激光切割速度通常由机器的平均功率水平决定，对性能有显著影响，但这取决于许多因素。影响因素包括材料类型和厚度、焦点尺寸、气体类型和压力、光束质量和喷嘴形状。作为典型参数，[…；]
帖子速度如何影响激光切割性能首先出现在AW精度
As a typical parameter, the higher the average power level, the higher the cutting speed. But how does this then affect performance and cut quality?
As well as cutting speed, the larger the average power level also means the thicker the cutting board. As the power increases or decreases, this is when burning or slagging defects occur.
Another general pattern is as the cutting speed increases, the slit width decreases, and vice versa. The cutting speed and slit width maintain a nonlinear inverse relationship when the power and gas are specified.
Continuous Wave (CW) is when the laser power output is constant and high cutting speeds can be achieved during high power levels in CW-mode. This will melt or vaporise the material leaving comparatively little heat conduction into the base material.
In spite of this, if the cutting direction is reversed or moves around a sharp corner, the feed rate is reduced. This then leads to more heat being conducted to the base metal, resulting in worsened cut quality.
Pulsed processing is used for piercing holes into materials and produces better quality finishes for such applications compared to CW-mode. Both high power and low average power have the ability to produce good quality cutting and performance.
High peak power ensures efficient heating and speed, effectively removing hot material from the kerf. Low average power keeps the workpiece cool and leaves little heat conduction which commonly leads to quality issues.
Overall, you can see that the impact cutting speed has on performance depends on your application and method. Although the general rule is that the higher the average power levels means the faster the cutting speed, this isn’t generally best for some materials and projects.
Our sales and production teams have a wide variety of skills, so contact us for more advice or information regarding laser cutting processes.
The post How Speed Impacts Laser Cutting Performance appeared first on AW Precision.
Workers should always complete safety training within the first 6 months of employment. If the employee knows the proper procedures, then it is less likely that an accident will occur. No matter what kind of punch press, some of the basic safety rules that should be taught include:
Effective machine guarding is essential for employee safety, ensuring that body parts avoid making contact with dangerous moving parts. This safeguarding technology includes barrier guards, two-hand tripping devices or electronic safety devices. In order to ensure complete safety, the safeguards should be:
Routine maintenance is a sure-fire way to ensure that your punch press is always in its optimal condition and, most importantly, safe. You should perform weekly inspections, visual inspections and periodic in-depth inspections to stay on top of your punch press.
Visual inspections should be done every time the punch press is going to be used to ensure that every pull-out device or restraint meets requirements. Weekly inspections should focus on the mechanisms of the punch press, and in-depth inspections should occur at least once a month.
By following these safety tips when operating a punch press, you will guarantee yours and your employees’ safety. If you have any further questions, don’t hesitate to contact our expert team today.
The post Punch Press Safety Tips appeared first on AW Precision.
激光切割机一年四季都有广泛的应用和创造，定期维护是保持它处于最佳状态的关键。在冬季，这一点更加突出，所以为了避免任何停机时间，这里有一些小贴士来照顾你的激光切割机。
post 冬季维护激光切割机提示首先出现在AW Precision.
.激光切割机一年四季都有广泛的应用和创造，定期维护是保持它处于最佳状态的关键。在冬季，这一点更加突出，所以为了避免任何停机时间，这里有一些小贴士来照顾你的激光切割机。
As the temperatures suddenly drop during the winter season, operating and storing your laser cutting machine in below 0°C will undoubtedly cause problems. The laser tube is water-cooled, so when this is used and situated in below freezing temperatures, the internal pipeline can crack, deform and overflow. This, in turn, will cause further damage to other core components.
By adding antifreeze to water pipeline in your laser cutting machine, this will prevent it from freezing in the cold weather. However, due to corrosive qualities, always make sure you dilute it before adding it to the mechanism; if you add too much, it will affect the quality of light and the energy of the laser.
After every use in the winter, you should empty the cooling water and clean the pipe; use an air pump or compressor to efficiently remove the water. Also, if necessary, remove the water chiller or pump and place it in a warmer environment to prevent the circulation equipment from freezing.
In order for your laser cutting machine functions properly, not only in winter but all year round, make sure it is stored in the correct environment. Room temperature should be between 15°C and 25°C with humidity between 40% and 70% and not in direct sunlight.
