Cleaning systems - Import export

Cleanliness pays off over time. GSWNozzles prove this on a daily basis. Always exactly fitting the application, these components free any machine of burrs, oil and dust – quickly and with little noise.

In industrial parts cleaning, wet media are used in 70 to 90 % of all cleaning processes. Wet media include aqueous solutions – similar to detergents we use to wash our dishes or laundry – as well as nonaqueous solvents. For each cleaning task, project engineers must choose the best wet medium, taking into account ecological and economic considerations. Workpieces and parts are produced in finetuned production processes that often require the use of special consumables and process chemicals. Parts are generally made from specific materials, and their contamination after machining is determined by the processes they have undergone. When assessing the environmental impact of cleaning media, one sometimes comes to surprising conclusions. First of all, the energy input and use of resources must be assessed.

Operating principle The AGGLOControl scrubber does an excellent job separating the smallest particles and aerosols. This dust collector is suitable for removing fine particles down to grain sizes of less than 3 μm. This makes the AGGLO scrubber from WesselUmwelttechnik predestined for use in various industrial contexts. Exhaust gases and exhaust air of various types are filtered efficiently and, above all, costeffectively, and raw gas is freed from dust. Clean gas is released into the atmosphere that has been purified of over 95 % of particles from 1 μm in size. With the AGGLOControl scrubber, the higher the dust density, the more efficient the separation of the contaminants. The AGGLOControl scrubber from WesselUmwelttechnik scores with its compact and spacesaving design, which can be accommodated on any industrial site.

Our e-maintenance system is registered to meet the needs of users. The e-maintenance system, which has been refreshed, renewed and perhaps redefined as a result of users' desire for better, can be seen as a natural result of creativity and complying with the requirements of the age with the new methods it uses, wanting to access information in the most accurate and fastest way. It is used only by sharing educational materials on the internet, via e-mails or platforms. It will be possible to draw them into the education and make them a part of it with the auditory and interactive way of expression. We will be able to better convey and guide our customers about our targeted product features, maintenance and repairs in case of malfunctions, with simple games created in the videos.

It is utilized as a part of the flour plants to isolate any outside material that might be blended into conclusive item amid processing procedure or capacity. The remote materials isolated from item before pressing, item stockpiling or mass stacking storehouse. FEATURES - MFDJ It is utilized as a part of the flour plants to isolate any outside material that might be blended into conclusive item amid processing procedure or capacity. The remote materials isolated from item before pressing, item stockpiling or mass stacking storehouse. - MFNM - Best machine in practice. - Most economic spare parts. - Long life. - Seperation of fat with intensive operation. - Nindamac helps to achive high aqualit diffrent granulation of finished product with low fat content. For high technology degermination done by Nindamac by the

It’s for selecting the materials adjusts or aches and non- needed, which are in the wheat. The rollers pushed on the It separates impurities such as seed, barley, rye, lentil, cracked wheat, long grain and absut in wheat, corn, lentil, rice, and similar grains and is used to separate the broken pieces. Foreign substances and broken grain in the product entering the rotating drum enter into specially made drum pockets with a rotating steel body by centrifugal force. When the rotating drum reaches a certain point, foreign substances and broken grains in the pockets fall into a special adjustable channel in the drum. While the cleaned grain comes out of the drum, foreign substances and broken grains falling into the channel are ejected by a spiral placed in the channel. During operation, the dry grain in the drum makes powder. This dust is extracted by low pressure air. In the food industry; In flour and semolina factories, Bulgur factories, In lentil cleaning facilities,

Instantly measure and display of humidity and hectoliter of wheat Calculation of water flows according to the required humidity. Automatic water dosage according to the calculated water flow value Automatic water dosage according to the wheat flow variation by the connection of wheat flow control or measure unit Alarms of failure More than one humidity – hectoliter measuring unit and water the dosage unit can be controlled by the PLC control unit.

