8 Packaging Tips: Natural And Organic Cosmetics

Gorgeous packaging is a temptation for us all; in the end, that is why we decided to develop packaging solutions. As stated many times before: packaging is the first impression your products make, and that is why it is so important. With the rapid emerging of new brands of organic products, we prepared 7 tips that will help you choose packaging for your skin care products.

Packaging: It Matters More Than You Think

There are a lot of things that you must consider when you choose packaging for your natural and organic skin care line. The packaging must visually reflect your values, your commitments and your brand. If being green is important for you and your brand, you need an eco-friendly packaging and a packaging solution that is up for the task.

Brand Promise: The book is judged by its covers

Sometimes you open a package and realize that the product isn’t up to your expectations and the packaging’s promise? Other times you don’t want to buy a product due to an unattractive packaging and then you discover that the products are amazing. This is why we advise you to answer these 4 questions when choosing your brand expression on packaging:

1. What type of container best matches my brand?
2. What colors best match my brand?
3. Do I want an innovative packaging like bags?
4. Do I want my customers to recycle or reuse my packaging?

Product Delivery: Match the packaging with the environment

Farmer’s Markets, festivals, spas, salons, e-commerce, traditional retail… Where will you be selling your product? Whatever you chose, keep in mind that the packaging should match the buying environment. Secondly, you should take into account how you will transport your products. If you intend to sell your product through retail, think about shelf-ready packaging solution. If you plan to ship larger amounts of product to your distributers, read more about case packers and palletizers.

Pricing: It’s More Than Just the Cost of a Container

So, private label manufacturing is new to you? Prepare to learn how to include costs for filling and labeling and also the shipping fees in your packaging cost. Let’s say that you fell in love with a 4-ounce hexagon glass jar with a silver twist top. Classy, fun, and above all, it is within your budget of less than a dollar for the entire container. Now you need to know the cost of the packaging equipment for this packaging format. If your packaging equipment manufacturer can’t easily handle this type of jar, you might get charged more than you might for a packaging solution for different format. If you plan to ship this product across the country, the shipping cost will probably be higher than what the cost would be for a light-weight plastic jar. We don’t say you should give up on the hexagon glass jar; just need make sure that your end price allows you to make money without going beyond your brand’s price point. 

The Lid: Make or brake the experience

If something can make or break the product experience, it is the lid. If you’re selling a liquid product, like a facial toner, you need to put it in a bottle with a spray pump or a disc cap to make it easier for the customer to use and to avoid spilling out. Container lid types include:

• Dispensing Caps (disc caps, spout caps, orifice reducer caps, flip tops, shaker tops) – Appropriate for lotions, washes, serums, cleansers, toners, powders or any product where you don’t need to remove the lid to use the product
• Pumps (Treatment Pump, Up-Lock Pump, Down-Lock pump, airless, foamer) – Ideal for lotions, washes, serums, cleansers, conditioners, soaps
• Sprayer/Mister – Good for toners, misters, air fresheners, linen sprays, body perfumes
• Non-Dispenser Tops (Jar or Tub Lids, Phenolic Lids) – good for cremes, balms, essential oils (phenolic), powders or any product where you have to remove the lid before product use
• Droppers (euro and pipette) – most often used for essential oils, mixed carrier oils, toners or serums
• Brush Caps – mixed carrier oils for cuticle care
• Sealers and liners – can only be used with dispensing and non-dispensing caps. This is for added protection to show that the product hasn’t been tampered with.

Packaging format: Convenience and costs

Tubes are just perfect for some products and cylindrical bottles with treatment pumps are convenient for others. Besides finding a way for the customer to enjoy your product in the best manner, you must think about how costly it will be to pack. Before you pay for expensive product designs, it’s important to choose the container parts—container, lid, liner, brush and the packaging solution. If a manufacturer has to develop a packaging solution for you from scratch, it will cost more. Some manufacturers rely on modular design. They can make you a solution from existing modules, so it will cost you less.

