Category: Technology

The use of video surveillance such as a live video monitoring Turlock is one of the effective methods to secure properties and assets. This system is using advanced technology, along with sophisticated monitoring applications. A live video monitoring technology gives a lot of benefits.

Full Monitoring Service

Keeping an eye on properties and assets is challenging. You have to monitor them as often as you can. Indeed, you can’t do it due to your schedule. A live video monitoring technology helps by giving a full monitoring service. The system will monitor properties or assets for 24 hours. The system will alert if there is something suspicious in the area. As a result, you can take action to protect the assets.

Prevent Crimes

A specific technology such as a live video monitoring Turlock produces a high definition picture. You will be notified if there is something suspicious in the monitored areas. The system helps you to recognize the face of intruders immediately. Indeed, it supports you to detect strange actions earlier. Due to the high definition images, you can do something earlier toward certain criminal actions. As a result, this technology prevents losses and vandalism.

Control Properties and Assets No Matter Where You Are

The biggest problem is that you can’t monitor your properties or assets when you are not there. On the other hand, crimes may happen anytime, especially when you are not monitoring the properties and assets. Live video monitoring technology allows you to monitor your properties and assets even when you are not there. All you have to do is log in onto your phone or desktop and monitor the areas from the surveillance cameras. This remote service makes you leave the properties or assets without anything to worry about. It is because you can still keep an eye on them anywhere you are.

Fast Alert

Another problem with controlling property and assets is that you don’t know if an intruder is passing through the area. There is no alert from the security camera system. When you know it, everything is too late. Live video monitoring technology uses an alarm feature. This alarm alerts you if there is something suspicious in your area. This technology helps to recognize the activity without searching the recording videos for a few hours. The faster you know the suspicious activity, the earlier you take action to handle it.

Use the Latest Technology

A reputable live video monitoring company offers a device that is supported by the latest technology. For example, you will have a security monitoring technology, along with the newest IP technology, highly-intelligent cameras, high-tech audio systems, and other advanced accessories that improve its performance. As a result, this technology can accurately detect and determine suspicious and criminal activities in your property or assets.

Despite the benefits above, installing a live video monitoring Turlock is an investment. The technology gives extra protection to your assets and properties. The cost is affordable, and you will get something that you expect. The most important thing is that you get full protection for your precious assets.

Computer numerical control (CNC) machines use computerized controls to shape, manufacture, and remove metal. There are five major types of CNC machines: CNC plasma cutters, CNC milling machines, CNC drilling machines, CNC lathes, and CNC grinders.

CNC machining carries many advantages to any production as they can be applied in various fields, including; automotive, electronics, medical, dental milling, aerospace, firearms, manufacturing, transportation, military, construction, agriculture, production, marine, and publishing.

Some of the significant advantages of CNC machining include;

• High production rates with quick deliveries of standardized products
• Provide useful, convenient, and accurate production for bulk quantities
• Lower costs as it saves on time and money since the process requires less workforce
• Reduces the amount of waste material
• Eliminates human errors that can lead to costly repercussions
• Improves the safety of the workplace by eliminating injury risks
• Able to work 24/7 without taking breaks or getting tired
• Uniformity in all end products
• Its ability to store various design programs for future use.

Although CNC machines are usually costly and they require a lot of functional floor space, we can agree that the advantages outweigh these disadvantages. However, to reduce the high costs of investing in this equipment, it is advisable to use an offshore CNC machine as it allows you to increase your production rates at lower prices.

So, how can you be able to know which CNC machine is perfect for your production? Below, we will look at some of the things you should consider when selecting a CNC machine.

Model

To make the best model selection, it is important to consider your product and the processes required for its production. Your selected model should be able to meet your processing requirements while guaranteeing lower risks and lower production costs.

CNC System

When selecting the CNC system, it is good to keep in mind that a machine can be equipped with various techniques. This enables the device to perform different tasks. There are some essential factors that you should consider when selecting the CNC system, such as; the system’s service life, the ease to use and maintain the machine, and the performance of the device against its price.

