Aggregation - Import export

This workstation enables the manual serialisation of drug packages and their aggregation into shipping cases. For this purpose, each individual box is first printed with order-related serialisation data by a thermal inkjet printing system as it passes by and then manually placed in a shipping carton. As soon as it is filled, the downstream thermal transfer label printer creates an individual serialisation label. The correct print data and print quality are permanently monitored by a vision system. The operator places the medicine products to be serialized on a reference edge at the infeed. As soon as the thermal inkjet printer has printed the serialisation data, the integrated vision system checks that the data is correct. If an error is detected (e.g. insufficient grading), the product stops at a certain position marked by red LEDs. The removal of the rejected product must be confirmed by pressing a button on the HMI.

The STS-B was developed for the simple aggregation of pharmaceutical packs into a bundle. For this purpose, the barcodes of serialized products are captured from below by the vision system through a scratch-resistant glass plate. The distance between camera and barcode therefore always remains the same. The maximum working surface is 420 mm (W) x 300 mm (D). The detected serial numbers are marked in green so that they are easy for the operators to understand. Depending on the configuration, the system can compare the recorded serial numbers with the default values of the L3 installation. Particular attention was paid to user guidance (workflow) in order to achieve maximum process reliability. In order to completely fill the carton layer(s) or spaces, barcodes that cannot be placed with the barcode facing upwards due to their orientation can be manually added in each layer by the integrated handheld scanner to complete the respective layer or carton.

s with the MS-PV-AG model, the products are fed manually by the operator. Product carriers and adjustable guide rails ensure a stable product transport. As soon as the thermal inkjet printer has printed the serialisation data, the integrated vision system checks that the data is correct. If an error is detected (e.g. insufficient grading), the product is removed from the process and fed to a lockable collection box. It is not taken into account during the formation of the aggregation pedigree and is ejected and marked in the shift register as soon as the error is detected. As soon as the filling quantity per carton is reached according to the specified packing scheme, the system automatically generates a serialized label for the shipping carton. It is applied manually by the operator and confirmed by a handheld scanner that the aggregation label has been applied.

The MAT model series serves as a mobile terminal for all aspects of aggregation and rework. Aggregation and rework can take place over several levels. The devices are available in the following expansion stages: MAT-C Manual aggregation and rework station (1 level) (boxes – shipping cases) MAT-P Manual aggregation and rework station (1 level) (shipping cases – pallets) MAT-CP Manual aggregation and rework station (2 level) (boxes – shipping cases – pallets)

The STS-T series is based on high-resolution image chips and is available with resolutions of 12, 20 or 30 megapixels. With the real-time autofocus, any number of barcodes, even if they vary greatly in height, can be easily and reliably captured without mechanical or manual adjustment. For this reason, the system also finds its place in the incoming goods department of large pharmacies or re-importers (in entrance module mode). The field of view of 600 mm in width and 400 mm in depth is marked on the base frame. The shipping cases can have a height of up to 380 mm.

Due to increasing product counterfeiting, many manufacturers are forced to make their products tamper- and counterfeit-proof. Legal requirements exist in some countries for this purpose. We have developed our HSS model series for this task. The system allows printing and inspection of pharmaceutical folding boxes on one and/or both sides and thus fulfills all requirements for product serialization. During development, great attention was paid to protecting the packaging as well as the format range of the products to be processed. In the basic version, folding cartons with format widths (in running direction) of 50-250 mm can be serialized at an output of up to 350 folding cartons per minute.

We supply a comprehensive range both quarried and recycled aggregates

We supply a comprehensive range both quarried and recycled aggregates

Whave for sale following fractions: 5-8 mm, 8-11 mm, 8-16 mm, 11-16 mm, 0-16 mm. 0-32 mm, 16-64 mm and 16-32 mm. Pls. ask for offer

Industrial mortar composed of cement, lime, marble aggregates and special additives that give it good impermeability and breathability. It can be applied manually or using a spraying machine.

