Milling machine - Import export

Different forms of radius notches can be machined according to various Standards.The notches are at different radius and angles. Micrometer notches at 0.01 sensitivity. Continuous machining is possible with electric motors. 1 TS EN ISO 179-1 A type notch knife is given together with the machine. Notch knives for various Standards(optional); ISO 180 Type A, Type B ISO 179 Type A, Type B, Type C

CNC Borverk, often referred to as CNC Boring Mill or CNC Boring Machine, is a specialized type of machining equipment used for enlarging or finishing pre-drilled holes with precision and accuracy. Borverk is the Swedish term for boring, reflecting the origin of this machining process. The CNC prefix stands for Computer Numerical Control, indicating that the machine's movements and operations are controlled by a computer program. CNC Borverk machines are commonly used in industries such as aerospace, automotive, oil and gas, and general manufacturing, where the production of large, complex parts with high precision is required. These machines are particularly suited for machining large workpieces that cannot be accommodated by traditional drilling or milling machines.

E355 MATERIAL PRODUCTION CNC MİLLİNG

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 control sieve is used for the final control before packaging in the packaging unit of the flour factories. The product arriving at each passage of the square screen enters through the pressure pipe and moves vertically and horizontally through the pre-set flow paths along the passage. The final checks are made after the flour sifting process. The flour, whose last checks are made, is directed to the bagging process. Apart from flour and semolina factories, it is used in processing plants of wheat, corn and similar grains, in feed mills, in various food products processing plants for the final screening of mixed feeds and for the sifting of large-grain corn, crushed pellet feed, barley, oats and similar processes. Application Fields ◾ At flour mills: For wheat, corn and similar grain processing plants ◾ At feed mills: For final sifting of formulated feed meals, corn, crushed pellet feed, barley, oats and for removing the remained coarse materials after grinding and similar processe

Depending on the central control, it takes action by being set up with chain gear and ensures the transportation of the falling product. The body is made of steel. It has idler drive bearing system. It has been designed with a special tensioning device. It varies according to the desired capacities. Carrier plates are made of hardened steel. It is used wherever horizontal transportation is possible. It is used in feed, food, chemical, mining, sawdust and soil industries. Applications Fields ◾ Food industry ◾ Flour and semolina mills ◾ Feed mills ◾ Grain cleaning plants ◾ Corn processing plants ◾ Grain warehouses and silos ◾ Malt Factories

It supplies to mix the requested amount of vitamin into the grinded product and to be mixed into the system. This mixture can easily be made with the help of speed adjustment aparatus.The additive substance gets dosaged as destroyed powder. There is a special mixer in the bin section. Applications Fields ◾ Food industry ◾ Flour and semolina mills ◾ Feed mills ◾ Grain cleaning plants ◾ Corn processing plants ◾ Grain warehouses and silos ◾ Malt Factories

Metal and Plastic Product Manufacturing for Various Industries At Take Craft Engineering, we offer a wide range of services in the production of metal and plastic products tailored for accessories, furniture, and various other sectors. By conducting detailed project analysis, we manufacture high-quality and durable products that meet our customers' needs.

Metal and Plastic Product Manufacturing for Various Industries At Take Craft Engineering, we offer a wide range of services in the production of metal and plastic products tailored for accessories, furniture, and various other sectors. By conducting detailed project analysis, we manufacture high-quality and durable products that meet our customers' needs.

Metal and Plastic Product Manufacturing for Various Industries At Take Craft Engineering, we offer a wide range of services in the production of metal and plastic products tailored for accessories, furniture, and various other sectors. By conducting detailed project analysis, we manufacture high-quality and durable products that meet our customers' needs.

Innovative Solutions in Electronic Sector At Take Craft Engineering, we have successfully delivered numerous projects in the electronics sector, offering innovative and high-quality solutions tailored to the rapidly evolving needs of the industry. From the production of precise and complex electronic components to assembly and testing services, we provide a comprehensive range of services.

Customized Metal and Plastic Parts for the Cosmetic Industry At Take Craft Engineering, we specialize in the production of customized metal and plastic parts tailored for the cosmetic industry. We provide high-quality components used in packaging, distribution, and manufacturing processes of cosmetic products

Innovative Solutions in the Automotive Sector At Take Craft Engineering, we have successfully executed numerous projects in the automotive sector, delivering innovative and high-quality solutions that meet the industry's dynamic and meticulous requirements. From the production of high-precision automotive parts to assembly and sub-assembly solutions, we offer a wide range of services tailored to the automotive industry.

