SCHMIDT Technology Ltd


The SCHMIDT® HydroPneumaticPress range consists of a modular system suitable for transforming, joining and assembling optimally within the pressing force range 15 – 220 kN.

With the addition of the SCHMIDT® Press Control 600 and the optional process monitoring, these presses become EC type-approved, CE-conformed workstations. Therefore these press systems can be used in either single cycle mode or automatic mode.

The application determines selection of the press system. Consideration is given to the flexible design of the assembly location taking into account the ergonomic and safety aspects. These characteristics are achieved by means of a finely adjusted, modular type product range. The efficiency and increased process reliability of these press systems have been proven many thousands of times, in single applications, semi-automated assembly systems and have been integrated into automated production lines.



• Optimally adapted to individual requirements due to its modular design

• High flexibility and economic efficiency due to short changeover times

• Easy and accurate positioning of tools due to the precise alignment between ram bore and the ground press table

• The force output preselector allows reducing the pressure for the power stroke to 1 bar. This reduces the nominal press force to 1/6 of the maximum force.

• The end positions of the ram can be sensed via the inductive proximity switches.

• No mechanical compression spring in the cylinder of the hydro-pneumatic system, providing a long service life

• Low maintenance resulting in high productivity

• Long service life and precision due to maintenance-free guides

• Tool protection due to smooth switchover from rapid approach stroke to power stroke

• Additional safety when using heavy tools due to the optional ram drift lock device for retention of ram in home position.

• Low noise level (< 75 dBA)

SCHMIDT's hydraulic pneumatic presses, including the HydroPneumaticPress range, have been adapted to suit individual requirements, has vast flexibility as well as economic efficiency and allows for easy and accurate positioning of tools.

The hydraulic pneumatic presses are suitable for joining, transforming and assembling within a pressing force range 15-22 kN.


Electric Presses

The key advantages of the SCHMIDT® ElectricPress:
•Easy programming of parameters reduces set-up time
•Stored press ram motion profi les allow for quick changeover
•Enhanced fl exibility
• Reduced tooling costs and wear due to precise positioning
•Low noise level reduces operator fatigue and stress
~SCHMIDT¿® ElectricPress
 A new Approach to Assembly Technology
•Extremely Energy Efficient

•Integration Friendly

•Drive Profile Repeatability


To use electric drives instead of pneumatic or hydropneumatic driven cylinders, is a modern advancement in assembly technology. SCHMIDT Technology combined its proven rugged mechanics with the latest electric drive technology to create assembly presses for industrial production applications. The high effi ciency of electric drives may not be the only reason to choose them. The individual process, the infrastructure and the quality of the compressed air should also have a bearing on that decision

The Schmidt Electric Presses is PLC controlled thus eliminating the need for compressed air or hydraulic pressure. This ensures swift integration into existing automated systems.



Assembly Machines

SCHMIDT assembly machine

On the basis of high-precision SCHMIDT Servo Press modules in the press force range of 0.5 to 100 kN, a assembly machine has been developed, which can be used for fully automated assembly processes in many sectors. The flexible assembly of components with different dimensions in one load becomes reality.

High-precision assembly technology in 1/100 mm range
The workstation is equipped with the latest palletised systems for optimum efficiency
The workstation control system can store many data sets for each type of product to be assembled: reducing the need to re-program for each product type.
Freely parameterizable, sequential scanning of the working area
Automatic tool change
Traceability and documentation complying with ISO 9000
Statistic Process Control SPC online
This new development is intended for users who want to create fully automated, highly productive assembly workstations.

Instead of the labourious loading of single parts, workpiece carriers are loaded or unloaded to the machine. This reduces loading time considerably.

The workpiece carrier can contain different components. The Cartesian assembly machine scans the working area sequentially, whereby it is possible to carry out automatic tool changes. A linear table moves the workpiece carrier in X direction. The ServoPress module that presses in Z direction is moved in Y direction via a gantry so that any points in the 3D working area can be accessed via the corresponding profiles.

The flexible data set management of the SCHMIDT Press Control 5000 allows setting up the machines quickly and efficiently. A data set change, for example, if workpiece carriers are loaded with different pieces, can be carried out fully automated from the operating panel. A mechanical retrofitting of the machine is completely avoided.

With regard to intelligent assembly, documentation and Statistic Process Control SPC, the machine disposes of all tools that are provided by the control unit SCHMIDT Press Control 5000.


SCHMIDT rotary indexing systems are the basis for an economic rationalization. All SCHMIDT press types can be integrated in a rotary indexing system. Mostly, the machines are designed for manual loading. The machine designs are as varied as the requirements. Depending on the requirements of the customer, an individual design is planned.

Rotary indexing systems with automatically rotary indexing plate

The press base PU 40 with mounted, ground plate serves as the platform. Press and rotary indexing table are aligned and pinned together. The indexer table resist safely the occuring forces. The switch cabinet and the operating elements are defined according to requirements.
 Typically, other systems, such as a second press, automatic parts feeder or automatic parts ejector, are integrated. Optionally, receptacles and tools are delivered.




