“The workhorse of any modern manufacturing plant, other than employees, is the equipment that makes the building hum. If problems arise, a plant owner will lose money by the minute. If equipment isn’t properly maintained, the plant owner will lose money over a period of time. Proper maintenance is one of the ways to keep your plant running.”
Here is a two-article conglomerate that offers lots of great tips and advice.
As one of the fastest growing scientific and engineering technologies in the world, Nanotechnology holds an incredible amount of potential, especially in the manufacturing and plastics industries. But it is also being used in fields such as bioscience, medicine, engineering, pharmacology, material sciences, and defense.
And that’s just the tip of the iceberg.
What is Nanotechnology? It involves the engineering of functional devices or systems by controlling matter on an atomic and molecular scale. Now you begin to understand the near limitless potential. Scientists now have the ability to manipulate the atomic structure of the very molecules that make up the materials in the world around us.
This enormous growth potential and set of possibilities has given industries like manufacturing exciting improvements. The very structure of materials can be changed and improved through nanotechnology. For example, the plastics industry has embraced the use of nano-materials to provide plastics with greater conductivity, increased strength, flexibility and durability, and unique surface characteristics, etc.
Other nano-scale materials can be used in thin films to make them anti-reflective, self-cleaning, ultraviolet or infrared-resistant, antifog, anti-microbial, scratch-resistant, electrically conductive, anti-stick, water-repellent and oil-repellant…the list goes on.
NanoMoldCoating
Our own NanoMoldCoating product is one of these innovative new polymer films that creates optimal solutions to most of the typical issues in injection molding. The coating dramatically increases production output, while reducing costs associated with manual part removal, costly mold release agents, part scrap, slow cycle times, and repetitive mold maintenance due to sticking problems.
If you’d like to find out more about Nanotechnology or NanoMoldCoating, please feel free to contact us HERE and we’ll be glad to answer any questions you have.
The world of injection molding has advanced substantially, and new approaches are being adopted continuously to reduce costs. Most of these approaches look to methods of lean manufacturing to save material, eliminate secondary processes and operations, and use smaller presses.
Here are some more tips to reduce cost in the injection molding industry.
External Gas Molding
Also, known as EGM, external gas molding was initially developed to remove sink marks from the mold components. However, this technique can help reduce the weight as well as material cost by allowing the molder to mold thinner walls across the ribs. These thinner walls do not have any sink marks.
So, using gas-driven molding can actually help reduce costs. However, if you are using gas-assisted technology for molding components, it is necessary to design the component carefully. The engineers would have to change the order of the design sequence to ensure accuracy and precision of the part.
In this technique, gas is injected between the inner mold surface and the plastic resin, after the mold has been filled. The injected gas applied pressure on the resin and as it cools and shrinks, the resin is pushed against the opposite surface of the mold.
In-Mold UV Painting
This technology has been developed by a Danish company and is a unique method. The method can be used for insert molding and multiple component molding. It uses the stack molding process, wherein the center of the stack is divided into rotating core columns. The central motor indexes each column at 90 degrees, thereby giving the column four sides. This particular feature of the design ensures the stack mold is not just lighter, but also faster acting.
This technology manages to incorporate four different steps into a single cycle. These steps are injection molding, spray-painting the component, UV curing the sprayed paint and finally taking out and packaging the component. The technology can also be successful and can reduce costs if the molder develops a good paint delivery system and uses the right UV curing technology. Once these two processes are in place, they offer superior part performance. As the just molded part is painted, it ensures optimal bonding between the part and paint.
Better Equipment
In many cases, the equipment you use to make the molds is even more essential than the methods. Low quality or cheap equipment will not only produce lower quality molds, but will also lower productivity and increase down-time used for cleaning or repair.
That’s why Nano Mold Coating is the ideal choice for plastics and rubber processors in today’s competitive manufacturing environment. Our coatings dramatically increase production output, while reducing costs associated with manual part removal, costly mold release agents, part scrap, slow cycle times, and repetitive mold maintenance due to sticking problems. Find out more about our Nanotechnology HERE.