These requirements are more necessary in winter because when the temperatures drop in the evening, this can cause condensation in the laser tube and the hardening of greases and oils.
By following these maintenance tips this winter, your laser cutting machine will carry on working efficiently throughout the cold months. Our sales and production teams have a wide variety of skills, so contact us if you have any further questions.
The post Winter Maintenance Tips for Laser Cutting Machine appeared first on AW Precision.
Dies are the bottom toolings of the press brake and some of the most commonly used varieties are:
Quite self-explanatory, single vee dies consist of a single ‘V’ shape groove. They come in a variety of angles and allow the minimum joggle available without crushing the tool, which is why they are the most commonly used die.
Also quite self-explanatory, multi-vee dies consist of multiple different vees that are spread across their four sides. Although not always suitable for short flange bending, there is large variety and versatility when it comes to using multi-vee dies in terms of radii and material thickness.
Two-way self-centring vee dies have two successive grooves that are close to the edges of the die which allow shorter flange bending. Each groove is usually a different angle and/or width to the other one which aids in more efficient and productive operations, as there will be no need for retooling for different bends.
Best suited for acute angle bends and flattening, flattening and hemming dies are an essential solution for finishing.
Punches are the top toolings of the press brake and some of the most commonly used varieties are:
The most essential piece of kit is the standard punch, which can be used for nearly all everyday tasks and sheet metal fabrication operations. Versatile, strong and sturdy, standard punches are ideal for thick materials, long bending lines and mass production.
Even though it isn’t used as often as the standard punch, the narrow punch is still crucial for finishing and final bends. It is narrow along its entire length meaning it can be used in limited spaces amongst material with multiple bends.
Quite self-explanatory, the acute angle punch is best suited to bend angles between 25° to 60°. More pointed at the tip compared to standard punches, they are solid and can handle large forces when paired with the correct die.
Mainly used for U-bend shaped brackets, the swan neck punch is shaped like a swan neck; unfortunately, this means that it is not as sturdy as some of the other punches. The structure of the punch is in order to avoid a collision between the leg and the tool.
Some major considerations you have to make when it comes to choosing press brake tools include:
From all of the information above, we hope we have helped you decipher between the different press brake tools there are, and which one is most suited for your application.
At AW Precision, we are the leading manufacturer of punch and die products throughout Europe and the USA, so contact us today for any advice or if you have any questions.
The post Press Brake Tools and How to Choose One appeared first on AW Precision.
On the 18th October, we had the SR-32JIIB from Star Micronics GB delivered to our Rugby site and we couldn’t wait to start using it. Read about the benefits that it is going to bring both us as a business, and you our consumer.
Compared to the previous popular model SR-32J, the SR-32JIIB has a number of advantages and advanced features.
Across all four spindle motors, performance has been increased with more speed and power.
As well as this, the hydraulic clamping for the main and sub-spindle collets has been introduced which increases the clamping force by up to 40%, therefore improving the indexing accuracy of turning.
This spindle power means there are higher metal removal rates also contributing to accuracy and precision.
The adoption of dovetail slide ways on X1, Y1, Y2 and Z2 axes means that the CNC machine rigidity has been significantly enhanced.
With the 8-station sub-spindle platen with Y2 axis, this has increased “overlapping” opportunities which in turn reduces cycle times whilst increasing the total number of tools that could be mounted to 39 positions.
Also, there is now the ability to switch between guide bush and non-guide bush modes, giving us more flexibility to fulfil individual customer needs.
Another ergonomic feature of the new SR-32JIIB is the swing-out operation panel with Fanuc 32i-B control, which is easy to use and therefore increases employee productivity.
These advanced features and technology not only benefit our workforce and turning capabilities, but they are advantageous to the end-product for our clients and customers. We are all about quality at AW Precision and this new addition definitely proves that.
Contact us today to find out more information about how we can help you.
The post Our New CNC Machinery and How You’ll Benefit appeared first on AW Precision.
The post Top Tools for Sheet Metal Fabrication首先出现在 AW精度< / >。< / p >
Under the category of metal cutting saws, there are circular saws, chop saws, cold saws and band saws. Band saws are much more effective and safer than manual, handheld saws so these are the number one choice.
Lightweight yet robust, deburring and bevelling equipment consist of bevel mills, grinders, sanders and many more. With powerful motors and vibration-free operation, you can achieve high quality results every time.