Metal parts inside the powdered or granular materials transported between the machines in the process are captured by magnets Decoupled. The magnet is placed on the lid that opens outwards. When the lid is opened, the magnet is taken out and provides ease of cleaning. Since it is produced with natural magnets, there is no energy consumption. Applications Fields ◾ At food industry ◾ Flour & semolina mills ◾ Feed mills ◾ All grain cleaning plants ◾ Corn processing plants ◾ Oil factories ◾ At plywood factories

The Air Channel is used for cleaning wheat, barley, legumes and soybeans. The machine removes all kinds of light materials different from cereal grains in terms of aerodynamic properties: garbage, straw and spike fractures, various seeds, peeled shell and dust from the product by means of air flow. While the grain products are distributed homogeneously in the width of the Air Channel with the feeding table of the machine or a vibrating feeder, the light particles in it are conveyed to the upper outlet channel with the air flow coming from the bottom, and the cleaned product falls down and transferred into the system. ◾ The lighting created by the window enables the separation to be seen clearly and thus all kinds of air adjustments can be made. ◾ Manufactured in two types, this machine with vibro motor is usually used with a Peeler machine, the non-motorized one is used with a Garbage Purifier machine.

It is used to separate heavy foreign materials such as stones, glass and metal pieces or soil pieces in the grain with the help of screening method and air. The machine consists of a fixed chassis and vibrating body. The stone separator, designed considering the difference in density of stone and grain, separates the stone by directing the grain in the direction of gravity, in the opposite direction of gravity, with the help of vibration. Wheat is separated from the stones with the help of a vibrating sieve. In addition, dust is absorbed by the air aspiration provided from the ventilation line. Apart from flour and semolina factories, it is also used in all grain factories, vegetable oil factories, cocoa and coffee processing plants.

It is used to separate heavy foreign materials such as stones, glass and metal pieces or soil pieces in the grain with the help of screening method and air. The machine consists of a fixed chassis and vibrating body. The stone separator, designed considering the difference in density of stone and grain, separates the stone by directing the grain in the direction of gravity, in the opposite direction of gravity, with the help of vibration. Wheat is separated from the stones with the help of a vibrating sieve. In addition, dust is absorbed by the air aspiration provided from the ventilation line. Apart from flour and semolina factories, it is also used in all grain factories, vegetable oil factories, cocoa and coffee processing plants. Application Fields ◾ At food industry ◾ Flour and semolina mills ◾ Cereal cleaning plants ◾ Corn factories ◾ Oil factories ◾ Malt factories ◾ Cacao and coffee plants

It performs the task of separating the light grains and shells of the unwanted foreign substances from the grain with the air flow. The grain is spread over the bottom by a vibrating feeder and conveyed towards the air duct. It is washed by the air flow opposite the movement of the grain, which enters the air channel with a homogeneous distribution. In the meantime, unwanted light grains are separated from the grain by moving with the air. Applications Fields ◾ Food Industry ◾ Flour Mills ◾ Semolina Mills ◾ Feed Mills ◾ Grain Cleaning Plants ◾ Corn Processing Plants ◾ Oil Factories ◾ Plywood Factories ◾ Grain Storage Silos ◾ Corn Mills ◾ Corn, barley, rye, oats, and so on grain processing plants

While the grain is carried upwards with the anchors made of hard material resistant to abrasion formed in appropriate dimensions on the rotor in an angled semi-cylindrical body made of stainless steel, the water is absorbed by the grain by subjecting it to intensive mixing at a measured speed. It is used in grain processing plants to ensure that the desired moisture content of the grains penetrate and feed the grain sufficiently. It brings the grain to be annealed with water and provides a homogeneous mixture. At the same time, a significant amount of peeling is ensured in the grain shell as a result of friction caused by the rotor rotating at high speed. Application Fields ◾ At food industry ◾ At the dry cleaning units of the flour and semolina mills ◾ At the grain processing plants where moistening process is required

It is designed to give water into the wheat during the tempering of the wheat. The semi-mechanically operating system is mounted on forced annealing machines or internal leak screw screw. The water to be supplied to the system is first filtered and cleaned, and the sensor detecting the flow of wheat delivers the amount of water whose flow rate is adjusted beforehand to the system by opening the solenoid valve, the sensor closes the solenoid valve when the flowing wheat is cut. There are various types of flowmeters, and special types are manufactured according to the application place and flow. Application Fields ◾ At food processing industry ◾ Flour and semolina mills ◾ Macaroni factories ◾ Feed mills ◾ At other similar industrial plants

It is used for peeling the shells of wheat, barley, rye and similar grains and for cleaning dust, sand, small seeds, husks, insects and foreign matter stuck on these grains. The grain is cleaned and peeled by means of self-friction with an intense pressure, rubbing against steel metal anchors placed on the rotor, and rubbing against the knitted fabric of a special material that is rolled out cylindrically on the braided liner suitable for abrasion. The dusts are directed out of the pores of the shirt to the dust chamber and to the outlet through the bunker. Wheat, on the other hand, is taken out by directing it to the outlet in the jacket with the angle of the anchors. Application Fields In flour and semolina factories, Cleaning facilities of wheat, rye, barley, corn and similar grains, Used in grain storage silos. The machine is driven by a belt-pulley mechanism and can be used with any air duct or a tarar.

