Industrial machinery equipment - Import export

SCHMIDT Zerspanungstechnik manufactures machines for many different industry sectors With our high-precision machinery and qualified employees, we fabricate custom machinery and plant equipment individually tailored to the needs of the particular industry. We act as dialogue and development partner for industry in the field of mechanical and plant engineering, and our service portfolio encompasses everything from consultancy and development work and implementing precisely tailored solutions to on-time assembly and installation on site. We design and develop machinery and plant equipment for our customers that need to meet very stringent requirements. SCHMIDT Zerspanungstechnik has a very high degree of vertical integration - something that has resulted in us becoming system partner in many branches of industry. We construct machinery and plant equipment for the following branches of industry: Steel processing Automotive Defence engineering Energy technology

The Tri-Clamp filter is equipped with a seal, bracket and male G-thread on both sides. They are also suitable for a variety of applications in different sizes and materials.

In the luer lock adapter 3L, a luer lock thread to DIN EN 20594-1 or ISO 594 (male or female) is combined with our connection for flexible tube 1A, connection for pipe 2M, a Tri-Clamp connection or a G, NPT or UNF male thread. A flexible tube can thus be connected, e.g., to the most commonly used disposable laboratory filters.

Our inline filter is intended for pipeline installation. It is small, compact and low cost. It is easy to replace under practical conditions and can be subsequently retrofitted with no problems. They are also suitable for a variety of applications in different sizes and materials.

Our pump connection connector offers various connection options for pipes and flexible tubes for the most commonly used dosing pumps of numerous pump manufacturers. For example, diaphragm and hose pumps with an M20x1.5 male thread can be connected directly and leak-proof. The inlay component is manufactured from a single part with the connector integrated, which eliminates time-consuming welding.

The fine control valve regulates even the smallest flow rates with great precision and with linear flow rate characteristics. Different spindle types are exactly matched to the media and the flow range. Additional safety and reliability are achieved by the spindle thread outside the media flow.

Our ion exchanger works according to the direct-current method, thereby making it possible to remove unwanted ions from a solution. Depending on the specific application, any carrier material can be used for filling.

The coalescence cartridge filter are compact, economical and versatile available either as a particle or as a coalescence filter. They are easy to use and filter changes can be made quickly. The cartridge filters are fitted with an internal thread and are also available with a shut-off or drain feature.

The 1+ connector consists of just two parts, the connector body and the pressure screw. The clamping ring is incorporated into the pressure screw. The thread and connecting sleeve are integrated inside in the connector body. They cannot be damaged and are thus protected against external effects. Further advantages: The connector is completely leak-proof when it is "hand-tight" and no tools are required. This significantly reduces assembly times. The pressure screw can also be tightened with a fork wrench so there is no gap between the connection and the connector body.

This ball valve is the ideal partner wherever aggressive gases and liquids have to be safely and reliably shut-off, isolated, mixed or distributed. It is light and compact and also has a good flow rate, even with soiled media. The shut-off body consists of a ball with a hole drilled through it. When the valve is open the entire cross-section is clear. A special mounting system makes it easy to assemble the ball valve in the desired location. Our ball valve is also available on request in the bulkhead version.

The 1M micro connector was developed especially for medical, pharmaceutical and analytical technology. It provides ideal connection features for PFA, silicon or Tygon® flexible tubes. The micro connector consists of a connector body with integrated conical connecting sleeve, a knurled nut for fixing the flexible tube and a slotted pressure ring. The pressure ring can be omitted for PFA flexible tubes.

The pipe or tube of the 2T pipe connector is inserted through the connector as required for bead tubes, immersion tubes, thermometers or sensors, etc. It consists of a sealing cone which is pushed into the matching inner cone of the connector and acts as a bushing for the pipe while performing a sealing function. An additional O-ring, which is protected from damage by a pressure disc, holds the pipe in place and prevents it from being pulled out accidentally.

The special design of the 1W+ makes it possible to slide the corrugated flexible tube directly onto the slightly conical connecting sleeve inside the connector body. Then when the pressure screw is threaded in, the corrugated flexible tube is fixed in place on the connecting sleeve. No extra clamping ring is necessary because it is integrated into the pressure screw. That means the connector consists of only two parts, which makes handling considerably easier.

This connector is specially designed for mesh-reinforced flexible tubes. As all of the Generation+ connectors, it consists of only two parts: the connector body and the pressure screw. The clamping ring is incorporated into the pressure screw. An extra clamping ring is not required. The thread and connecting sleeve are integrated inside in the connector body. The advantage: they cannot be damaged and are protected against external effects.

The 8B standard manifolds in various designs and materials. Due to the special design, several manifolds can be easily connected in series. Depending on the application, the media can be either distributed directly or shut off as required using the appropriate fittings.