Be cautious with refurbished equipment

Be very cautious if you consider buying a second hand or refurbished packaging machine. It can cost less initially, but there is a risk from hidden costs. The machine you purchased can turn out to be inefficient and unreliable.  There is also a question of spare parts and service. Are they available? Can you acquire them easily? Don’t forget about safety standards that are constantly rising. Can a refurbished machine meet them? There is also a risk of unpleasant surprises like expensive modification of a machine in order to make it work for you. Finally, warranties on used machines don’t usually cover all the important components, that is, if there even is any warranty. Read more about new and refurbished packaging equipment.

Labeling

Labeling can be critical for natural and organic cosmetic products. You want the label to match your brand and your distribution channels while remaining compliant with FDA Labeling Guidelines. A good label has to describe the product and specify its contents, identify the product or brand, show the grading of product, help in promotion of products and provide information required by Law. Read more about proper labeling.

Instead of a conclusion

It’s good to do some focus groups with your product using the hand-filled versions of your product packaging ideas. This will provide you with good feedback about usability, value vs. perceived value, and whether or not your customers will fall in love with your entire product. Once you choose a primary packaging, the rest is easy. Check out our cartoners, case and tray packers and palletizers for full end-of-the-line packaging solutions. 

Tips on Increasing Packaging Automation Uptime

Unfortunately, we still haven’t invented a cartoner, case packer, tray packer or palletizer that can work 24/7, with no downtime. Our machines are built solid, but even the most reliable machines occasionally need to be shut down in order to do maintenance and replenish materials that the machines use.  All managers strive to increase the efficiency of certain processes. One of the ways to increase efficiency is to maximize the automation processes and minimize downtime.

Key techniques for increasing efficiency

Start with gathering precise information about your packaging line. This is how operators can analyze the efficiency of the line and discover if there is a room for improvements. Engage the workers on the factory floor in the process and you have a winning strategy. Stimulating your employees to benchmark and analyze their performance will make them more energized and willing to discover new ways to improve efficiency.

Changes to manufacturing practices can also create efficiencies and increase throughput. One of the major causes of downtime is material or product loading and utilizing an automatic loading system can significantly reduce downtime and increase profitability. Automation of processes often means that fewer operators can manage the task, which reduces the labor costs.

There are two areas you should focus on in order to accomplish a high degree of packaging automation uptime: redundancy and availability. Redundancy is about backup systems that can take over the production during the maintenance, servicing or failure of some of the main components. Without the backup system,all these cases would end in system downtime.

Redundancy in Packaging Automation

Printer/applicators: These machines need a steady supply of labels that come in large rolls. Instead of shutting down the operation when it is time for a roll change, a second machine can take over the full production load during maintenance. Actually in many cases, having two printers running at the sametime enables a higher label application rate and actually works better than keeping one machine as a backup, because it eliminates the time needed to get the spare machine on line.

Packing list inserters: These machines require paper replenishment, and depending on the air humidity, there is constant risk of paper jams.This can be easily solved with 2 machines working side by side.

Availability in Packaging Automation

Availability is about the percentage of time the system components are available for operation in comparison to the time they are not (when they need to be turned off for maintenance or repair)

Some solutions are better than others when it comes to availability. So,for promoting packaging 

automation uptime, consider these solutions:      

          Use glue machines for carton sealing instead of tape: Gluing the top and bottom of a carton saves money in materials, it can improve the opening experience for your customers and it dramatically increases uptime for your automated packing system as well. In order to replace tape rolls the machine has to be shut down. Glue on the other hand is stored in a reservoir that can be refilled while the machine is in operation.

·         Use machines with servo controls instead of VFD driven or pneumatic machines: Servo controlled equipment requires less maintenance and adjustment during operation and it is easier to change over between sizes than VFD driven or pneumatic equipment because of preloaded programs.

