Discover EMCO in Canada
At AMT Machine Tools, we are committed to ensuring that your investment in an Emco CNC Machine is a very important one. Emco CNC Machines are built for manufacturers who demand excellence.
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The EMCO HYPERTURN 65 Powermill G1is machine for serious work. With a main and counter spindle it powers through turning, milling, and drilling in one seamless setup. Whether you’re machining high-strength steels, aerospace titanium, or nickel-based superalloys. The 12-station tool turret keeps production moving, cutting cycle times and boosting efficiency.
How Can Versatile Emco cnc machines Serve Diverse Industry Applications?
EMCO develops flexible, high-performance machining systems built for industries like aerospace, automotive, and general manufacturing.
EMCO CNC machines are well-suited for medical device manufacturing due to their precision and versatility, enabling the production of complex and high-precision components like implants, instruments, and equipment.
Precision and Accuracy:
CNC machining, in general, is crucial for the medical industry because it allows for the creation of highly precise and reliable components, such as surgical instruments, implants, and medical devices.
These surgical instruments require precise machining with tight tolerances to meet their intended purpose effectively. Moreover, sometimes these instruments are needed in small quantities to meet the need for a certain patient category. These factors justify the use of CNC machining for manufacturing of surgical instruments. Surgical instruments commonly manufactured through CNC machining are handles, cutters, saws, forceps, holders, clamps, and spacers.
Electronic medical equipment often consists of a large number of parts. Some of these parts can be manufactured through CNC machining. The fact that these components need not be biocompatible opens up multiple material options that can be considered for production through CNC machining. The majority of this equipment is related to medical imaging.
Aerospace CNC machining involves using computer-aided tools and components to produce and maintain aircraft and space parts. It is a computerized manufacturing method that moves cutting tools using pre-programmed code and software
CNC machining plays a crucial role in manufacturing structural parts like aircraft frames, wing spars, bulkheads, brackets and landing gear components. These components demand exceptional precision and strength, high-quality surface finishes and proper alignment to withstand the extreme stresses of flight.
While it is possible to use a 3 or 4-axis CNC milling machine when machining aerospace parts, it is better to use 5 -axis CNC as they can work on up to 5 directions of the workpiece in a single operation. This helps manufacturers reduce errors and lead time. Also, the cutting tools used in 5-axis CNC machines spin at high speeds, ensuring part accuracy and precision.
The EMCO UMILL 630 delivers high-precision 5-axis simultaneous machining with a swivel-rotary table and direct drives for rock-solid rigidity. Built to power through aerospace alloys, titanium, and heat-resistant superalloys, it maintains accuracy while keeping cycle times short. With advanced automation, short idle times, and a compact footprint, it’s designed for high-performance machining. Cutting-edge control options from Siemens and Heidenhain, plus EMCONNECT for digital workflow optimization, make it automation-ready for demanding industries like aerospace.
The EMCO HYPERTURN 65 Powermill G1 is a powerhouse mill-turn center built for multi-tasking precision machining. With a ±110° B-axis milling spindle, high-torque main and counter spindles, and an optional 80-tool magazine, it’s engineered for cutting tough materials like stainless steel, Inconel, and titanium. The integrated Y-axis expands milling and drilling capabilities, while advanced automation and EMCONNECT digital control streamline complex production. Perfect for aerospace, defense.
The versatility of CNC machining sees it produce a vast array of automotive parts with different materials, including metals, plastics and composites. Just some of these parts include:
ENGINE COMPONENTS.TRANSMISSION COMPONENTS SUSPENSION AND STEERING COMPONENTS,CUSTOMIZED MODIFICATIONS,ELECTRICAL COMPONENTS and PROTOTYPING
Need flexibility?
Built for durability, the HYPERTURN 65 PM G1 runs on pre-stressed roller guides for rock-solid rigidity. EMCONNECT digital control keeps workflows seamless, and its automation-ready setup makes lights-out manufacturing a reality. Whether you’re cranking out production runs or tackling tough materials, this machine delivers.