Primer and adhesion promoter based on acrylic polymers with low emissions of volatile organic substances. Ready for indoor and outdoor use, with inert fillers that give it a textured surface. USES FIXMAR PRIMER GR is an adhesion promoter suitable for improving the adhesion of any type of plaster or coating on concrete, brick, lightweight block or plaster supports, as well as on non-absorbent supports such as ceramic floor coverings. On walls and floors. Suitable for application on non-absorbent supports such as ceramic floor coverings with subsequent installation of ceramic or natural stone coverings. On porous cement, anhydrite or sand screeds, FIXMAR PRIMER GR primer acts as a fixer of dust residues, facilitating the correct adhesion of a self-leveling mortar. Acts as a pore cover.

Cement-based self-levelling mortar for low thicknesses 5-20 mm, type CT-C30-F7-A22, made with marble aggregates and special additives that give it optimum fluidity, to be used for the regularisation, repair and levelling of paving slabs. It is a product with high mechanical resistance and a good surface finish, ideal for the creation of continuous screeds. This mortar can be applied on a wide range of supports such as concrete, cement screeds, anhydrite, ceramic or natural stone, both indoors and outdoors.

User-friendly and intuitive Economical owing to highest availability Robust and extremely low maintenance Variable strap width ASLF 'Anti-Strap-Loss-Function' Constant strap control Automatic Strap feed Operation Terminal with Soft-Button DAT 'Direct-Access-Technology' Torque controlled strap tension, adjustable Tension adjustable with 10 steps Wear-free, energy saving direct-drive-motors Low maintenance and low wear strap arch Many specific options available, easily configurable Integrated compact reservoir

It is a 250-350 TPH capacity Gabbro Crushing Screening Plant engineered to perform important functions in the natural production of large volume gabbro stone material effectively. It, in most instances, carries the processing of 250-350 tons in an hour. The plant incorporates the most advanced crushing and screening technology to produce good-quality output. Normally, it all starts with the primary crushers, normally jaw crushers that crush big gabbro rocks into smaller pieces. Basically, the primary size reduction serves to kind of condition the material to a state where further processing can be achievable. Tertiary and secondary crushers secure the appropriate sizing of the material after a primary crusher. The crushed gabbro later on is classified by the vibrating screens into different sizes in order to assure reliability in the final aggregates that conform to the needs, requirements, and specifications of constructions.

The 40-60 TPH Gabbro Crushing Screening Plant is a facility specially made to process gabbro stone material with production capacity between 40 to 60 tonnes per hour. This type of plant design allows crushing and screening operations to be carried out effectively, generating top-quality gabbro aggregates within such a specific throughput range. Primarily, the plant begins with primary crushers—like jaw crushers—that break raw gabbro down into smaller size fractions. Secondary and tertiary crushers further reduce the size of the material as required down the line. The crushed material is then screened through a vibrating screen into different classified size fractions of gabbro for the end product of aggregates to be within the specified criteria. This will make such 40-60 TPH capacity gabbro crushing screening plant an ideal solution to many major problems experienced in the construction and mining industries.

These plants long lifespan makes them ideal for large-scale mining quarrying and recycling operations where the volume and consistency of the material being processed necessitate a dependable long-term solution with high productivity. Portable crushing plants can be built with specific operational requirements in mind taking into account factors like the type of material to be processed capacity requirements end-product specifications and spatial constraints unique to the site. The plant will be able to manage the expected throughput and material properties with this level of personalization providing a tailored solution that maximizes the profitability and productivity of the operations. Modern technology features like automation and monitoring systems which provide operators with precise control over the crushing process are integrated into operations to further improve their efficiency safety and scalability.

In order to reduce size sort and separate different kinds of materials including stones ores and minerals crushing and screening plants also called crushing and screening systems are facilities used for this purpose. Screens are used to sort or separate the crushed material according to size shape or other properties. These plants normally consist of crushers for breaking large materials into smaller pieces. Plants for crushing and screening primarily serve to change raw materials into the precise sizes or forms needed for additional processing or use in a variety of industries including mining construction and recycling. While the screening equipment divides the crushed material into various fractions according to predetermined criteria the crushing equipment aids in the breakdown of large materials into manageable sizes.