Increases in productivity and efficiency result in increase in the profitability of the business. With maximum line efficiency, each package is able to absorb more of the plant overhead. The existing capital structure can be used to fulfill more customer orders at less cost per unit. Relatively small but highly strategic capital investments, such as automatic packaging equipment, can be returned quickly and ultimately lead to even greater line profitability.

If you are looking for a way to minimize downtime and increase efficiency, search no longer! Tishma Technologies manufactures fully automated packaging machines and systems with various modular add-ons that allow you to automate every aspect of the packaging process, from product feeding to printing and labeling.

Serialization and Pharma Industry – Are you ready for changes?

Over 40 countries have laid down track-and-trace laws in order to protect drug integrity and trace the product through the supply chain. It is excepcet that by 2019, these laws will affect 75% of the world’s prescription medications. Law requirements vary depending on a country, but they all focus on one key aspect: Serialization.

Implementing serialization might appear simple; it is all about assigning unique numeric codes to each individual product. Yet, there are a lot of details you must pay attention to, before you begin with serialization of your products.

Until now, manufacturer’s main concern was to produce identical units that follow an exact standard. New rules demand that after production, each item is to be identified and marked with unique code which is then further communicated to supply chain partners. Manufacturers are also held responsible for that data for a period of time that may last for several years. 

Line Upgrades

Appling serialization requires upgrading your packaging line, and in order to do that, you need to precisely define your requirements and answer a few questions.

Equipment. For start, what are your new equipment needs?  Can your current printing equipment produce the required 2-D bar codes? Are your vision systems ready for the challenge?  

Downtime. You cannot upgrade a packaging line without certain amount of downtime, depending on how much time each upgrade takes. Try to adjust production schedules to ensure you will have enough products in stock while your machine is being upgraded.

Artwork. Changes in design do not directly affect the packaging process, but they aren’t to be overlooked. Quite a number of pharmaceutical companies have to redesign their labels to ensure there is enough space for the 2-D bar codes and other human-readable components. How much time will it take for your designers to redesign the label and how much time will it take for FDA to approve your new layout?  

With all of this in mind, implementing serialization might seem like a real hassle. Yet, be aware that serialization brings many improvements to your management data, so try not to see it as just a law enforced obligation.

1.       Recall Management       

Recalling bad, tainted or spoiled products is a challenge for any manufacturer.  If you don’t track the product through distribution and retail channels, you cannot do the recall accurately which results in costly general recall of all products. Serialization helps you to reduce the impact of a recall, reduce the time to complete the recall and save the brand image.

2.       Alerting

The sooner you receive an information that something went wrong, the sooner you can fix it and thus reduce costs or errors and prepare and plan for issues before they occur.

Controlling your supply chain and tracking the product allows you to alert your partners when things are not going as planned.

3.       Expiration Management              

For products with limited shelf-life, the batch number can be used to determine product’s End-Of-Life (EOL) and help to implement certain management disciplines and strategies. True, this may require certain supply chain partners to capture, monitor, communicate, and act on expiration data, but in the long run it reduces obsolescence, reduces returns, and improves replenishment planning and accuracy.

4.       Supply Chain Planning   

Unique product codes are helping you to always know how many of your products are left, for example, in the in-store inventory and to predict when and where to replenish the stocks. It also helps you to asses all sorts of merchandizing issues, from displays to distribution patterns.    

As a conclusion: Implementing serialization is a serious process, but the benefits are worth it. And thought it seems complicated, all you really need is a trusting partner who will help you to prepare your packaging lines in order to respond to these new requirements. Tishma Technologies is a first choice, so check out Tishma Technologies' cartoners, tray packers, case packers or palletizers, available with laser and ink jet printers and Serialization vision and tracking capabilities.

New Technology and New Standards - Packaging Machine Safety

Safety standards in the packaging industry are changing at a fast pace. Once, safety was a matter of a few requirements and maintenance, but today this topic is wider and much more complexed. Packaging industry needs cartoners, case and tray packers and palletizers with greater speeds, faster change overs and less downtime, while the market demands new products and packaging styles.