Accuracy

It is good to select a CNC machine that will give you perfect precision. CNC machines have 20-30 items for accuracy inspection. However, the main characteristics that you should look out for when selecting the precision ability of the CNC machine include;

• Single-axis placement precision
• Single-axis recurrence placement precision
• The roundedness of the trial part produced by concurrent machining of the above two axes

The accuracy of repeat positioning usually reflects the precision of each mobile part of the axes. The single-axis positioning precision refers to the fault range when aligning at any given point within the shaft’s knock. This reflects the accuracy of the machining tool. On the other hand, the repeat positioning precision demonstrates the axis’s stability at any given point of the shaft. This helps in determining whether the shaft is capable of working sturdily and consistently.

Main Feature Specification

The main feature specification of the CNC machine should be selected based on the specified variety of distinctive workpiece of the machining proportions. Most CNC machines have different axes ranging from 2-axis to 5-axis. Based on your product’s understanding and the processes involved in its production, knowing the total number of axes you want in a machine becomes much easier.

For example, you would require a 2.5 axis CNC machine for drilling purposes, while tasks that involve multidimensional movement and rotation of tools would require a 5-axis CNC machine.

Conclusion

Equipped with this knowledge, it becomes relatively easy to select the best CNC machine for your production. The benefits of CNC machining cannot be compared to conventional machining. Whether you want to invest in a CNC machine either by buying or outsourcing, follow the above guides, and you will be assured of selecting the perfect CNC machine for your production.

 

Robot assembly or assembly by use of robots has been essential in increasing the speed of production as well as quality. Processes such as screw driving, nut driving, fitting parts and insertion are considered repetitive and an ergonomic threat to people due to the high risk injury. However, through the implementation of assembly robots, these tasks can now be accomplished in the fastest speed and precision within the shortest time.

Uses of Robot Assembly

Robot assembly is ideal for activities that require high speed and precision such as screw driving which requires putting together parts that are too tiny and delicate for human assembly. Through automation of such processes, assembling can be done at a faster speed and with no mistakes which would be impossible for people who get tired and are prone to making mistakes. In addition, there is little uniformity in human assembly processes while robots work without making mistakes.

For most industries, shortening the product lifecycle is a priority where implementing robot assembly not only achieves this but also offers monetary advantages over other forms of automation. Businesses that invest in robot assembly are able to reconfigure their lines with ease and deploy them to other tasks which is not possible with equipment dedicated to assembly which losses value once production is complete.

Common Types of Robot Assembly

There are three main forms of assembly robots, classified according to the type of configuration they use. These are:

• Delta Configuration Robot – mainly used for picking and assembly of parts in production and are known for their high speed and ability to perform monotonous tasks with speed and precision.
• SCARA or four-axis robots – unlike the delta, this assembly robot can move in four degrees and is also used to perform pick and drop tasks.
• Six axis articulated arms – With two more axis compared to the SCARA, this robot allows for six degrees freedom which offers higher advantage compared to those with fewer axis since they can perform more tasks.

How They Work

With vision incorporated to their systems, robot assembly can be guided through programming to pick out objects from a conveyer belt or rotate a piece to fit in with another in processes that require screwing. Another feature incorporated to the systems is force sensing which is useful for robot assembly tasks such as insertion which require the robot to use specific amounts of force for the parts to fit in together. Both features help ensure that robot assembly is cost, quality and time efficient.

Picking the Right Assembly Robot

While it may seem like the best idea to pick an assembly robot with the most axis, it is best to consider what tasks the robot shall be given depending on the industry. Some of the robots are limited by the optimum load they can manage or by their range. For example, SCARA robots are ideal for cheap and simple structures where the only reason to pick an articulated robot would be if the tasks require more axis to provide flexibility.