Anvils or wear-resistant tips mounted on a high-speed rotor are used by Vertical Shaft Impact Crushers (VSI crushers) to crush materials into fine particles. VSI crushers function differently from conventional crushers which break down materials using compression or impact forces by flinging the material against stationary anvils that shape it into the appropriate sizes. The material is driven outward by centrifugal forces as the rotor spins quickly and it is crushed into smaller particles by the materials impact with the anvils. Vertical Shaft Impact Crushers are widely used in the manufacturing of high-quality aggregates sand and other construction materials. They are known for their ability to produce end products that are well-shaped and cubical. One of the most versatile tools in mining quarrying and construction is the vertical shaft impact crusher.

A Tertiary Impact Crusher can be understood as a kind of crushing machine to carry out further reduction of material past primary and secondary crushers. The Tertiary Impact Crusher works as an HSI. The stocky rotor customer-engineered by General Kinematics to have impact tools blowing bars or hammers turning at higher speeds smashes the material. These impact tools work extremely fast to achieve impacts that will break down the material into small, homogenized, and delicate particles. Our Tertiary Impact Crushers are designed for making optimal shaped aggregates and crushed materials with high fineness, for maximum control over particle size and shape and contributing to the achievement of product requirements in various industries and applications. Tertiary Impact Crushers are important in the final stage of crushing. This has been declared to be the final shattering that the materials undergo, which puts them to the characteristics needed in the end product.

The Horizontal Shaft Impactor (HSI) commonly referred to as a Tertiary Impact Crusher is a type of crushing equipment used to further reduce materials that have been processed through primary and secondary crushers into even finer particles. The last stage of crushed materials with exact particle sizes and shapes are usually produced by tertiary impact crushers. They work by applying high-speed impacts to break down the material using a horizontal shaft fitted with hammers or blow bars. A tertiary impact crushers main purpose is to refine the product to the appropriate size and shape in order to meet particular needs in a variety of applications including mining recycling and aggregate production. By producing finely crushed products appropriate for end-use applications tertiary impact crushers play a critical role in the last stage of material processing.

A Secondary Impact Crusher is a type of crushing machine that typically comes in the form of a Horizontal Shaft Impactor (HSI). This crusher is designed to provide secondary or tertiary crushing capabilities by generating high-speed impact forces to further reduce the size of the material processed. In comparison to a Primary Impact Crusher, a Secondary Impact Crusher is usually aimed at producing smaller, finer particles and more refined end products. It operates by utilizing a rotating rotor equipped with impact tools such as hammers or blow bars that strike the incoming material, causing it to break apart through impact forces. Secondary Impact Crushers are commonly used after primary crushers in various industries such as mining, quarrying, and recycling to achieve a more refined product size or shape. These crushers excel at producing well-shape aggregates, finely crushed materials, and secondary applications requiring fine particle sizes.

Similar to a primary impact crusher a secondary impact crusher (HSI) is a kind of crushing equipment that produces products with a finer more uniform size. Secondary impact crushers are frequently used following the primary crushing stage because they can handle smaller feed sizes than primary crushers. The material enters the crusher and is struck by hammers or blow bars attached to a rotor which breaks the material apart and reduces its size even more. The capacity of secondary impact crushers to produce high-speed impacts that pulverize material into a finer product appropriate for secondary crushing or final applications in a variety of industries is well known. The capacity of Secondary Impact Crushers to generate a variety of products such as fine aggregates sand and finely crushed materials accounts for their adaptability. In industries like mining and recycling or in the manufacturing of asphalt and concrete aggregates where a higher level of product refinement is necessary

Mobile Jaw and Cone Crusher 3-PMCC3 are mobile equipment used in the quarries, mining field, construction sector, and similar industries. Primarily, their application is intended for size reduction and processing large mineral sizes. These tools are majorly used for crushing in a primary stage and secondary stage. The process of crushing big stones is carried out by a jaw crusher; the machine used to perform the process of crushing those big stones into smaller sizes is called a machine. This means that its mobility permits its transport to different work sites. This, therefore, makes them flexible and efficient. Mobile Jaw and Cone Crusher 3-PMCC3 is most essential and very useful in the processing and grinding of materials whereby the quality of the end product needed is accomplished in industrial applications.