Shutting down a machine is not just a minor step back anymore. With today’s automation of packaging lines, shutting down a machine is impractical and it leads to productivity loss. Bringing newer packaging machines and systems back online may in some cases be a more complex and time-consuming than with older machines. Not to mention that if you shut the machine down while there is product in it, before you can turn it on again you will have to clear the product from the machine. Apparently, the matter of safety cannot simply be reduced to an "emergency off switch".

Anyway, machines do require maintaining and servicing, and we simply have to find a way to perform safety related tasks without stopping the production. A modular design approach can be handy in theese cases. Some parts of the machine can be slowed down or put in a different mode of operation, so that a downtime is kept to a minimum. The operator is safe and when he is done, the machine can run faster again.

What about the standards?

The only standards that have the support of law in USA are the standards set by the Occupational Safety and Health Administration. Yet, multinational companies are quite persistent in demanding compliance with various sets of standards. Non compliance can even shut the door for some markets, for example Europe. On the other side, new technologies can make packaging machines safe and productive, according to demands and new safety standards.

The two most important standards in this field are ANSI/PMMI B155.1 2011 and EN ISO 13849-1. Other standards might refer to a specific aspect of a machine or system operation, such as robotics, but these two standards are the main drivers in redefining safety requirements for packaging machine manufacturers and users.

Zoning and optoelectronics – New way of doing things

New safety technology utilizes the same Ethernet network as the machine control system. Moving to a networked safety system allows packaging machines and lines to be zoned, replaces wiring and provides additional diagnostic information.

With the zoning approach you can safely control speeds, torques and motion in specific sections of machines or lines without having to stop the entire line. This way the system can be safely slowed down rather than e-stopped and restarted.

We are already familiar with the importance of robotics in packaging. What you may not know is that the great percentage of robot-related injuries occurs not during production but during programming and maintenance. To access the robot, workers must expose themselves to risk, because they need to turn off some or all of the old, binary on/off safety devices. New technology and new standards allow workers to access robots and still be protected. The Robotics Industry Association (www.robotics.org) has recently revised its ANSI/RIA R15.06 2012 Industrial Robot Standard according to the risk assessment methodology of EN ISO 13849-1 to adjust to this new reality and allow today’s advanced programmable safety devices to be used.

Light curtains, laser scanners, safety cameras and other similar devices are becoming more and more reliable and coupled with integrated controllers, they provide more flexibility as well.

Optoelectric devices such as safety light curtains are getting cheaper while adding additional features making these devices more affordable to incorporate. 

Introduction of new safety technologies like safety controllers allow these and other devices to be easily incorporated into machines and systems. Advanced communications and the flexibility of the safety controller reduce the machine down time thus improving manufacturing efficiency. The safety controller is expendable, so it allows a customer to standardize on a single platform for all their machines.

New technology equals new options, so when you set off on a hunt for a new packaging machine, ask for a machine's safety specification and choose the machine that can meet your requirements in terms of safety and productivity. Start now; get a quote on Tishma Technologies' cartoners, tray packers, case packers or palletizers.

Old VS New - A guide to buying new or refurbished packaging machine

Production department insists on new equipment, the financial department tries to cut costs, and it is the decision is up to you: should we purchase a new or a refurbished machine? In all “old vs new” dilemmas price is always the main factor, but you need to consider other factors in order to make the right packaging investment.

If you are a startup business that wants to test product and packaging concepts at a reduced cost - refurbished machine might work. Used machines are usually available quicker and they cost less. But... The machine you purchased can turn out to be inefficient and unreliable.  Are there spare parts available and can they be acquired easily? Can a refurbished machine meet safety standards that are constantly rising? Are you going to have to invest in expensive modification in order to make the machine work for you? What about warranty?

If you still insist on getting a second hand machine, make sure to keep an eye on these four things.