Compact machines with small diameter capabilities, typically up to 12mm, are essential for the fine precision required in manufacturing electronic components. These components often involve intricate designs and tight tolerances, necessitating a machine that can consistently produce high-quality parts with minimal deviation. Versatile tooling layouts allow for various operations to be performed within a single setup, enhancing efficiency and reducing the need for multiple machines or reconfigurations. The ability to switch between guide bush and non-guide bush modes provides additional flexibility, making it easier to machine both short and long parts with precision. This adaptability is particularly important in the electronics industry, where the demand for small, detailed components is high.
Multi-axis machines with flexible tooling and high accuracy, particularly those capable of achieving sub-micron tolerances, are critical for precision engineering applications. In this field, the ability to manufacture precise components with intricate geometries is essential, often requiring the machine to perform complex operations with minimal setup changes. The flexibility of the tooling layout allows for a wide range of machining processes to be completed in a single setup, reducing downtime and increasing efficiency. High accuracy is paramount in precision engineering, where even the slightest deviation can lead to parts that do not meet the required specifications.
EMCO has a variety of machines with the flexibility of tooling and are very pleaseae tp now supply Imes Micro CNC Milling Machines.
They have 4 machines: The COMPAC 350, The COMPAC 350i PRO, The Premium 5030 and The PLATINUM 1010 micro.
CNC TURNING And MILLING MACHINES FOR EDUCATION
CNC TURNING MACHINES FOR EDUCATION
The EMCO Concept TURN and the EMCOMAT series are best suited for CNC training and for manufacturing precision workpieces at the same time. With their modular construction, the EMCO machine tools can be easily adapted to meet virtually every need.
CNC MILLING MACHINES FOR EDUCATION
Whether used for training purposes or for manufacturing small series the Concept MILL and EMCOMAT FB series are designed to effortlessly master this balancing act. The modular concept of the machines offers users a vast playing field for adapting the machines to their individual requirements.
The concept of the interchangeable control is unique to EMCO machines and software solutions.
The Learners can be trained to use up 9 different CNC controls safely within a classroom environment on computer stations.
The student can learn how to write and input a CNC program into the Control keyboard as though they were on the machine tool itself. Editing, simulation, re-programming and other operational modes can be carried such as machine software limits can all be performed within the classroom enabling more students to work at their own pace.
Once the teacher is satisfied with the program it can then be downloaded onto a CNC machine where the tools can be set and program executed.
Large diameter capabilities and robust, multi-axis control are crucial for machining the complex parts required in the aviation industry. Aviation components often involve intricate geometries and must adhere to extremely tight tolerances, as even minor deviations can compromise safety.
INDUSTRIES
How Does AMT Machine Provide Comprehensive Support and Service After Selling an Emco machine?
Services
At AMT Machine Tools, we are committed to ensuring that your investment in a Emco Machine is supported every step of the way. After the sale, we provide comprehensive support and service to maximize the performance and longevity of your equipment. From expert installation and training to ongoing maintenance and technical assistance, our dedicated team is here to help you achieve optimal results in your machining operations.
How Does AMT Provide Dedicated Support for Your emco machine?
Our commitment to customer satisfaction extends beyond the sale. Our dedicated after-sales service team is always ready to assist you with any questions or issues you may encounter. We provide prompt and reliable support to ensure your machines continue to operate at peak performance.
Is Technical Support Available for Your emco machine?
Our technical support team is available to provide immediate assistance. Whether you need troubleshooting help or technical advice, our experts are just a phone call away.
How Can You Access Spare Parts and Tooling for Your emco machine?
At AMT Machine Tools, we ensure that your investment in a Emco Machine is fully supported with comprehensive after-sale service, including expert installation, training, ongoing maintenance, and technical assistance, all designed to maximize the performance and longevity of your equipment.
What Maintenance Services Does AMT Offer for your emco machine?
We offer comprehensive maintenance services for your Emco Machines, including routine scheduled upkeep to ensure optimal performance and preventive maintenance programs that proactively identify and address potential issues. Our tailored approach helps extend equipment lifespan, prevent unexpected breakdowns, and minimize downtime.
How Can AMT’s Consultation Services Help You Select the Right emco machine?
Our knowledgeable consultants offer expert guidance in selecting the perfect Emco Machine for your specific needs. We take the time to understand your operational challenges and recommend tailored solutions that enhance productivity and efficiency in your machining processes.