Robot and Automation Components Manufacturing At Take Craft Engineering, we specialize in the production of robot elements and automation components, enhancing industrial processes with advanced automation solutions to optimize efficiency.

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.

At Take Craft Engineering, we actively participate in a wide range of projects within the energy sector, providing innovative solutions tailored to the industry's needs in energy generation, transmission, and distribution. Renewable Energy Solar Energy: Solar Panels and Mounting Systems: We manufacture durable mounting and connection elements, offering solutions that enhance panel efficiency. Inverters and Converters: Production of inverter and converter components that improve energy conversion efficiency. Wind Energy: Wind Turbines: Supplying precision parts for turbine structural components and gear systems, along with solutions that increase turbine efficiency. Control Systems: Manufacturing electronic components that ensure optimal turbine performance.

At Take Craft Engineering, we pride ourselves on offering a wide range of production services for metal and plastic products across various sectors. By conducting detailed analyses of projects, we produce high-quality and durable products tailored to our clients' needs. Acessories Metal Accessories: Keychains, belt buckles, bag accessories, and other decorative metal parts. Plastic Accessories: Plastic buckles, clips, buttons, and fashion accessories.

At Take Craft Engineering, we enhance the quality and aesthetics of plastic and metal parts through a range of post-processing services applied after production. Our post-production techniques improve durability, appearance, and functionality. Here’s a detailed overview of our post-processing services.

At Take Craft Engineering, we provide comprehensive 3D design solutions tailored for various industrial sectors. 3D design plays a critical role in accelerating product development processes and reducing costs by allowing detailed virtual modeling of products. Utilizing advanced Computer-Aided Design (CAD) software and our experienced design team, we deliver customized solutions to meet our clients' needs. Efficiency and cost calculations begin with design—this is a principle we uphold.

Prototyping At Take Craft Engineering, we meticulously conduct design and production efficiency analyses during the prototyping process to offer our clients the highest quality solutions. Following these analyses, we produce prototypes using the most suitable 3D printing techniques. Design and Production Efficiency Analysis Prototyping is a crucial step in ensuring the quality and functionality of the final product. By performing thorough design and production efficiency analyses, we identify and eliminate potential issues early on. Our engineers and designers meticulously examine and optimize every detail of each prototype. This approach helps reduce costs while enhancing quality and performance throughout the product development process.

Project Production Efficiency Analysis At Take Craft Engineering, we offer comprehensive analysis and consulting services to enhance efficiency in project management processes for our clients. Project production efficiency analysis provides a strategic approach to examining and improving existing production processes. Through the methodologies we use and our data-driven approaches, we help our clients optimize their workflows. From design to prototype production, mass production to high-volume manufacturing, and machining to plastic injection molding, we conduct cost-benefit analyses across all processes. This ensures we deliver solutions that enhance your efficiency, reduce costs, and maintain aesthetic quality.

At Take Craft Engineering, we offer a wide range of plastic production services utilizing advanced technology and machinery. Our production processes are equipped with the latest technologies to ensure high precision and quality standards in all types of plastics. We aim to maximize customer satisfaction and production efficiency by offering various plastic production methods to meet diverse needs.

At Take Craft Engineering, we provide innovative and high-quality mold manufacturing services tailored to our customers' needs. With our extensive production capacity and advanced technology capabilities, we offer a variety of mold manufacturing services, including plastic injection molds, blow molds, metal injection molds, and rubber and silicone molds. Additionally, we specialize in sheet metal molds and plastic extrusion molds. Each mold type caters to specific application areas and industries, providing our clients with a broad range of solutions.

At Take Craft Engineering, we respond to various industrial needs with our high-precision and high-quality machining services. Machining is a manufacturing method used to shape metal and other materials into desired forms and dimensions. The modern machines and technologies we use in this process elevate the quality and production efficiency of our products to the highest level.

The test bar milling machine enables bar-shaped plastic samples to be produced for tension, pressure, bending and flexural impact tests in accordance with a wide range of standards. According to ISO 6259 , ASTM D 638 , ASTM D 1822 , ISO 16770 , 3 axis desktop CNC, cutting tensile samples from plastics, computer controlled, G-codes for samples according to customer request

It is used for making V-shaped nothes in polyolefin pipes in accordance with ISO 13479 for slow crack growth testing. Digital notch depth monitor, digital notch length control, motorized sample holder, speed adjust

It is designed to get small size particles from granular products at flour and feed mills

Cutting and Drilling : We produce cutting and punching machines that can perform product-specific cutting and punching of rubber, plastic, aluminum and steel materials, either simultaneously or separately.