100-150 tph Basalt Crushing and Screening Plants are specialized facilities designed for processing basalt stones into various sizes of aggregates at a throughput capacity ranging from 100 to 150 tons per hour. These plants are equipped with machinery and equipment tailored for handling basalt, a durable volcanic stone known for its strength and versatility. The primary function of these plants is to crush large basalt stones into smaller fragments and then screen them to produce high-quality aggregates suitable for applications in construction, infrastructure development, and industrial projects. By efficiently processing basalt, these plants play a vital role in producing robust materials essential for various construction endeavors requiring resilient and reliable aggregates.

The gabbro crushing and screening plant shall be designed capable of processing gabbro, a kind of coarse-grained, dark-colored, and dense igneous rock. Gabbro majorly consists of calcium-rich plagioclase feldspathoid and pyroxene; at times, it also contains olivine, hence very strong. This toughness makes gabbro an excellent source of construction aggregates and road base, but it requires a very robust processing facility to crush and screen efficiently into usable products. Plants for crushing and screening of gabbro are equipped with various heavy-duty machinery, including crushers, screens, and conveyors, all working together to break down large hunks of gabbro into aggregate of varied sizes. The end products are used in different construction projects whereby strength, durability, and quality are paramount concerns.

A 150-250 tph Basalt Crushing and Screening Plant is a progressive facility that processes 150-250 tons of basalt stone at input sizes of 600 mm, into end products of 0-5mm, 5-12 mm, 12-24 mm. These are appropriate for road constructions as well as commercial purposes. These plants are generally designed to crush large basalt rocks into smaller fragments and screen them to produce high-quality aggregates suitable for applications in construction, infrastructure development, and industrial projects. Manufacturing robust materials by means of efficient basalt processing, these plants are important contributors to the various construction endeavors that must be carried with the utmost certainty in mind.

The 50–100 tph basalt crushing and screening plan is a plant that embodies facilities to screen and process basalt stones into a form with different stone sizes containing a capacity range from 50 to 100 tons per hour. These are plants designed scrupulously for taking extra care in handling the volcanic stone, basalt, which is known for its strength and durability. These plants primarily crush big stones of basalt into smaller pieces, after which they screen the materials that have come up with different sizes applicable in building, infrastructure, and industrial use. In essence, these plants produce high-quality aggregate that is used in projects that require materials to be equally strong and formidable.

A 700 1000 TPH Limestone Crushing and Screening Plant is a facility designed to process limestone raw material into high-quality aggregates with a throughput capacity of 700 to 1000tons per hour. These plants are specifically designed to cater to the demands of different industries like construction, road building, and landscaping, where such high-quality limestone aggregates are required. It usually hosts primary crushing equipment, screening machinery, and conveyors—all designed to handle limestone material conveniently. The initial processing of larger limestone rocks into smaller, more workable fragments is done with primary crushers like jaw crushers and cone crushers. This is very important for the sizing of the raw limestone material, required for further processing, into a size that is ready for making the final product, as per the defined size and quality requirements.

350-500 tph Riverstone Crushing and Screening Plants are specialized facilities designed to process Riverstones into high-quality stone aggregates within a throughput capacity range of 350 to 500 tons per hour. These plants consist of essential components such as primary crushing equipment, screening machinery, and conveyors tailored to efficiently handle Riverstone materials. The primary crushing stage involves crushers like jaw crushers, cone crushers, or impact crushers that break down large Riverstones into smaller fragments, preparing them for subsequent processing within the specified throughput capacity. Following primary crushing, the material is directed to screening equipment, such as vibrating screens, which classify the Riverstone aggregates into different fractions based on size requirements. This careful screening process ensures that the final aggregates meet stringent quality standards essential for various construction, landscaping, and industrial applications.