1. Do a complete audit of the machine including the electrical components.

2. Find out about the history of the machine; what products were run on it? What was the plant environment? Was maintenance performed on it regularly?

3. Look for oil leaks – they are a sign of a poorly maintained machine.

4. Always demand to see the machine in full operation, so you are sure that all functions work.

A new packaging system is the ideal solution for established companies that want to improve packaging efficiency.

These companies are more interested in improving packaging speed, packaging quality and overall efficiency of a production-line, since they already have a defined and standardized packaging processes.

True, this demands initial capital and investment costs are higher, and with some manufactures it may take a bit longer for machine completion.

But, on the other hand, you will get a piece of equipment that is designed and optimized specially for you, so it can serve you for many years to come. The new machine is compliant with all current safety requirements, it has a genuine warranty and with a good manufacturer, you don’t have to worry about regular maintenance, service personnel or spare parts.

So, here's the 8 advices you should follow when you consider buying a new packaging machine.

1. Research Online, Purchase Offline.

Use the internet to educate yourself and learn about new modular features of packaging machines and packaging techniques that may interest you in the future. Narrow your choice down to two or three manufacturers and models that could meet your needs.  Don't spend a little time in communication with many manufacturers,  take your time and get all the important information from the few manufacturers you contacted.

2. Be a Value Shopper - Not a Price Shopper

Don't be too rigid about the right price, or you might end up with the wrong machine. Ask about certain modular add-ons you can buy later. This will allow you to move up in features as your business and budget grow, without losing a big part of your initial investment. A good manufacturer should provide a way for you to upgrade your equipment.

3. Ask About Warranty and Services

Check if the manufacturer you chose can provide you with satisfactory warranty, spare parts and servicing of the machine.

 4. Expect and Embrace Training

The more complex the packaging solution is, the more valuable a well-educated support team will be. Proper training can help you to explore new possibilities and find the best way of utilizing your new packaging machine.

5. Try Before You Buy

A good demonstration and testing are mandatory! Demand to see the machine working with a variety of products and packaging types, utilizing all the features you required.

6. Allow Yourself Room to Grow

Purchase a machine that allows you room to grow. Even if you have only a small interest in expanding your product line, ask about the ability to add the features that will allow you to pack your potentially new product in the future. Some features can be added as an after-purchase, while some will require an entire change of models.

7. Trust Your Instincts

Which manufacturer seems more appealing? Who is the most suitable for a long term relation? After all, you are investing in an entire packaging environment, not just in a packaging machine. Make your purchase where you feel at home. Will you be at ease contacting the manufacturer and asking for help? Is technical help readily available?

8. Always Consider a Manufacturer's Reputation

How committed is the manufacturer  to you as a client? Are they set out to make the initial sale with a focus on building a long term relationship, or do they assume they won’t be seeing or hearing from you in a while? Do they offer a full line of products and services that support your business? Are they structured as a onetime stop for acquiring the machine, or as a potential lifelong partner in all your packaging endeavors?

We won’t tell you that Tishma Technologies should be your first choice. Just follow these steps. We look forward to cooperating with you.

Do not let the potential price discourage you in getting a new machine. With a modular approach to design, the price of a new machine isn’t always significantly over your budget. Go ahead and ask a reliable manufacturer for a quote. You can start by checking out Tishma Technologies’ cartoners, case packers, tray packers, palletizers and robotics - whichever you need, Tishma will deliver!

Advantages and Add-ons for modular packaging systems

 Modular design is an emerging trend in the world of packaging solutions. With the modular approach, all elements have a Lego  like configuration, so that various ehancments can be arranged and combined to fit the application. There are various modular add-ons for a packaging line, but here are the 9 most common ones that can make your packaging process much faster, efficient and cost effective. 

1.            Automatic Bottle Loader

Bottles are received on a conveyor, the presence of a bottle is detected and will call for a carton to be erected (no bottle no wasted cartons). Automatic bottle loading requires less manpower and it makes the packaging process more efficient.

