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Three signs that you should change your bagging machine
07.9.19

Three signs that you should change your bagging machine

You may be running a big or a small business, but the packaging equipment is always a huge investment. The choice of packaging machine defines your ROI.

Packaging machines are fascinating. As today every other industry is dependent on packaging operations, auto bagging systems became an integral part. Though the advancement in packaging is huge still there are some limitations in manual bagging. First is the quality and second is the bagging consistency

Cybernetik offers fully automatic bagging machines which are ideal for your packaging needs.

We also provide machine maintenance schedule and hands-on training to ensure that our customers fully understand the in and out the machine.

Regular operation interruptions or long downtimes can be devastating for your business, and can even lead to safety hazards for your staff, making it critical to know when it’s time to upgrade or replace your equipment.

So how would you know what is the right time to upgrade?

More or frequent downtime

If you are experiencing frequent upsets with the manual bagging machine and that leading to downtimes. It is not a good sign. The troubleshooting time and cost will be added to your operation cost.

Inaccuracy and low production rates

Operating with manual bagging machines is always a difficult job. Maintaining efficiency and product quality is a crucial task. Auto bagging not only helps you to meet your production rates but also keeps the quality better. Cybernetik offers automatic bagging machine which in accordance with the cGMP standards. The machines are ideal for the food and pharma industry where hygiene is important.

Reduction in Speed

You should not ignore when the machinery is running slower than the actual speed. this may lead to the frequent downtime and ultimately a loss of production hours. Our preventive maintenance schedule gives you the exact time to make any maintenance activity. We help our customer to keep the machine running 24/7. Our packaging systems are designed to get lesser maintenance breaks.

What should you do next?

If you are experiencing any of the problems with your bagging machines, contact us at sales.automation@cybernetik.com. We provide a complete solution for all your bagging needs.

Advantages of Auto bagging Machine

A streamlined and efficient warehouse.

Improve the fulfillment process to keep up with consumer demands for quick shipping.

Lower cost of operation, and increased ROI.

Increase in quality, which increases customer satisfaction and customer loyalty.

Reduce staff injury and improve facility safety.

Speed

The speed of manual operations is always limited and it takes much time to complete the packaging process. Automatic packaging machines take very less time to compare to manual work. It automatically fills and seals the product inside the plastic bag. An automatic machine works inline or rotary system and fills multiple packaging bags per minute.

Reduce labor cost

As you read above how the speed matters, an automatic bagging machine increases the speed of operations. More speed simply means more work. This machine helps to reduce your labor cost. Let’s say you need ten people for the packaging of multiple plastic bags. On the same time, a machine does this same work. That ten people take too much time for packaging and a machine done this within minutes. It means you need equipment that runs faster. It ultimately reduces the total cost of operation.

Product safety

Safety always has top priority in every industry. If the product is not packed properly, maybe it cannot be the sale and it will hamper the product identity and brand value. This can happen with your products if you get manual operations for packaging. An automatic packaging machine bags all product inline and with consistency eliminating the risk arises due to manual interventions. An automatic machine places the product with safety inside the bag.

Increased production

You always have the limitation with manual operations to achieve the product demand. But this limitation is overcome by automatic machine; you will definitely experience the change in bagging consistency and speed of bagging.

20.03.20

When are Six Axis Robots a Better Choice than Three Axis Gantry Robots?

When are Six Axis Robots a Better Choice than Three Axis Gantry Robots?

Six Axis are Better than Three, Usually Six axis robots are the most widely integrated industrial robot at present! This is because the six degrees of freedom they offer deliver a near perfect, middle of the road combination of flexibility, strength, and reach for a majority of industrial operations [1]. Across the industrial world, the robot star is ascending. Robots continue their relentless march forward, handling lethal, tough, and repetitive tasks with effortless ease [2]. Superior controls have propelled robot user friendliness to unprecedentedly high levels [3]. Employing robots boost throughput, minimize cycle t imes, and remove bottlenecks [3]. Considering their fantastic applications, understanding the capabilities and limitations of different robot types is a worthwhile exercise. What works today may not hold good tomorrow. Even if an economical three-axis gantry robot addresses a manufacturer’s requirements at present, it may not deal effectively with the rising operational complexities of the future. This can happen for many reasons. For one, the simple manufacturing operation of the present day may evolve into a more intricate at a later date. Inspired by initial success, the manufacturer may diversify into more sophisticated projects wherein operations too get more convoluted by their very nature [4]. However, gantry robots have their own sets of advantages. They do a much better job when dealing with heavier loads across longer spans. Next, technicians can customize their features to a certain extent, the addition of a rotational axis to the arm being one such. The choice between six and three is, therefore, a more nuanced one. Features of Multi-Axis Robots Figure 1. Axes of a Six Axis Robot Arms of six axis robots can rotate along six diverse axes, thereby permitting the robot to move in six directions as described below: 1. Axis 1 (Vertical): Robot pedestal can rotate around […]

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30.03.20

Why Good Manufacturing Practice (GMP) & Equipment Validation are of Paramount Importance?

Why Good Manufacturing Practice (GMP) & Equipment Validation are of Paramount Importance?

GMP: The Phoenix Rising from the Contergan Scandal Good Manufacturing Practice (GMP) refers to a set of broad, legally enforceable recommendations [1] that provide guidelines to manufacturers, packagers, and processors of pharmaceuticals, foods and beverages, medical devices, cosmetics, and nutritional supplements in order to ensure that these products are fit for human consumption (safe) and serve their intended purpose (effective) [2]. Also called cGMP wherein the ‘c’ stands for ‘current,’ the term underscores the need for manufacturers to stay updated with latest GMP practices. Companies execute GMPs through their Quality Management System (QMS) [2]. Considering the comprehensive and exhaustive nature of GMPs, the QMS has to take all departments on board [3]. Now, the reason why GMPs are so demanding lies in its history – GMPs evolved in the wake of the infamous “Contergan Scandal.” Contergan was the brand name under which a German company sold Thalidomide [4]. The chemical was fairly popular among expectant mothers in Europe for countering morning sickness and sleeplessness [5]. They woke up to the horrendous side effects of thalidomide when researchers established the connection between the chemical and severe birth defects in 10,000 infants [6]. Other estimates place the figure higher and regard this as the second largest manmade catastrophe, war being the first [4]. Thalidomide products were almost distributed in the United States! It was only the incessant efforts of vigilant activists that got the chemical banned in 1962, at the eleventh hour [5]. A positive fallout of the disaster was an invigorated public opinion that spurred regulators into issuing the first set of GMPs in 1963. Thereafter, GMPs have expanded steadily to include more products and devices. With this as the context, it is easy to see why GMPs seek to guarantee that products are [2]: • Safe for the end user. […]

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