Produse pentru masini (269)

Stalk Shredder: It is a device used to shred the plant residues (stubble) remaining in the field after harvest. It breaks the stems and plant residues left after the crops are harvested into small pieces. It ensures that plant residues crumble and mix easily with the soil. If desired, it can also be used as a green grass mower. Thanks to the straw shredder, plant residues mix with the soil and the amount of organic matter in the soil increases. In this way, organic life in the soil is supported and a more fertile soil rich in organic matter is obtained for the next planting season. It easily breaks down wet plant residues and stems. It can also be used to cut live plant stems and branches. International 3-arm CAT II connection system 1 3/4 inch diameter 6-spline PTO (tractor side size) Protected PTO shaft 750RPM PTO; Gearbox providing 1900 RPM rotor speed Rotor tube diameter 194 mm Y type blades Front guard chains 2 height adjustable wheels

• Die Leopard-Steinbrechmaschinen von Agromeks sind hochwertige landwirtschaftliche Geräte, die darauf ausgelegt sind, ein effizientes landwirtschaftliches Umfeld zu schaffen, indem sie die negativen Auswirkungen von Steinen beseitigen und gleichzeitig den Boden mit Mineralien anreichern. Unsere Modelle mit verschiedenen Arbeitsbreiten (150 cm, 170 cm, 200 cm) ermöglichen das Zerkleinern von Steinen auf Ihrem Grundstück und bereiten den Boden für die Bearbeitung vor. • Diese Maschinen können in einem breiten Anwendungsspektrum eingesetzt werden, darunter auf Feldern, Obstgärten, Gewächshäusern, Weinbergen, Stränden und nichtlandwirtschaftlichen Industriegebieten. • Diamant-Borkarbid-Brecherzähne (Karbid) bieten eine hervorragende Leistung, indem sie einen lang anhaltenden und unterbrechungsfreien Betrieb gewährleisten. Pfadbreite:170cm Traktorleistung:Min.: 95hp Notwendige Traktorspezifikation:Kriechgang Arbeitstiefe:Max: 20cm Arbeitsgeschwindigkeit:0.3-2 km/h Klingenspezifikation:Borkarbid Maschine innen:Hardox Zapfwellendrehzahl:540rpm Klingenposition:Helix Hintere Maschinenabdeckung:Hydraulisch

Agromeks - New Generation Moving Drum Jaguar Stone Collecting Machine is a superior agricultural equipment that has become an important player in the agricultural sector and maintains its leading position in transforming stony lands into productive agricultural areas. The most striking feature of this machine is its springless floating bearing drum system. This system makes it possible to easily collect stones from 3 cm to 50 cm, thanks to the up-down moving drum beds that can adapt to sudden load changes during operation. Larger warehouse volume increases efficiency by offering up to 9,000 kg stone storage capacity . It has an innovative design, embroidered tank plates and a three-layer hood system. Agromeks - New Generation Jaguar Stone Collecting Machine with Movable Drum is designed to process your soil while collecting stones from the surface to a depth of 30 cm on your land with a spring sieve and special drum system. Working Width:210cm Storage capacity:Max. 9000kg Required Tractor Power:80 - 90 HP Stone diameter it can collect (min., max.):3-50cm Working Depth (max.):35cm Weight:3950kg Length:520cm Road Width:280cm height:260cm Warehouse Height:260cm

Les machines de concassage de pierres Agromeks Leopard sont des équipements agricoles de qualité supérieure conçus pour créer un environnement agricole productif en purifiant les terres agricoles des effets négatifs des pierres, tout en enrichissant les sols en termes de minéraux . Nos modèles avec différentes largeurs de travail (150 cm, 170 cm, 200 cm) vous permettent de broyer les pierres de votre terrain et de préparer le sol . Ces machines peuvent être utilisées dans un large éventail d'applications, telles que les champs, les vergers, les serres, les vignobles, les plages et les zones industrielles non agricoles. Les dents du broyeur en carbure de bore (carbure) offrent des performances supérieures en garantissant un fonctionnement durable et ininterrompu. Le châssis et la carrosserie Hardox maximisent la durabilité et garantissent un fonctionnement sans erreur, même dans les conditions d'exploitation les plus difficiles. Largeur de travail:200 cm Puissance requise:Min. : 105 ch Fonctionnalité requise du tracteur:Équipement Super Creep Profondeur de travail du sol:Maximum : 20 cm Vitesse de travail:0,3-2km/h Caractéristique de la lame du broyeur:Carbure de bore Revêtement intérieur de machine:Hardox Vitesse de l'arbre de prise de force:540 tr/min Position de la lame du broyeur:Hélix capot arrière de la machine:Hydraulique

