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Drill extraction is very suitable for extraction of seeds from fruit vegetables like cucumbers, squashes and melons.
Rotary extraction is exceptionally suitable for extraction of seeds from fruit vegetables like tomato, sweet pepper, eggplant and cucumbers.
Pin extraction is outstanding for extraction of seeds from fruit vegetables like tomato, sweet pepper, eggplants, squashes and cucumbers.
Roller extraction is highly suitable for extraction of seeds from larger fruit vegetables like melon, pumpkin, watermelon and squashes.
Separation of wet seeds is very effective after an seed extraction to increase the purity.
Belt treshers are very suitable for threshing crops that are sensitive for seed damage like beans, radish, onion, leek or cabbage seeds.
Rotary extraction is exceptionally suitable for extraction of seeds from fruit vegetables like tomato, sweet pepper, eggplant and cucumbers.
Pin threshers are highly suitable for threshing finial families like brassica’s, radish or other cabbage seeds.
Pre-cleaning of seeds is very efficient to remove plant material like ( e.g. chaffs, debris, stick, dust and soil) after a threshing process.
Seed disinfection using heated dry air is a highly effective method for eliminating (e.g. TMV) viruses in e.g. gherkins (pickles) cucumber- or squash seeds.
Seed disinfection using liquids is a powerful sanitation method to eliminate pathogens on e.g. tomato, sweet pepper, carrot, spinach or brassica seeds.
Seed centrifuges are very suitable for removing excessive water surrounding the seed surface. By using this controllable centrifugal (spin drying) technology the subsequently drying process will be considerably shortened which is beneficial for the seed quality and energy use.
Rotary dryers are well known for the unconditioned drying and continuous movement of seeds by using heated ambient air. Because of this the water up-take capacity of air is increased, and seeds are dried. The drying process (drying time) is depending on the surrounding air conditions around the seed dryer.
Rotary dryers are well known for the conditioned drying and continuous movement of seeds after an extraction, liquid treatment (like disinfection or priming) by humidifying the process air; independently from any ambient climate. Thanks to this the moisture content of the seeds is reduced to correct storage conditions, so the seed quality is preserved for the next process steps.
Fluidized bed dryers are superior in use for the conditioned drying and fluidization of seed pellets. After a pelleting process the pellets or encrusted seeds need to be dried quickly, efficiently and controlled by dehumidifying the process air, independently from any ambient climate. This unique fast de-humidification process prevents the cracking of pellets.
Seed box dryers are perfectly used for the unconditioned drying of all kind of crops like plant material (umbellifers, umbels or pods) and seeds, by using heated ambient air.
Seed box dryers are very suitable for the conditioned drying of all kind of crops like, plant material (e.g. umbellifers, pods) and seeds, by dehumidifying the process air, independently from any ambient climate. Thanks to this the moisture content of the seeds is reduced to correct storage conditions, so the seed quality is preserved for the following process steps.
Seed drums are the perfect logistic solution to move and treat for example your tomato and pepper seeds safely through the different processes. By using these drums seed leakage or contamination is prevented in e.g. disinfection, centrifuging or drying processes.
Polishing or brushing of seeds is eminently suitable for making seeds smoother and therefor they have a better sow ability like e.g. tomato, carrot, spinach and beet seeds.
Air screen cleaning is absolutely suitable for separation of chaffs, soil and or stones from seeds in order to improve the seed purity (this procedure is the start in every seed cleaning process).
Air separation is extremely suitable to divide chaffs or empty seeds from viable seeds. Using technology based on density differences, the purity and germination capacity of the seed lot will be improved.
An Indent Cylinder is very suitable for separating seeds based on length. This technique is highly suitable for separating e.g. chaffs from elliptical shaped seeds like lettuce or carrot seeds.
A Seed Gravity Separator is definitely suitable for the quality upgrading of seed lots, by making a separation between the different particle densities.
Calibration (sizing) is highly suitable for exact flat sizing of seeds based on the size (diameter), using high accurate screens, with the objective to create a uniform plant growth.
Magnetic separation is perfect to separate seed lots which contain weeds (e.g. gallium), soil parts, germinated or damaged seeds by using iron powder, water and applying an unique magnetic separation technology.