It is used for separating garbage, straw, ear, other coarse and small foreign matter from wheat and other whole grains. In the food industry; In flour and semolina factories, seed cleaning facilities, grain cleaning and calibration facilities, grain factories, feed mills, silo facilities. In other similar industrial facilities; Low power consumption, high efficiency and high capacity Easy and minimum maintenance, trouble-free operation thanks to vibro-motor drive, Possibility to reach maximum capacity and efficiency for various grains with adjustable sieve angle, Durability and longevity Quick and easy replacement of sieves, practical cleaning possibility Quiet working

It is used for separating garbage, straw, ear, other coarse and small foreign matter from wheat and other whole grains. In the food industry; In flour and semolina factories, seed cleaning facilities, grain cleaning and calibration facilities, grain factories, feed mills, silo facilities. In other similar industrial facilities; Low power consumption, high efficiency and high capacity Easy and minimum maintenance, trouble-free operation thanks to vibro-motor drive, Possibility to reach maximum capacity and efficiency for various grains with adjustable sieve angle, Durability and longevity Quick and easy replacement of sieves, practical cleaning possibility Quiet working

Cleaning: Blower crushers remove foreign objects (stones, soil, metal fragments, etc.) from processed grain and other materials.) performs the cleaning process by breaking it down.

International patent registered for the CLEAN ROOM SYSTEM line (DIN EN ISO 14644-1) The CLEAN ROOM SYSTEM units are linear actuators with belt driven transmission and are specifically designed for Clean Room applications They are supplied with a certificate issued by the IPA Fraunhofer Institute in Stuttgard, which certifies compliance with class ISO 3 (DIN EN ISO 14644-1), or with class Fed Std 0.01 (FED 209 E). The system prevents particles from being discharged in the environment where the linear unit is located. This has been achieved by using a special straight seal that closes the horizontal opening where the slider moves, as well as by the operation of a 0.8 vacuum pump connected to 2 vacuum pipes located inside the drive head and the idle head. The system allows vacuum to be generated inside the unit so that any particles released when the system is operating are sucked towards the air filtration areas. Clean Room System linear actuators components are all made of...

Other information E3.10 Inner height hi: 10 mm Inner widths Bi: 20 - 60 mm bending radii R: 15 - 48 mm Pitch: 16,7 mm E-Chain®. E3.15 Inner height hi: 15 mm Inner widths Bi: 20 - 60 mm bending radii R: 32 - 75 mm Pitch: 16,7 mm E-Chain®. E3.22 Inner height hi: 22 mm Inner widths Bi: 20 - 60 mm bending radii R: 44 - 75 mm Pitch: 16,7 mm E-Chain®. iF -Design Award 2005 IPA classification - Report IG0704-400:: ISO Class 1, according to DIN EN ISO 14644-1 for system E3, Series E3.15.040.075.0 at v = 0,5 m/s, 1 m/s, 2 m/s Other information E3.10 Inner height hi: 10 mm Inner widths Bi: 20 - 60 mm bending radii R: 15 - 48 mm Pitch: 16,7 mm E-Chain®. E3.15 Inner height hi: 15 mm Inner widths Bi: 20 - 60 mm bending radii R: 32 - 75 mm Pitch: 16,7 mm E-Chain®. E3.22 Inner height hi: 22 mm Inner widths Bi: 20 - 60 mm bending radii R: 44 - 75 mm Pitch: 16,7 mm E-Chain®. E-Chain® selection aids You can find the right E-Chain® quickly by entering concrete parameters and with the aid of a comparison table. Selection aids Installation instructions Opening and closing of the E-Chain®. Interior separation and strain reliefs. Assembly Instructions Application examples Applications in various industrial sectors and in the igus® test laboratory. E3 system E3: System for highly dynamic applications The cycle times are always shorter in the automation, whereas the requirements in noise reduction, service life, vibration dampening are always higher. For this wide area of small E-Chain®, igus® now introduces the E3 system product range that completely caters to these requirements: Extremely low noise operation (max. 38 dB(A)). The resilient element replaces pins and bores as fastener Modular chain made of three elements Cost-efficient crossbar and separator "on the band" Quicker and easier access to cables by the zipper system Good stability through stable, interlocked links Easy to shorten or lengthen Ideal for flat cables Accessories: Separators, integrated strain reliefs, mounting brackets Typical industrial sectors and applications Production and processing of semiconductors Optics Automatic insertion machines Materials handling technology Measuring technology Printer and plotter Clean room application General mechanical engineering iF -Design Award 2005 IPA classification - Report IG0704-400:: ISO Class 1, according to DIN EN ISO 14644-1 for system E3, Series E3.15.040.075.0 at v = 0,5 m/s, 1 m/s, 2 m/s