Budgets also have a huge influence on the type of robot assembly applied in production with the articulated robots attracting higher costs compared to the SCARA. Unless tasks really need the added benefit of additional axis, it is best to use the cheaper robots if the budget is limited.

The number of axis needed per process is directly proportional to the task at hand. However, the higher the number of axis the lower the accuracy of the assembly robot.

Robot Assembly vs. Human Assembly 

While it may appear like robot assembly is equal to human assembly, the two cannot be matched since some activities that are easy for humans are harder for robots to accomplish and vice versa. Robot assembly in the recent past has grown friendlier to human interaction with developers programming robot software to recognize human presence and reduce their intensity, only resuming full speed after the person leaves.

Summary

Robot assembly is definitely beneficial to a number of industrial processes which is why it is important to understand what it is about and assess which robot works best for the tasks within the business.

 

When selecting a universal robot that will help you tackle tasks on the production line, it is always important that you pick the best and correct robot for the job. Universal robot is usually used at the end of a production line spectrum since they are more appropriate for jobs with a light payload.

The universal robot are normally the best solutions for tasks that involve products/parts to be lifted weigh less than 20kg and if the distance to be traveled is 1300mm and below. They improve the industrial line in many various ways that may include;

• Easy Programming Aspect

Due to its technology, universal robots allow operators that have no experience in programming to quickly set it up and operate them with 3D visualization and intuitive. The operator needs to simply move the robot arm towards the desired waypoints or control it with the arrow keys on the easy-to-use interface on the touchscreen tablet.

• Affordability Aspects

In general, universal robots are cheap and also their purchasing and maintenances cost is low. There are reconditioned universal robot models that have greater savings opportunities.

• Versatile/Flexible Mounting and Installation

Due to how the universal robot are lightweight and compact, they can easily be installed in different locations such as walls, ceilings, tabletops, floors, shelves, etc. This capability of universal robot allows more space-efficient and creative work cell designs to be achieved. The average set-up time of a universal robot is approximately half a day. Also, for an untrained operator, it takes him/her less than an hour to unpack the robot, mount it and program it first simple task. They are also flexible due to their characteristic of being lightweight and their ease to re-deploy to multiple applications without changing the product layout.

• Good execution and performance levels

Universal robot provides exceptional precision, speed, and repeatability. Through them, companies can cut cycle times and increase their overall productivity.

• Safe in operation

Universal robots have replaced human operators in the execution of dangerous, dirty and dull tasks. These has in turn reduced repetitive strain and accidental injuries. Eighty percent of the Universal robots operate without safety guarding since they have passed through risk assessment and their safety systems have been approved by the German Technical Inspection Association.

Benefits of Producing Locally with Universal Robots

1. shorter lead time

Through local production, one is able to reduce the lead time in the production line in a way that offshoring production cannot.

2. Creation of Local Jobs/Tasks

Robots are being criticized that they steal automation jobs. However, jobs that would otherwise been sourced from external sources are now created locally by companies through the use of universal robots.

3. Provision of Better Product Quality

Through local production, one is able to have full control over the quality of the products that he/she produces and hence giving one the power of adjusting quickly if one identifies variation in quality. By carrying out the robotic finishing of your products locally, one is full control of the final look to his/her product.

4. Promotes Sustainability

The environmental impact of businesses is a particularly hot topic right now. It used to be that the economic advantage of offshoring was the top factor. Now, sustainability is “mission critical” for businesses. Choosing a collaborative robot to automate a process in your business is much more sustainable than shipping your product halfway around the world. Universal robots can also improve sustainability less obvious ways — for example, they make better use of abrasive media by eliminating common sources of human error in robot sanding and polishing.

5. Fewer cultural confusions

True cultural integration is great, but offshoring can highlight the disadvantages of cross-cultural communication. These issues are compounded by the fact that you may be literally on the other side of the world from the people doing your work. It is certainly possible to adjust to such cultural and social differences, but it adds complexity to your business.