2.            Automatic Leaflet feeder

 The automatic leaflet feeder can automatically collate and insert literature in the package at very high speeds, so you don’t have to do it manually

3.            Ink Jet or Laser printer

 An InkJet Coder is used to mark the package with very important, trackable information with the help of a jet that shoots ink in a pre-determined pattern.

Laser Coding is an enhancement for a packaging machine which marks packages with a help of a laser beam programmed to produce a code or date onto the package.

4.            Glue or tuck closing

Tuck closing add on is a closing system which closes a package, usually a carton, using pre-cut tabs and slots.

Glue Sealing add on is a sealing system which uses adhesive to seal cartons or corrugated cases and provides tamper evident security for these packages.

5.            Automatic product feeding system

 The high volume of products require feeding systems that can accept products from the manufacturing process and deliver them to the packaging machines without manual labor.

6.            Robotic product loading

 Robotic feeding systems are highly efficient and flexible, enabling quick adaptations and changes with the minimum possible cost, supporting the initial investment.

7.            Net weigh scale interface

 If packaging accuracy is low, it means packages are going to be over filled, which will result in an excessive product give-away. That is where scales come in. 

8.            Volumetric filler

 Volumetric cup fillers measure out a product, usually free-flowing solids or powder, in a cup of specific, predetermined volume.  Its great for products like rice, candies or frozen peas, which do not generate dust.

9.            Auger filler

 An Auger Filler is a filling mechanism  for powder or free flowing solids, which measures out a product with a help of an auger which is rotated for a predefined number of revolutions in a conical hopper to discharge the required volume of product. It is used extensively for powders and dusty free flowing solids. 

As you can see, modular design allows you to think outside the box and "build" your own machine - a packaging system designed according to your needs. Still not convinces? Well, here's the main 5 reasons why you should go modular with your packaging equipment:

1. Saving floor space

Usually, after purchasing all the machines necessary for production, the remains of the floor space are used for packaging equipment. These spaces are often unusual and tight, and that's where modular design comes in. What once would have been an in-line machine now can be redesigned in different layouts to fit the requirements.

2. Hybrid Technologies

Modular packaging equipment allows you to turn on or off some machine operations, depending on a current application. For example, you can integrate a robotic palletizer under the same controls as other operations (case erecting/loading), and use it when you need it.

3. Development time

The development time is often lower because once the design is split up into modules, design teams can work at the same time on the different modules.

4. Reasonable price

For a packaging machine that will be built from scratch, you are about to pay development costs as well as production costs. With a modular design, you covers only production expenses, since most of the modules have already been developed.

5. Tailored Standardization

Tailored standardization enables manufacturers to construct the right solution with standardized parts of different sizes. You get a right-sized solution built according to specific requirements, and manufacturer still enjoys the benefits of economies of scale.

We introduced you with wide range of possibilities that come with a modular approach to packaging equipment, and now it is up to you to find the most reliable packaging machine manufacturer to develop a solution for you. Every packaging line, machine or system can be enhanced with these modular add-ons in order to meet your specific requirements. Start your research with Tishma Technologies’ cartoners, case and tray packers and palletizers – each of them available with their unique set of modular add-ons.

4 lessons hidden in a K-cup by Tishma Technologies

We are sure you have heard about the most popular single-serve coffee container for coffee brewing – the famous, yet controversial K-Cup! Today,  many homes and offices have K-Cup machines for individual serving size and flavors, which is why entering this competitive market might seem so appealing. K-Cups brought revolution. The coffee pods’ share of total coffee sales in 2000 was almost negligible, but, with the launch of K-Cups, this market was taken by storm, commanding a strong 34% share of total coffee sales in 2014.

When it comes to packaging, K-Cups are quite an inspiring topic. There are many useful lessons we can learn just observing K-Cups, their development and principles they apply. So, what are the most important lessons we can extract?