selfadherent blowout fitting through magnetic base amount of escaping air adjustable finely via a ball valve with position stable uniflextube for accurate positioning also suitable for cooling liquid

ideal for producing an air curtain or for drying extensive areas high blowing power at significantly reduced noise development flexible in user applications

high blowing power at significantly reduced consumption of compressed air and lower noise development for every case of use the right passage ideal for blowing out punch parts Heat Resistance 90° C

the good value for money choice for all standard applications high blowing power at significantly lower noise development flexible in user applications low air consumption Heat Resistance 90° C

With the MiJET part cleaning system it is possible to keep workplaces clean and workpieces hygienically cleaned with the simplest technology. An electrical connection is not necessary. Only a compressed air connection is required to use the device. Application The actual task of the MiJET is to filter oily air. Chips of the work pieces accumulate in the container. Operators often tend to blow off finished workpieces into the machine. This quickly results in dirty working environments and poor air in the production hall. However, we avoid this by exhausting these fumes. Oils are trapped from the exhaust air and chips and coolants accumulate in the container.

With the MiJET part cleaning system it is possible to keep workplaces clean and workpieces hygienically cleaned with the simplest technology. An electrical connection is not necessary. Only a compressed air connection is required to use the device. Application The actual task of the MiJET is to filter oily air. Chips of the work pieces accumulate in the container. Operators often tend to blow off finished workpieces into the machine. This quickly results in dirty working environments and poor air in the production hall. However, we avoid this by exhausting these fumes. Oils are trapped from the exhaust air and chips and coolants accumulate in the container.

Our complete systems have a core value; don't clean, but keep it clean! Protecting new objects is not the only thing we excel at. Fortunately, there is an increasing need and demand from the market to provide already used or existing objects and surface types with our protective coating. Sometimes we are challenged by the amount of filthiness. In more than 90% we often achieve amazing results. Unfortunately, damaged materials cannot be repaired by cleaning alone. Our systems find their way to the market through our partners. We enjoy working with companies that are open to innovations and want to contribute to a green footprint. Once our system is linked to their core business, they can differentiate themselves in their market in more ways. Also the system provides an additional form of income. We consider our relationships not as customers, but as partners. Sharing knowledge and support in sales, marketing and in problem cases, is what we are known for.

2.0 ERGO 230 is a compact, touchless cleanroom cleaning trolley of the second generation with plastic buckets. The special design allows the discarding of used mops at the back and therefore ensures a higher safety against cross-contamination. The unique ERGO mop wetting unit guarantees reproducible, disinfectant-saving liquid dosing in just one step and can be adapted to different fluid requirements thanks to various mop plates. The new mop discarding mechanism ensures a touchless and safe discarding of used mops. The standard PurMop® accessories include a mop handle holder on the side and a rear waste bag holder for PurMop® waste bags. 2.0 ERGO 230 has two additional plastic buckets, which can be used to store cleaning utensils.

2.0 ERGO-S 230 is a compact, touchless cleanroom cleaning trolley of the second generation made of stainless steel. The special design allows the discarding of used mops on the back and therefore ensures a higher safety against cross-contamination. The unique ERGO mop wetting unit guarantees reproducible, disinfectant-saving liquid dosing in just one step and can be adapted to different fluid requirements thanks to various mop plates. The new mop discarding mechanism ensures a touchless and safe discarding of used mops. The standard PurMop® accessories include a mop handle holder on the side and a rear waste bag holder for PurMop® waste bags. 2.0 ERGO-S 230 has two additional stainless steel buckets, which can be used to store cleaning utensils.