Belt grading is ideally suitable for the separation of round shaped seeds from flatter shaped seeds or particles like plant fibers or flower stems when sorting brassica’s, spinach and or beet seeds.
A Spiral Separator is idealy suitable for separating round shapped seeds from flatter shaped seeds or the separation of sclerotia from radish or cabbage seeds.
Blending (mixing) is very suitable to create a homogeneous seed lot of different lots of the same variety.
Pelleting in a pan is highly suitable for the conventional filling of irregular shaped seeds like e.g. lettuce or carrot seeds by adding powders and water in a coating pan. Because of this process, pelleted seeds have a uniform round shape and will be easier mechanically seeded or planted.
Rotary pelleting is very suitable for a very fast filling or encrusting of irregular shaped seeds like onion or beet seeds, by adding powders and liquids in a rotary chamber. Because of this process, pelleted seeds have an uniform shape and will be easier mechanically seeded or planted.
Pellet calibration is very suitable for the fast sizing of wet (humid) seed pellets after a seed pelleting process. By using flat screen sizing technology imperfect pill diameters are separated, so that they can be pelleted again. Because of the high screen accuracy an uniform pellet diameter, before the drying process is obtained.
Pellet calibration is especially suitable for the efficient sizing of dry pellets after a drying process. By means of a flat screen sizing technology, using two screen layers, pellets that are damages (broken) are separated. Through the high screen accurateness the perfect pill diameter is obtained, before it is packed.
Pelleting powder feeders are ideally suitable to transport pelleting powders ergonomically from a buffer situation (e.g. powder container) automatically to a pelleting pan installation.
Rotary seed coaters with integrated dryers are great for treating seeds with an accurate uniform application of plant protection products. During this process seeds are being dried simultaneously in a closed and an operator safe environment.
Rotary coaters are perfect for a quick and uniform seed treatment application. This rotary technology in combination with the application technology ensures the best seed distribution of pesticides or other plant protection products.
Liquid priming is ideally used to have a controlled imbibition and therefor pre-germination of seeds in an osmotic liquid, with the objective to have a higher germination and more uniform seedling performance.
Liquid density grading is very suitable for a high accurate separation of weight differences between seeds after an imbibition or priming process. In a specific density liquid, seeds with a lower density will float and seeds with a higher density will sink. In this separation method, viable seeds are separated from the less viable seeds, which increases the germination quality of a seed lot.
Drum priming is well suited for the controlled hydration to a predetermined water content of the seed. Seeds such as onion or fennel are therefore pre-germinated in rotating drums, with the aim of faster and uniform seed emergence. These basic systems must be placed in a climate-controlled chamber.
Seeds such as carrots or sugar beet are therefore pre-germinated in rotating drums, with the aim of faster and uniform seed emergence. With this fully automated system, drums are filled with water and seeds, and placed in and out of a climate-controlled chamber using robotisation. High capacities can be easily achieved by expanding the number of drum positions.
Germination is really effective to predict the maximum potential and performance like the germination speed and viability of all kinds of seeds and seedlings.
Storage is extremely important for preserving the seed quality by using an adjustable and accurate low air temperature and humidity.
The positioning, counting and planting of seeds by means of a seeding head. By means of creating a controlled air vacuum through a perforated plate, seeds are singled in front of each perforated hole. Because of this the seeds can then be quickly planted, by releasing the vacuum, on your germination paper (petri-dish) or soil sample.
Belt conveyors are outstanding in transporting seeds or plant material in a controlled way.
Containers are ideally suitable for the safe storage and transportation of seeds between your seed processing stations.
Bucket elevators are suitable for transporting seeds with a high capacity in between the different steps.
Box turning or tipping is very suitable for a dust free turning (emptying) of e.g. octabins, trial wall bins or boxes filled with seeds or plant material into the next process step.
Vacuum transport is a compact and flexible system to transport seeds quickly, without any seed damage, between different machines.
These plant material elevators are used to feed for example onion or leek seed umbels, into our rotary seed thresher TMM-4210 and other elevators can be connected and used for discharging the waste after threshing into a larger waste bin or big bag. By using these elevators the threshing process will be more consistent and automized.
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