K-cup: How it works? by Tishma Technologies

1.        Be creative - Package as an innovation

Innovative packaging can help a product penetrate new markets and it can also change the way consumers perceive a product. Just like stick pack revolutionized the way we use sugar (learn more here), Keurigs coffee machines and K-cups introduced an entire new way of brewing coffee, forming a new market.

Lesson? Be creative and persistent with your ideas! At first, the creators of K-cups were making the pods by hand. The prototype brewing machines were a work in progress and unreliable, and the company needed funds for development. After numerous pitches to potential investors, they finally got $50,000 from Minneapolis-based investor Food Fund in 1994, and later the Cambridge-based fund MDT Advisers contributed $1,000,000.

2.     Be economic - Space saving

K-cups are transported and stored in carton boxes, packed in a certain manner that saves space. Good K-Cup packaging system can invert every-other cup, so the cups interleave and minimize space usage in the box, so that means more K-cups can fit into one carton. This is exactly how you should treat your floor space when you are purchasing any type of industrial line. No matter how big your space is, why cluttering it with huge machines and massive pieces of equipment? Look for a manufacturer that can cater to your specific needs and create a custom solution with respect to your floor space.

3.       Be eco-friendly - Recycling

Unfortunately, K-cups fail when it comes to recycling. The K-cup system has a lot of quite demanding technical requirements: being able to withstand a certain amount of temperature, to have a certain kind of rigidity, to provide the right kind of moisture barriers and oxygen barriers etc. So, recycling isn't the easiest challenge. Keurig has been publicly criticized by environmental activists and journalists for the billions of non-recyclable and non-biodegradable K-Cups, which end up in landfills. Prevent this from happening to you! Being eco-friendly and responsible towards the environment is the one of the top requirements for companies in the 21st century, so make sure your packaging is recyclable or biodegradable.

 

Be eco friendly by Tishma Technologies

4.       Stick with the original - Authenticity

Only licensed and standardized K-cups are compatible with Keurig’s coffee machines. There are a large number of unlicensed coffee pods  available in the market, but even though they are cheaper, their use is not recommended because they can cause damage to your coffee machine. Use of strictly licensed K-cups may seem costly in the short term, but in the long term it saves money, because it makes your coffee machine last longer. Same goes for acquiring printer cartridges, mobile phone chargers or spare parts for an industrial machine – always buy from a reliable manufacturer. This is the only way to be sure that materials or add-ons you bought are fully compatible with the system you already have.

So what is our final advice, after going through these lessons? If you want to get your share of profit in coffee brewing market, your next step is finding the right packaging system that will allow you to quickly pack and ship your K-Cups to the final users.

The most important requirement for K-Cup packaging machines is being able to handle the cups coming in, top –up, at a very high rate of speed (sometimes up to 900 cups per minute) and inverting every-other cup in order to save space.

Start by checking out Tishma Technologies TI 100 vertical Cartoner. TI 100 is a High-Speed small center vertical system with a patented computer scale interface or volumetric cup fillers for high speed cartoning of K-Cups. Our 100 Series Cartoners feature user-friendly PLC’s combined with mechanical, state-of-the-art simplicity, and besides K-Cups, they are also very convenient for Fruit Cups and Yogurt packaging.

From Forklifts to Robots by Tishma Technologies

Pallets and pallet handling, invented in the 20th Century, became one of the most significant logistics tools. Over the past century pallets continued to develop, thus enabling the evolution of modern logistics. Use of pallets brought important efficiency improvements in the handling and transport of unit loads. During World War 2, some additional improvements were added to pallet design and management.

Army logistics in WW2 by Tishma Technologies 

The first to take steps in developing new warehouse handling and storage methods was The Office of The Quartermaster General, Field Operations Branch of the Storage Division. They were faced with the big pressure and big responsibility: their new methods had to give results quickly. At the time, one manufacturer was able to deliver an amount of a fork trucks with a load capacity of 2000 lb.  As a result, the system was predicated on this particular truck, and the pallet of the Quartermaster Corps was designed to fit that truck load capacity. A standard Quartermaster pallet is 32 in. long and 40 in. wide.  A million or more of these were procured and placed in service during the following year.