For more information about how you can reduce costs in the injection molding industry, please feel welcome to contact us.
In the injection molding industry, waste is a problem. During the molding process, the generated waste can be expensive and…well, wasteful. Having a waste management system in place can help reduce waste and make the molding process more efficient and cost effective.
One of the best ways to reduce waste during the injection molding process is to adopt a lean manufacturing approach. When an injection molder uses lean manufacturing techniques for molding parts and components, it ensures resources are not wasted. While most molders associate lean manufacturing with cost reduction, it also can be used as an effective waste management system. The two go hand in hand.
Improving Mold Design
One of the reasons for waste accumulation is molding defective and flawed parts. This usually occurs due to poor or ill-conceived mold design. So, an injection molding company should have designers and engineers that work together as a team. This will ensure the mold design is made right the first time around and it will prevent you from having quality issues and handling customer complaints. In addition, when the mold design is perfect, it helps to improve cycle time.
When you make an effort to design the mold correctly in the beginning, it also will help to reduce your energy consumption. As a result, you will be able to pass on the cost saving to your customers by offering them competitive pricing.
Using Proper Molding Techniques
Another aspect of waste management is ensuring your operators are competent and know the right molding techniques. This means they need to be trained on using a variety of molding techniques based on design and resins used. When you train your molders, you reduce waste, as the manufacturing process occurs without a hitch and you do not have to deal with machine or press damage.
Nano Mold Coating
Using our scientifically advanced plastic mold coatings, greases, lubricants, cleaners and corrosion control products will also help manufacturers significantly reduce costs while eliminating the waste of conventional methods.
Nanoplas is a leader in bringing innovative Nano Technology products to the industrial market. Our coatings are easy to apply and last up to 300,000 parts; and they are a great way to combat high scrap rates, streaks and drags, as well as extended cycle times.
Long Cycle Times
Often a lot of waste occurs because of unnecessary cycle times. This happens due to incompetence of the molder, poor design of the mold and/or poor design of the part. To prevent waste, your waste management system should try and reduce cycle times to deliver best results without wasting material.
Once you manage to change the waste mindset in the workroom, your business will benefit tremendously. Lean manufacturing is the best way to achieve this goal. You will also be able to boost your employees’ morale as the result of a cleaner space, which will lead to better productivity, and you will be able to build a reputation for your company as a reliable and quality injection molding company. When your reputation improves, you will see your customer base increasing.
In the recent past, many injection molding companies are no longer off-shoring their manufacturing process due to quality issues and unforeseen expenses. With tough competition in this industry, injection molding companies have realized the importance of quality products and being close to their customers.
So, if companies want to survive in this competitive market, it is imperative they try and eliminate waste across all the manufacturing processes. By having an effective and efficient waste management system in place, injection molding companies can meet and even exceed their customers’ expectations.
Have questions about how best to cut down on waste in workroom? Contact us HERE!
If you’re looking for an injection molder for your project, it is important you find one that suits your needs and offers you the best possible injection molding service. In all probability, you will continue using the same molder for all your projects, as long as you know for sure that he/she will produce quality plastic molded parts. So, whether your organization has designed a new product or improved an existing one, choosing the right injection molder could mean success or failure of your product.
Here are some tips to find the best injection molder. (more…)
A compelling article from Industry Week that might change the way you think about lean manufacturing. Their claim: Lean needs to be about people first, tools later. “If we are serious about global competitiveness and a sustained ability to retain American jobs in American factories, it is imperative we recognize one irrefutable fact: the technical issues associated with factory performance improvement are inseparable from people issues.”
The issue appears to be that our mindset concerning lean is a little off. When we’re told to “think lean” we start wondering how we can improve the tools, but that’s missing the point. What we need to be doing is considering the culture of a business, and that begins and ends with people.
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