Servo Presses

~From 15 N to 150 kN
 Throat depth from 130 mm to 160 mm
 Working stroke from 150 mm to 500 mm

An economic and high quality assembly is the key to the success of your product. The aim is to join together precise assemblies from low-cost individual components with different tolerances. Electrically driven spindle presses, servo presses, are ideal for such tasks. SCHMIDT® ServoPress systems offer an integrated solution of SCHMIDT® PressControl 5000 control unit and SCHMIDT® ServoPress modules. They meet the most complex requirements, as stand- alone machines or in automatic production lines.


• Superior process control behavior compared to conventional NC axes
 - quick
 - repeatable
 - can be optimized for your application
• Intelligent compensation
 - due to calculation of individual tolerances of the parts
 - of system elasticities (dynamic bending compensation)
• Free positioning with changing process forces
 - without fixed tool stop
 - resolution in 1/100 mm range
• Real time evaluation
 - true close-loop control
 - direct reaction to process and quality data
 - no delay caused by low process data transfer
 - immediate availability of SPC data
•Precise and robust mechanical construction
• System is immediately ready for operation
 - standard travel profiles only require the entry of position and speed
 - system automatically parameterizes itself

Manual Presses

From 1.6 kN to 22 kN
 Throat depth from 65 mm to 200 mm
 Working height from 60 mm to 600 mm

Efficient manufacturing requires appropriate means of production - not always automation. In particular, with small production runs, manual presses are often the most cost effective solutions.

We are continually developing the range of manual presses so that you can achieve your production goals. The expertise we have gained from our exposure to numerous production applications has been implemented in our new models. Therefore, we can offer a wide range of manual presses to suit all requirements.

 - Rapid changeover due to the easy and secure adjustment of the working height
 - Ground platen with precision T-slot and precise alignment between the ram and table bores allow for accurate and repeatable set ups which reduces set-up times

•Ergonomic design
- The original position of the hand lever can be varied by 360°
 - Horizontal pull (111 / 113)
 - Available for left-handed and right-handed use
 - Clamp bearings and serrations provide a secure fit of the hand lever
 - The return stroke force of the ram can be adapted to different tool weights.

• Precision
 - Alignment < 0.05 mm between upper and lower tool
• Maintenance-free
 - No lubrication necessary

• Long service life 

Depending on the application, there is a wide selection of Rack-and-Pinion Presses and toggle presses to choose from. Furthermore, a modular product design gives you the opportunity to choose the appropriate press for your application.

Rack and Pinion Presses

Manual Presses Rack

From 1.6 kN to 2.5 kN
Throat depth from 85 larger on request 
Working height from 60 mm to 600 mm standard

Do you need a long stroke and a constant force progression for assembly processes?

Then, SCHMIDT® Rack-and-Pinion Presses are just the right choice.


• Long stroke

•  Linear force progression

•  Precise adjustment of the press depth via hardened lower stop

•  Honed bores and ground rams provide a long service life and a precise guidance

Applications :
•Insertion of bushes, axles and bearings into housings or deep bores
•Assembly of components with large installation heights
•Deformation over long paths
•Sensitive "fingertip" work


Press Head No. 1/2
Press Head No.1 and No.2 have a ground guidance plate and Teflon- coated adjustable gibs for precise and torsion-proof guidance.

Torque Presses

The advantages of a SCHMIDT torque press include low operation costs, high forces, rigid construction and fast, precise positioning tasks. No clutch, gear or belt are required as it has a hollow shaft design.

The torque press has a nominal force of 200 kN and a 500mm stroke. It has a considerably higher speed constancy when compared to conventional drives, enabling a higher machine precision.

Press Control Systems

Safe control 75

With the new modular control conception of SCHMIDT Technology, control and safety technology are separately. Thereby the new control unit SCHMIDT® Press Control 75 for the pneumatic and hydro-pneumatic SCHMIDT® Presses has been designed very compactly and nevertheless multifunctionally. The result is strong. This control is space saving with a size of only 90x120x60 (h x w x d) and can be integrated into the work station very flexible by its optional magnet holder.
In conjunction with the SCHMIDT® Safety Module a manual work place with two-hand release or light curtain can be realized as well as EC-type-approved safety technology. The connection to the SCHMIDT® Press Control 75 is made by CAN-fieldbus.
This control persuades also by its easy operation touch screen display. A key switch as well exists as a LED display for the system static supply voltage and stroke take-over.
The following modes of operation and functions are selectable:
• Two-hand release
• Light curtain
• Workpiece control
• Sliding table activation
• Return stroke initiation with external signal
• Preselection counter
• Operation without Safety Module (in conjunction with capsuled machines or safe tools)
Further helpful functions are set up mode, piece counter and BDC-dwell time.
All important settings on the SCHMIDT® PRC 75 touch screen.