Our Beach Cleaning Machines have a working depth of 15cm and a working width of 140cm. Thanks to its special vibration-driven sieve system, it collects/cleans objects such as cigarette butts, garbage, stones, etc. In addition to its cleaning function, it ensures that the surfaces of the beaches have a smooth sheet-like appearance. It has a tank volume of 350 liters. It cleans an average of 7,000m2 area per hour. Our galvanized materials allow the machine to be minimally affected by salt and moisture. Minimum Power: 50-60 hp Length: 220 cm Width: 160 cm Height: 155 cm Storage: 350 lt Weight: 560 kg Working Depth: 15 cm Necessary Power:Min 50hp Capacity:Max 7500m2/h Working Depth:15 cm Storage capacity:350 lt Discharging Height:200 cm Dimensions:220*160*155 Weight:560 kg

It is used for cleaning and classifying semolina in flour and semolina factories. The product, whose flow rate can be adjusted, is evenly distributed over the entire screen surface by means of a curtain. Screening process is carried out with 2 or 3 layers of telero. With the aerodynamic air channel and adjustment valves, an equal vacuum is created on the whole screen surface, the products with extended adhesion surface such as bran and bran are separated from the product by vacuuming and pushed into the outlet channel. The product (semolina) free from bran is classified according to its grain size by means of sieves. Application Field ◾ At food industry ◾ Flour mills ◾ Semolina mills

The smart production line for Diesel refers to an advanced manufacturing system that utilizes automation, digital technologies, and data analytics to optimize DEF’s production process, such as AdBlue®. DEF is a solution used in selective catalytic reduction (SCR) systems in diesel engines to reduce harmful nitrogen oxide (NOx) emissions. Profitable Production:Only 15 kw electrical energy consumption Fast Production:20 minutes for each batch Smart Production:Automatic control on every elements and oarts Minimum Manpower:1 technician is enough for full production Customs Duty Free:A-TR will be issued User Friendly UX/UI Design:easy to be used

Anahtar Teslim Çözümler

Roller Mill

Çalışma Prensibi Un fabrikalarında buğdayın kırılması ve ezilmesi amacıyla kullanılır. Un fabrikasının en önemli makinesi olan vals, paralel çalışan iki çift vals topundan oluşur. Pnömatik valsten farklı olarak gelen ürün miktarı sensor veya loadcell yardımıyla ölçülür. Besleme merdaneleri gelen ürün miktarına göre hız değiştirir ve homojen akış sağlar. Aynı zamanda vals toplarının arası pnömatik pistonlar vasıtasıyla kapatılır ve ürünün toplar arasından geçerek öğütülmesini sağlar. Valslerin yatakları sfero dökümdür ve vals toplarının kolları koniktir. Dişli tahrikli ve kayış tahrikli olarak üretilmektedir. Opsiyonel olarak dokunmatik kontrol ekranıyla da üretilmektedir. Özellikle açma sistemine dayalı, tek tek açılabilen yan kapaklar sayesinde hızlı ve kolay ulaşım imkânı ile top üzerinde açılan kapakla hızlı top sökme imkânı sağlamaktadır. Denenmiş kayışlı tahrik sayesinde sessiz çalışma, yağ bakımının ve kirliliğinin ortadan kaldırılması avantajını sağlamaktadır.

Moulin à marteaux

Die intelligente Produktionslinie für Diesel bezieht sich auf ein fortschrittliches Fertigungssystem, das Automatisierung, digitale Technologien und Datenanalysen nutzt, um den Produktionsprozess von DEF zu optimieren, beispielsweise AdBlue®. DEF ist eine Lösung, die in Systemen zur selektiven katalytischen Reduktion (SCR) in Dieselmotoren verwendet wird, um schädliche Stickoxidemissionen (NOx) zu reduzieren. Profitable Produktion:Nur 15 kW elektrischer Energieverbrauch Schnelle Produktion:20 Minuten für jede Charge Intelligente Produktion:Automatische Kontrolle aller Elemente und Teile Minimale Personalstärke:1 Techniker reicht für die vollständige Produktion Zollfrei:A-TR wird ausgestellt Benutzerfreundliches UX/UI-Design:einfach zu verwenden

La línea de producción inteligente para diésel se refiere a un sistema avanzado de fabricación que utiliza automatización, tecnologías digitales y análisis de datos para optimizar el proceso de producción del AUS32 (DEF), como AdBlue®. El AUS32 es una solución utilizada en sistemas de reducción catalítica selectiva (SCR) en motores diésel para reducir las emisiones perjudiciales de óxidos de nitrógeno (NOx).