Both manual and powered, sheet metal rolling equipment is used to bend and roll metal sheets easily. From slip rollers to ring rollers, these tools are essential for sheet metal fabrication.
Cutting, grinding and polishing, angle grinders can be used for all of these forms of fabrication. This handheld power tool can be used on all different types of metal and, with different sizes available, you can find the perfect one for your application.
An essential tool in the majority of fabrication workshops, a throat-less shear cuts straight, curved and irregular lines into sheet metal. Its structure allows for easy cutting through stainless steel and aluminium.
Wire cutters are such simple tool but widely used for finishing fabrication projects, to trim frayed ends.
A standard-length drill bit and a shorter, machine screw drill bit are necessities for sheet metal fabrication, even though there are a huge number of drill bits available that are also beneficial tools.
Alongside all of these top tools for sheet metal fabrication, don’t forget your punch and die components and other tooling accessories available from AW Precision.
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你知道气体弹簧比你想象的更常用吗?它们不仅用于机械，也用于日常用品!在你的日常生活中，可能有很多气泉围绕着你，而你甚至不知道。什么是气体弹簧?
The post Everyday Uses of Gas springs 首先出现在AW Precision.
.你知道气体弹簧比你想象的更常用吗?它们不仅用于机械，而且也用于日常用品。在你的日常生活中，可能有很多气泉围绕着你，而你甚至不知道。
结构可分为三部分:杆、活塞和外壳管。连杆是施加在弹簧上的力，因此推动活塞前进。就像注射器上的活塞，活塞会推动气体，并在压力作用下压缩气体。由于活塞上有孔，气体可以在活塞的任意一侧流动，从而控制能量。壳体管是活塞被推进的地方，同时也是压缩气体被储存的地方。
If you work in an office, if you sit on desk chair with the ability to adjust the height, then you would have come across a gas spring. As the chair is lowered, the resistance is greater and when it is raised, the resistance is less. When you sit down, the downward movement of the seat is cushioned, holding a comfortable position with easy alteration if necessary.
It’s common knowledge that the majority of doors open and close, but sometimes it’s not that simple. If you want the door to be opened with ease but quickly return to a closed position, or the opposite allowing considerable weight to be lifted easily but remain open until manually closing it, there will be a gas spring to suit any requirement. They can match any desired action and activation force for smooth operation.
No matter what kind of scale, no matter whether it’s for domestic use or industrial, gas springs fit a purpose and make the everyday operations smooth and easy. At AW Precision, we offer a full line of nitrogen gas springs to suit everyone so contact us today to find the perfect ones for you.
The post Everyday Uses of Gas Springs appeared first on AW Precision.
post 不同的工具用于拉伸金属首先出现在AW精度.
English Wheels主要用于形成复合曲线，英式车轮由两个轮子组成，车轮之间放置金属板材。当两个轮子拧紧时，压力增加;当薄片来回移动时，它会慢慢拉伸成所需的形状。这种工具以其精度和多功能性而闻名，因为它可以形成各种厚度的曲线，具有极高的精度。< / p > < h3 >收缩机,拉伸器
收缩器和拉伸器是金属制造的必要项目，通常一起购买。可以理解，担架是用来拉伸的工具;它是一种机械操作的工具，具有锯齿形的颚。 The sheet metal is placed in between these jaws and, when the control lever is pressed, they pull the metal in opposite directions consequently stretching it.
One of the most basic ways to stretch sheet metal is by using planishing hammers. Ultimately, the sheet metal is firmly placed on a hard surface and is beaten using the planishing hammer, forcing the metal to compress and stretch. Only low pressure is required when hitting the metal as the hammers provide complete control; these tools can also be used flatten and smooth metal after it is formed.
Although these are the main types of tool that are used to stretch metal, they can be used in conjunction with other tools to produce quality results. There is no one tool that is the best, you need to find the one that is right for you and your application, so play around and see which one suits you.
Remember: Always use the right die size when using any of these tools as these can affect the end-product. Tailor the die size to the physical properties of the sheet metal to achieve the best results.
The post Difference Between Tools Used to Stretch Metal appeared first on AW Precision.