SCHMIDT 600 NEW Mid-Range Press Control

SCHMIDT’s Technology offers a comprehensive range of press systems from a Manual presses to complex Electronic Servo Presses. That enables the assembly of complex components from extremely small units to large units across a wide range industrial sectors these include automobile, aerospace, electronics, micro mechanics and medical.
The SCHMIDT Press Control 600 is a new mid-range product which will replace the well -know controls, 500, 1001 and 3000, which have serviced the industry for many years.
The New control offers many advantages and is truly state of the art technology. It’s a powerful production tool that is easy to set up and operate while allowing an intelligent level of process control.  This new model is a single axis control and will operate in a similar way to its big brother the multi-channel SCHMIDT Press Control 5000, which is designed for more complex applications. It has TUV safety approval when used with SCHMIDT safety block.
The standard system configuration of the SCHMIDT Press Control 600 allows intelligent process control of both the SCHMIDT Manual Press, Pneumatic and Hydro–Pneumatic Press.  The integrated operator panel of the SCHMIDT Press Control 600 features a user-friendly touchscreen, while software¬ components for data storage can be installed on any Windows PC.  To withstand harsh environments, the industrial strength panel is built with an IP rating of 54.
The unit offer real-time data acquisition and evaluation on the basis of force and / or distance with the option of both stroke and force tolerances enables thus carrying out Quality inspection while the unit is process is being carried out. .
Full technical and application support for all presses and press control tools is available via SCHMIDT’s global network of specialised partners.

More information you will find under .

Press Control Systems

Slide Table

SCHMIDT® Slide tables are specially designed for the high forces of press systems and where a position requires high precision against an adjustable stop. It is an economic solution for tall parts and for placement of parts outside of the danger area. They can be mounted, depending on the type, both in longitudinal and lateral positions, and can be adapted for automated processes.


•Cross roller bearings for high-precision guidance

•Play-free adjustment of the table guidance is possible
•Maintains its working position via pneumatic cylinders
• Position detection of the slide table via integrated sensors.

•Integrated shock absorbers cushion impact at end positions

•Positioning via pneumatic cylinders in automatic mode

•The press stroke is activated only when the slide is in its proper position.

How to select the right Electro-Mechanical Press

How to select the right electro-mechanical (Servo) Assembly Press

Over the years, press assembly technology has evolved from simple hand-operated presses, which rely on the operator for control, to electro-mechanical presses, which internally control nearly every aspect of the pressing operation. With the advent of the electro-mechanical press (commonly referred to as a servo-press), the level of press control is now virtually unlimited.
Electro-mechanical presses can be grouped into three main categories. They range from a basic servo-actuator, used to generate force, to a highly intelligent servo-press system, which provides force/distance feedback and closed-loop force control. To select the best electro-mechanical press for your assembly operation, you need to understand the important differences between the vari-ous press categories. Then, by comparing the differences in mechanical design and how the system controls and monitors both position and force during the pressing cycle against your specific needs, you will be able to select the right system.

Basic Servo-Actuator:

Consisting of a motor and spindle, a basic servo-actuator is generally used to shuttle parts between locations. If properly adapted for pressing, a servo-actuator can be used for uncomplicated press-ing operations. Typically, a servo-actuator offers the user the flexibility to control both the ram position and the ram speed while providing closed-loop position control. A servo-actuator can measure force via the torque of the motor or an externally mounted load cell, but it will not pro-vide true closed-loop force control. Available control packages vary by supplier, system builder and required configuration.

High-End Servo-Actuator:

When designed to function as presses, high-end servo-actuators employ several additional me-chanical components including planetary roller screw spindles for higher forces, mechanical clutches, integrated load cells and guided anti-rotational rams. Although software packages, which control and monitor the pressing operation, are available, they do not provide either true closed-loop force control nor rational possibilities to react on blocked actuation. Depending on the sup-plier or builder of the system and required configuration, the unit’s software program will vary greatly in both the degree of press control and the level of monitoring. For joining operations with manual loading these systems are not suitable because of the missing safety devices.

ServoPress Systems:

Incorporating all the features of a high-end servo-actuator, a servo-press system contains many additional components that significantly increase the users ability to produce high quality parts. To achieve unsurpassed precision, a servo-press system utilizes totally integrated controls, designed specifically for pressing applications, to monitor the total pressing operation. By incorporating these controls with high-speed data transmission for real-time processing, a servo-press system provides true closed-loop force control and can dynamically compensate for system, tooling and part compression/relaxation.
Designed to operate in an industrial environment, a servo-press system, equipped with an integrat-ed safety circuit, minimizes any electromagnetic interference (EMI) present in the area and incor-porates a lubricating system for maintenance-free operation as well as a motor cooling system which allows a continuous operation under full load. To meet the varying needs of users, the man-ufacturer provides a fully configured control package with standard pressing profiles to accommo-date a variety of pressing requirements. As a result of these unique features, the servo-press system is the most accurate and controlled pressing system available today. (For a detailed description of a servo-press system, please see

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