As the time passed, manufacturers of fork trucks increased their production and the Quartermaster General procured the larger trucks for all services, making the use of larger pallets more common.

The Navy started its materials handling program in 1942.  By then, the manufacturers of fork trucks were in quantity production, so the Navy ordered more of the larger trucks with load capacity up to 15,000 lb.  This is why the pallets made for inter-depot and overseas shipment are bigger: they are standardized on the 48 x 48 in. for inter-depot and overseas shipment, and 42 x 66 in. pallet for the intra-depot movements

According to some experts’ predictions, somewhere between one million and three million pallets will be disposed of by the government once they are no longer needed by the Army. The largest volume will be in the 32 x 40 in., 48 x 48 in. and the 42 x 66 in. sizes. Some of the 42 x 66 in. pallets will be picked up by stevedoring companies for use in marine terminals, and other pallet sizes will be used by manufacturers who are now learning the value of this shipment.

Before the Army ordered so many pallets, industry had been reconsidering building pallets of light, cheap construction, so called “single shippers,” intended to carry one load and then be discarded as scrap lumber, but since a large surplus of pallets is expected, this cheap “one use” type of pallet will not be developed.  Instead, the industry is probably going to absorb the surplus pallets.

 

Palletizing than and now by Tishma Technologies

Many companies utilize pallets for shipping and stacking of their products and since manually placing boxes on pallets can be time consuming and expensive these companies turn to automatic palletizing systems. If you still haven’t, consider investing in a good, automated palletizing system built to meet your needs, check out robotic Palletsizers by Tishma Technologies.

Who invented a cardboard box?

Have you ever imagined how the world would look like if the cardboard box was never invented? How would you pack for moving to a new place? How would Amazon deliver their goods to you? This four angled, square shaped invention spontaneously became a symbol of transport, protection, efficiency and change. But who is to be credited for this innovation, and when did it all start?

Corrugated (also called pleated) paper was at first used as a liner for tall hats, and it was patented in England in 1856. Fifteen years later, on the 20^th of December, 1871, first corrugated boxboard was patented and used as material for shipping containers. Credits for inventing a single-sided corrugated board are given to Albert Jones from New York City and three years later, Oliver Long improved Jones's design by adding liner sheets on both sides of corrugated board creating a design that we know today.

In 1874, G. Smyth built the first machine for producing bigger amounts of corrugated board, but it took 15 years for people to start using this new material to create a case packaging.

In 1890, a Brooklyn printer and paper-bag maker, Robert Gair invented the pre-cut cardboard box. He came to this invention by accident. One day, while he was printing an order of seed bags, a metal ruler which is used to crease bags changed position and cut them. Gair then discovered that by cutting and creasing at the same time he could make prefabricated paperboard boxes! This idea was applied to corrugated boxboard when the material became available around the turn of the twentieth century.

In 1915 John Van Wormer of Toledo, Ohio, took the credits for inventing first "paper bottle," - folded blank box for holding milk he called "Pure-Pak." The fact that milk carton could be folded, glued, filled with milk, and sealed at a dairy farm was considered a great innovation at the time. Increased demand for lightweight flaked cereals lead to the rise in the use of cardboard boxes and first company to use cardboard boxes as cereal cartons was the Kellogg Company.

During all this time, Japan was way ahead of Europe and USA when it comes to the use of cardboard boxes. Since 1840, Japanese silk manufacturers have been using these boxes for transporting the Bombyx mori moth and its eggs from Japan to Europe.

Today, cardboard cases became an immediate association for shipping and stacking of various goods. Close to 100 billion boxes are produced each year in the U.S. That is a lot of boxes and just imagine all the time and money that can be saved if each of those boxes was filled by efficient and economic packaging line! For more on Tishma Technologies case packaging systems, please click here.