Moulin à cylindres

A 50-ton capacity horizontal bitumen tank is a specially designed storage tank for holding bitumen, which is a highly thick and viscous liquid purified from the refining of crude oil. It is used in many industrial processes, particularly in asphalt-making for laying roads. These tanks form an integral part of asphalt plants, road-construction sites, and other such industrial locations where a continuous and reliable flow of bitumen is required. The horizontal design allows efficient storage and easy access. This makes the tanks handy in operations involving loading and offloading of bitumen several times. Its ability to hold up to 50 tons of bitumen ensures that vast volumes of such material may be at one's disposal, ensuring production runs uninterruptedly while minimizing the time spent refilling it. These tanks are thus very important in the sense that they maintain the bitumen at the best temperature and condition to ensure that its quality and flowability are maintained.

Packed with state-of-the-art features the Polygonmach 140-160 TPH mobile asphalt plant promises to deliver superior performance longevity and environmental responsibility. The harmony between robustness and portability facilitates rapid and simple relocation guaranteeing adaptability in a variety of settings. The plants sturdy design guarantees that it can tolerate a variety of environmental factors and frequent relocations without sacrificing its high level of efficiency. The facility makes use of cutting-edge drying drum technology to effectively mix aggregates improving fuel economy and guaranteeing the creation of asphalt mixes of the highest caliber. Due to its ability to run on a variety of fuel types the plant is flexible enough to adjust to the demands of any given project maximizing environmental impact while raising operational efficiency. Modern emission control systems go above and beyond industry requirements demonstrating Polygonmachs dedication to sustainability. 140:160

A 75-ton horizontal bitumen tank is an extra special storage vessel designed to hold a thick, tacky material that is derived from the refining process of crude oil. Such tanks find very broad applications in asphalt plants, road works, and any other industry that requires continuous and dependable supply of bitumen. A 75-ton tank has a bigger capacity, therefore making it better suited for large projects that need considerable quantities of bitumen for continuous production and application. Some practical advantages are encompassed by the horizontal design of these tanks. It allows easy access during maintenance, cleaning, and inspection necessary for ascertaining the life expectancy and efficiency of a tank. Equipped with heating systems, insulation, and safety features, these tanks maintain the right temperature and viscosity for keeping the bitumen in workable condition for the binder to be used in their respective uses.

The 60-ton vertical bitumen tank is a specially designed storage unit for holding and managing bitumen, which is a heavy, viscous, dark liquid extracted from crude oil. They have been constructed in a vertical arrangement, which not only allows economies in space but also has effectively stored, heated, and transferred bitumen. They are steel-made storage tanks covering all needs about storing bitumen, considering holding temperature and assuring flow during industrial processes. This type of tank comes in handy where moderate volumes of bitumen are called for, and space is limited. This design gives out a noteworthy volume of storage without taking up too much floor space, making this the ideal solution for industries where precious little room exists to accommodate horizontal tanks.

The Twin Shaft Asphalt Mixer is, out of necessity, one of the main asphalt mixing machines designed for mixing aggregates with binders and additives for producing asphalt mixtures in road construction and infrastructure projects. A twin shaft asphalt mixer has two horizontally aligned shafts fitted with mixing arms, paddles, or blades rotating in opposite directions. This combination ensures that the input material will be well mixed and homogenized to produce high-quality asphalt mixtures consistently and reliably. What makes twin shaft mixers effective is the fact that they can process large volumes of materials without compromising mixing efficiency. They, therefore, hold a special place in industries in which uniform asphalt mix production becomes fast and efficient. Twin shaft mixers provide sturdy asphalt required for enduring infrastructural strains on highways, bridges, and urban roads.

The 500-ton horizontal bitumen tank is a huge tank that has special designs for keeping and managing high volumes of bitumen, which is extremely thick, viscous material that is processed from crude oil. These are specially designed horizontal tanks that aid in the efficient storage, heating, and transferring of this processed material. Being constructed from high-grade raw materials with good durability, like high-grade steel, bitumen tanks are designed to handle the stresses put on them to ensure that the bitumen inside is secure and stable during storage and transport. With this medium, a 500-ton horizontal bitumen tank serves as one of the main solutions to this colossal reality, which often confronts industries requiring massive volumes of bitumen. The overall structure of the tank maintains bitumen at the right temperature and viscosity. For any industrial purpose, the bitumen in the tank comes out and gets ready for use in an instant.

