quality, and more sustainable with DMR Tekno automatic precision presses.