数控冲孔即计算机数控冲孔，是一种常见的钣金制造工艺。数控冲床是使用计算机编程输入操作工具和从软件文件生成图案的机电设备。数控冲孔常见问题数控编程是如何工作的?冲床的编程的依赖(& # 8230;)< / p > < p > post < rel =“nofollow”href = " //www.izemi7.com/everything-need-know-about-cnc-punching/ " >所有你需要知道的关于数控冲孔< / >第一次出现在< rel =“nofollow”href = " //www.izemi7.com " > AW精度< / >。< / p >
数控冲孔是计算机数控冲孔，是一种常见的钣金制造工艺。
数控冲床是使用计算机编程输入操作工具和从软件文件生成图案的机电设备。
冲床的编程依赖于几个不同的因素。计算机辅助设计(CAD)文件是以2D DXF或DWG文件格式或3D格式呈现的所需模式。然后，这些信息被用于循环的计算机辅助制造(CAM)方面，以确定最适合的工具和创建平板金属组件。CNC巢将有助于确定钣金尺寸的最有效布局。
数控冲孔机将能够移动钣金准确地定位在冲孔冲压块下，从而可以冲压和形成所需的图案。有些机器只在一个或两个轴上移动，而有些能够沿着x, y和z轴移动。
可以数控加工的材料没有限制;从不锈钢到黄铜，从塑料到木材，它们都可以被冲压。可以加工的厚度范围在0.5mm - 6.0mm，所以只要材料在这个范围内就可以加工。
设计和图案的选择也没有限制。 You don’t have to stick to the regular circle or rectangle, designs can also be cut out to your specifications. CNC punching machines can utilise single hits, overlapping geometries and multiple different tools to produce the most complex shapes.
Once a design has been chosen and created, it can be used over and over again – This repeatability increases productivity by removing technical and intensive manual processes.
This automation and repeatability also makes this method fast, no matter how complex the design, the overall production time is reduced. Accuracy is not compromised either, in fact CNC machines are commonly used for the most precise and complicated shapes and machining.
CNC punching machines reduce the amount of waste that is produced whilst being fast and accurate. With an internal quality detector installed in many machines, when a deficiency is detected, the machine will stop punching to avoid any further wastage.
As the waste is kept to a minimum, this saves money in the long run as no raw materials will be thrown away. Also, as the whole process is automated, the operator is kept safe providing a hazard-free environment.
Laser cutters, plasma cutters and EDM machines all utilise computer programming to produce prototypes. Our sales and production teams have skills including CNC milling and other CAD design, so contact us today to find out more and enquire about our sub contract manufacturing.
The post Everything You Need to Know About CNC Punching appeared first on AW Precision.
post 潜在危害与板金属折折制动器首先出现在AW精度.
处理金属板时的轻微伤害，如切割和拉伤。
穿防护服，如手套，有时在装卸金属板时使用机械辅助。
安装能使工件运动对齐的轻型安全装置和带防护的运动传感器装置。后，前和侧护罩也可以用来隔离关闭点在模具组，压力机框架和工件。危害:经常暴露在嘈杂的金属薄板弯曲制动器中会导致听力损伤或丢失。在评估噪音水平后，为你的员工安排听力筛查，并提供像工业级耳塞这样的听力保护。此外，通过将机器存储在有隔音屏障的隔离房间，这将降低噪音水平。< span style = " font - family: " font - family: " font - family: " font - family: " font - family: " font - family: " font - family: " font - family: " font - family: " font - family: " font - family: " font - family: "< span style = " font - family:微软雅黑;font - family:微软雅黑;font - family:微软雅黑;此外，提供防滑垫和适当的地板，同时保持区域周围的刹车清除任何危险。
如果你有液压弯闸，液压油泄漏会导致皮肤和眼睛刺激和呼吸困难。< span style = " font - family:宋体" > < span style = " font - family:宋体" > < span style = " font - family:宋体" > < span style = " font - family:宋体; Make sure regular maintenance is undertaken to identify leaks and apply preventative methods to avoid them in the future.
Faulty machinery can lead to injury such as bruising, fractures and cuts.
During repairs, always turn the bending brake off and don’t use until it completely fixed. Keep safety procedures nearby and undertake regular inspections to avoid major faults in the machinery in future.
By following these guidelines, you should be able to avoid these potential hazards and stay safe when operating a sheet metal bending brake. Regarding our sub contract manufacturing services, bending sheet metal is one of our capabilities, so contact us today for any advice or further information.
The post Potential Hazards Associated with Sheet Metal Bending Brakes appeared first on AW Precision.