A vertical bitumen tank is a special unit constructed to contain and manage bitumen, the viscous, sticky byproduct of petroleum, needed massively in the industries of road manufacturing, asphalt, and waterproofing. They are made in a vertical design, whereby they take up very little space when used to store quite substantial volumes of bitumen. The vertical design not only optimizes storage in a small footprint but also allows these installations to easily fit into the existing industrial setups. The main purpose of a vertical bitumen tank is to provide a secure and effective environment for the storage of bitumen at the right temperature in order to retain its workability for use in industrial applications. Constructed with strong materials, generally steel or concrete, vertical bitumen tanks are designed to withstand conditions that are highly demanding regarding bitumen storage, especially the temperature and the tackiness of the material.

A 40-60 TPH dolomite ore crushing and screening plant is a dolomite processing plant, which processes dolomite ore into the required sizes of any kind of aggregate that is used in construction. A TPH is a unit representing tonnes per hour. In this description, the plant has an input capacity to accommodate and treat between 40 and 60 tons of dolomite ore per hour. Dolomite is an important mineral rock that is high in calcium magnesium carbonate and finds much application in the construction industry, particularly in the manufacture of concrete aggregates and road base materials, among other construction-based products. 40 tons:60 tons

Mobile Jaw and Cone Crusher 1-PMCC1 can be classified into the category of mobile crushing and screen equipment. It has the potential to process an extensive variety of materials by combining jaw and cone crushing. This unit usually is equipped with a jaw crusher acting as primary crusher equipment, which can break stones or minerals to small pieces, making them easy to handle. The cone crusher allows for secondary or tertiary crushing, creating high and homogeneous final output, which are further processed or used as end products. Typically, most PMCC1 models are fitted with such advanced features, giving them adjustable settings to control the size of the output material to be produced, hence flexibility in meeting all other project requirements. PMCC1 will be provided with a combination of both jaw and cone crushers that will offer an integrative solution for mining, construction, quarrying, and other industries of a like nature in processing different materials.

The 120 m3/h mobile portable concrete batching plant is a versatile, high-capacity, on-site concrete-production facility; it can be reconfigured to cater to medium or large construction projects. These mobile plants are capable of producing 120 cubic meters of concrete per hour and will, therefore, cater to big concrete needs efficiently. The plant is flexible and easily transported to any site location, providing a prompt installation facility and concrete supply as per the demand requirements of the project. Thus, a mobile portable batching plant of 120m3/hour, its aggregate storage bins, cement silos, mixer unit, and control system create a reliable and flexible solution for construction projects that will require a high level of concrete volume. This latest type of mobile portable batching plant with a capacity of up to 120 m3/h can perform big and medium construction of infrastructural, commercial, and industrial projects.

A dewatering screen is an apparatus primarily used in mining, aggregate processing, and recycling industries for ridding water from sand, gravel, and other solid materials. This becomes necessary in removing water from a substance to reduce the moisture content so that it can be handled and transported with ease, processed further, or even possibly stored. It operates on high-frequency vibrations, which drive out the water from the screens, leaving the solid material at the surface of the screens. The material is conveyed along the vibrating screen deck and the expelled water separates away, leaving a drier, more manageable product in its wake.

At Take Craft Engineering, we take pride in our involvement in numerous successful projects within the defense industry, where high security and precision are paramount. We design and manufacture products tailored to the defense sector using advanced technology and engineering expertise. By consistently delivering reliable and effective solutions that meet our customers' high standards, we maintain our position as a trusted partner in the industry.

Gas Metal Arc Welding (GMAW), commonly known as MIG welding, is a welding process where an electric arc forms between a consumable electrode and the workpiece, generating the necessary heat for welding. The electrode, continuously fed as a solid wire, melts and forms the weld metal as it is consumed. The welding area is protected from atmospheric contamination by shielding gases or gas mixtures from the welding torch, ensuring high-quality welds by preventing defects caused by even minimal air exposure.

Slot Grinding Engine

Electrostatic powder coating, commonly known as powder coating, is a solvent-free surface coating technique. This method involves applying a layer of very fine powder particles to the surface, which are then baked to create a durable finish. The process starts with the electrostatic spraying of powder particles, which adhere to the material due to an electrostatic charge. After application, the coated product is heated in an oven, causing the powder to melt and chemically bond to the surface, creating a solid, protective layer.

In recent years, TIG welding has faced increasing competition from continuously refined MIG/MAG processes and their derived methods. Despite the slower welding speeds and lower melting power of TIG, it remains unmatched in achieving the highest quality results for many applications. Recent advancements in power supply technology offer promising future opportunities for TIG welding.