The pipe or tube of the 2D pipe connector is inserted through the connector as required for bead tubes, immersion tubes, thermometers or sensors, etc. The pipe is placed against the inner edge of the connector and a sealing ring seals off the connection. A cutting ring wedges into the flexible tube or pipe as far as the knurled nut is screwed onto the connector body, thereby fixing the connection in place.

The pneumatic part-turn actuator ensures reliable control of the 6L ball valve. The piston drive is compact and maintenance-free and can be operated with all neutral, gaseous media. The actuator has a spring-return as standard.

Check valves are used to prevent media from flowing back in systems or to protect equipment against media blow-back. The three types (with spring, without spring and COMPACT) allow for use in many different applications. The valve seat is supported by an O-ring and guarantees maximum safety and reliability.

The 5D pressure reducing valve is used to reduce system pressures to largely constant working pressures. Due to its design it requires extremely low maintenance in applications and is therefore suitable for horizontal and vertical installation.

The 6R ball valve, equipped with our compact electrical part-turn actuator, is the ideal solution for space-saving assembling thanks to its reduced dimensions. It is designed for long-term use.

Series 5D pressure keeping valves are used to eliminate overpressures due to operation or due to the system. It eliminates pressure peaks by relieving the system if the set pressure is exceeded. Both versions of the pressure keeping valve can be installed horizontally or vertically in any installation position, allowing for versatile use.

The flexible tube is pushed onto the integrated connecting sleeve of the 1A flexible tube con-nector. By tightening the knurled nut, the clamping ring presses against the flexible tube and fixes it in place. The connecting sleeve for the flexible tube is nearly cylindrical. Its dimensions are calculated to prevent tube strain over 6%, even with poor tolerances. The tension produced by the low tube strain is sufficient by itself to guarantee a tight flexible tube connection up to 6 bar. The clamping ring and knurled nut secure the connection against longitudinal forces which could otherwise pull the flexible tube off the connecting sleeve. The clamping ring is designed to secure the flexible tube in place by intercepting any shear or tor-sional stresses. This allows for usage up to 10 bar*. Thanks to its elasticity, the clamping ring can be used several times in the same connector.

The electrical fine control valve makes it possible to adjust volume flows precisely via an input signal (4-20 mA) and to approach an exact spindle position. The valve can also be controlled by a 24V continuous voltage. Position feedback is implemented by a 4-20 mA output signal. With an additional adapter, the valve can also be connected via an RS-232 interface to a computer. The valves are available in 1/4" (10-200 l/h of water) and 1/2" (50-500 l/h of water).

The 5P diaphragm valve can be used in practical applications as a shut-off fitting, a safety valve and also in the 2/3-way version for distributing or collecting. The key to a long service life and reliability is in the structural design of the diaphragm valve. In comparison to comparison diaphragm valves, the flow is controlled not by the diaphragm alone, but in combination with a 90° sealing cone. The advantage of this is that it saves wear on the diaphragm and prevents particles from accumulating.

The flexible tube is widened when it is pushed onto the integrated connecting sleeve of the 1B flexible tube connector. The tube is secured in place by means of a knurled nut acting on the flexible tube and the connecting sleeve. The connector permanently has a pressure stage of PN 10. Easily able to withstand a brief pressure peaks of up to 30 bar at T= 20°C.

The nipple can be shut off to allow for an easy and reliable connection. There is usually a risk of aggressive gases or liquids escaping during coupling operations. Supply lines can be connected and disconnected quickly and frequently with the 3K quick connector because the lock seals off the line before the coupling is undone.

The new 8C compact manifold is especially impressive for its small size. In the single-sided version it can have 2 - 5 outlets, in the double-sided version 2, 6, 8, or 10 outlets. The outlets can be designed to customer specification either with integrated connections for flexible tubes series 1+ in sizes DN04/06 or DN06/08, or with threads G1/8" or G1/4". The side endpieces (input/output) of the manifold can be sealed or fitted with G3/8" or G1/2" threads.

The flexible tube for the connector 1D is first thermally widened and then pushed on the integrated connecting sleeve. The tube is secured in place by means of a knurled nut acting on the flexible tube. Thanks to the form-fit connection between the connecting sleeve and flexible tube, the connector has no dead volume.

For the 2N pipe connector, the pipe is placed against the inner edge of the connector and a sealing ring seals off the connection. A cutting ring wedges into the flexible tube or pipe as far as the knurled nut is screwed onto the connector body, thereby fixing the connection in place. This creates a friction-locked and tight pipe connection that can be released at any time, that eliminates dead volume in the design concept and also has no effect on the flow. The inside diameter of the connector does not correspond to the inside diameter of the pipe.