Lecn Anhui Co., Ltd

  Robots  are becoming increasingly important in modern manufacturing processes. They are used for a variety of tasks, including assembly, welding, painting, and material handling. One of the key decisions that manufacturers need to make when designing a robot system is whether to use a joint robot or a truss robot. In this article, we will explore the difference between these two types of robots. Joint Robot A  joint robot , also known as an articulated robot, is a type of robot that uses revolute joints to move its arms and end effector. Revolute joints allow the robot arm to move in a wide range of motions, making it very versatile. Joint robots typically have six degrees of freedom, which means they can move in six different directions. They are commonly used in applications such as welding, painting, and material handling. One of the main advantages of joint robots is their flexibility. They can be programmed to perform a wide variety of tasks, and their arms can be ...

  Duplex CV joint horizontal scraping and milling machine with one-time clamping and processing end face and hole, 50-300 mm processing of workpiece, which is suitable for the milling end face and drilling center hole. Duplex high efficiency, it can carry with truss or joint robot and automatical line. Technical Parameters The special high-rigidity spindle structure enhances stability during processing. This minimizes vibration and deflection, ensuring consistent cutting performance and precise machining results. Improved accuracy:  The high-rigidity spindle structure reduces spindle deflection, thereby improving machining accuracy and dimensional consistency of machined parts. This ensures tight tolerances and a high-quality surface finish that meets the stringent requirements of constant velocity joint manufacturing. Improved Productivity:  Improved stability and precision of the spindle structure enable higher cutting speeds and feed rates, resulting in increased prod...

  CNC lathes  are becoming more and more popular because of their convenience and efficiency. This article summarizes for you a few factors that should be considered when customizing a CNC lathe, and I hope they will be helpful to you. Workpiece Size and Weight The size and weight of your workpiece will determine the size of the lathe you need. Larger workpieces require larger lathes with stronger spindles to accommodate the additional weight. Material The material you will be working with also plays a role in determining the type of lathe you need. Some materials, such as stainless steel and titanium, require high-speed cutting and specific tooling to ensure proper machining. Accuracy and repeatability: The accuracy and repeatability of the lathe are important factors to consider when choosing a custom CNC turning lathe. The more accurate and repeatable the lathe, the better the final product will be. Spindle speed The spindle speed is an important factor to consider when cho...

  With so many different models and types of rollers on the market, it can sometimes be difficult to know where to start when purchasing the best machine for your bending application needs. While cost factors are important when deciding which type of  rolling machine  to purchase, there are many other things you must be aware of. What Kind of Rolling Machine Do You Need? Type of material The material of the plate to be rolled is a key factor that will help determine the design of the   rolling machine  you choose. With the strength of today's steel becoming much higher than ever before, the sheet metal rolling machine you choose should also be able to generate high levels of pressure to produce the desired results. As a result, manufacturers need to consider a number of important factors when purchasing sheet metal rolls. These include the yield strength of the metal, the temper brittleness and the use of the sheet. Rolled sheet diameter and thickness Essen...

  CNC lathes offer many advantages over conventional machines. Five key benefits are outlined below. Double Head CNC Lathe DNL082/DNL082G   1. 99.99% accuracy As less manual labor is involved, the chances of achieving optimal accuracy are pretty high with CNC lathes. This makes these machines a top choice in industries requiring high precision — such as the aerospace, health care, and hospitality sectors. Plus,  CNC lathes  work with almost every type of material. That said, one can never eliminate all errors, manually or otherwise. That’s why we’ve kept that 0.01% aside. 2. Cost efficiency While CNC lathes are a lot costlier than manual lathes, CNC models still offer a range of financial benefits, including: ● Low setup costs — Setup costs are a one-time expenditure when working with CNC lathes. ● Machining costs — With  CNC machines , you recoup every investment by being able to produce 20x more parts than manual lathes allow in a given time frame. ●...

  At   LECN , we have a range of state of the art 3-axis, 4-axis and 5-axis milling machines. As a designer, having an understanding of which type of machine your part will be manufactured on is critical in optimising your design. When designing a CNC machined part, you might not have thought about which type of machine your part will be machined on, but the complexity and type of geometry you can design will be different for different types of machines. The main difference between 3-axis, 4-axis and 5-axis machining is the complexity of the movement both the workpiece and the cutting tool can move through, relative to each other. The more complex the motion of the two parts, the more complex the geometry of the final machined part can be.   3-AXIS MACHINING The most simple type of machining, where the workpiece is fixed in a single position. Movement of the spindle is available in the X, Y and Z linear directions.     3-axis machining   3-axis ma...

  In the realm of modern manufacturing, precision is paramount. Every component, every product demands meticulous attention to detail to ensure optimal performance and reliability. One technology that stands at the forefront of this pursuit of perfection is CNC   Cylindrical Grinding . From automotive to aerospace industries, CNC Cylindrical Grinding plays a pivotal role in shaping the future of manufacturing. CNC Cylindrical Grinding is a machining process that utilizes computer numerical control (CNC) technology to achieve exceptional precision in shaping cylindrical workpieces. This advanced manufacturing technique involves the use of abrasive grinding wheels to remove material from a workpiece, resulting in a precisely finished product with tight tolerances and smooth surface finishes. Evolution of CNC Cylindrical Grinding Delve into the rich history of CNC Cylindrical  Grinding  Machine , tracing its evolution from conventional grinding methods to the sophistica...