Custom injection molding tools and tips blog

Purpose of Project Management for Injection Mold Building

Posted by Rena Ivory on Thu,Apr 09, 2015 @ 10:53 AM

Project management for injection mold building is essential. The project management office (PMO) is comprised of a group of professionals who focus on defining the scope and maintaining the standards set for any injection mold building project to be accomplished by the company.

The goal of an effective PMO is to achieve all benefits from the standardized project management processes, methods and policies. The PMO administrators are tasked with sourcing all required documentation, metrics and guidance for the execution of all project requirements.

The PMO follows every project related task from start to finish. This office provides a strategic tool for keeping decisions and implementations moving in a consistent manner toward every project goal. This is accomplished by detailed reporting on all problems, activities and requirements involved.

Read More

Topics: injection mold building

Why Injection Molders Thrive from Attending the NPE 2015 Plastics Showcase

Posted by Rena Ivory on Wed,Mar 11, 2015 @ 12:54 PM

In order to make great things happen - coming together to learn about advances and new applications within the plastics industry is essential. Working together is key. This means the advances and advantages can be multiplied and shared broadly with those needing a step up.

The International Plastics Showcase (NPE2015)  is the international plastics community’s most important trade show. It is a conference and a learning and networking opportunity that is unmatched by any other event for this industry and has been for over 75 years.   Every Industry Sector is Represented.  This includes the end market, as well as trends, equipment, and every aspect of the latest advances in technology. Every phase of the plastics production process delivers the trusted solutions required for any kind of challenge or issue that may arise for plastic injection molding.     Solutions are the focus - and working with networks means working together - any problem is solved, and every market moves forward.     Here are just a few of the great things that will be achieved:   

Read More

Topics: custom injection molding

Injection Molding Still a Steadfast Manufacturing Process

Posted by Rena Ivory on Wed,Feb 25, 2015 @ 09:57 AM

The custom injection molding process is now more than 150 years old. It remains one of the most dependable manufacturing processes still in use today. The plastics we know of today owe their origins to the late 19th century European and American chemists who experimented with many kinds of rubber and residue from various chemical mixtures.

Read More

Topics: custom injection molding

Reasons Why Mold Fill Simulation Enhances Your Plastic Product Design

Posted by Rena Ivory on Wed,Feb 11, 2015 @ 10:36 AM

Mold filling simulation helps mold builders stay competitive. It does this by enhancing efficiencies and helping to better meet customer expectations - while also creating more business opportunities. Mold fill 3D simulation is a very helpful tool for injection molders and plastic part designers because it uses software to simulate the filling, packing and cooling of a molded plastic part virtually.  

Read More

Topics: engineering services for injection molding

Color Consistency in Plastic Injection Molding

Posted by Rena Ivory on Wed,Jan 28, 2015 @ 10:28 AM

Color consistency for injection molded parts poses a challenge.  This becomes apparent when it comes to mating parts in any assembly where colors need to match 100 percent.  

Pre-colored plastic is used in the injection molding process so the molded part emerges in the specified color and finish.  There is no need for painting, plating or other finishing steps. The color becomes an integral part of the component, and the color is not just on the surface. The advantages to this approach include:

  • High quality, long lasting – no paint scratch, peeling issues
  • Coloring withstands harsh environments
  • Eliminates secondary operations for lower costs
  • Environmentally friendly process eliminates or reduces environmental impact 
  • FDA compliant molded-in coloring available
  • Flame-retardant grades available

Achieving Custom Colors

  • Choose a predefined color - usually Pantone
  • Assure raw material availability - as not all Pantone colors have material available   
Read More

Topics: custom injection molding

Injection Mold & Molding Terminology for Plastic Components

Posted by Rena Ivory on Thu,Jan 08, 2015 @ 01:20 PM

Injection molding technology continues evolving with the market and with the advances in science. Injection molding is the process used in producing plastic components for a variety of industries.

When plastic resin materials are heated the resin will flow, and can then be injected into a mold. An injection mold consists of two halves referred to as the “A” side and the “B” side. The “A” side is where the molten plastic enters the mold - and the “B” side contains the ejector system which removes the parts.

Injection Molding Includes Many Terms and Components

Injection molds are required to have many components in order to make high-quality plastic parts. Below is some of the terminology used to describe the components and processes that are required when producing injection molded parts:

  • Sprue – this connects the nozzle of the injection molding machine to the main runner, or cavity
  • Runner – this component conveys the melted plastic from the sprue to the gate and into the part
  • Gates – these are the openings that allow the molten plastic to be injected into the cavities of the mold
  • Cold Runner – this design involves the plastic entering into the “sprue” and then traveling through the “runner” where it then enters the part cavities through the various “gates.”
  • Hot Runner – this design is an assembly of heated components used to inject molten plastic into the cavities of the mold.  Hot Runners usually make a mold more expensive to manufacture but allow savings by reducing plastic waste and reducing the cycle time.
Read More

Topics: custom injection molding

Trends for the Medical Device Industry

Posted by Rena Ivory on Wed,Dec 17, 2014 @ 12:28 PM

In today's business climate there is a lot to be aware of. So much, in fact that embracing the learning curve can feel like scaling a mountain. There is an unprecedented amount of change happening not only in the markets and in the way marketing is done - but also with emerging technology, materials and new applications.   

Developing the right strategy and implementing an effective business plan loom in front of the forerunning companies who are attempting to scale these industry heights.    

Understanding the trends that are driving these changes - can deliver quality climbing tools to those in key positions. It can also serve to level the playing field for those companies who are truly paying attention.

Medical Device Manufacturing

Access to recently developed materials, new technological deliveries and access to new markets are only a few of the trends that have affected changes in the medical device market and industry.

China has a 2020 universal health care goal. Mexico, Brazil and other developed countries are rising quickly into the global market, and the need for these technologies is only going to continue to grow.

New Trends Driven by Telemedicine

Telemedicine has already begun reducing the number of emergency room and office visits needed by children and the elderly. The telecommunication advances have made it far easier for those in vulnerable situations to move to address issues at lower cost levels.

Telemedicine technology has catapulted the ability for clinics to track distribution and consumption of medications, the success levels of physical exercise as well as the ability to diagnose. 

Navigating the Trends

Keep a close eye on the markets, the new electronics technology, the advances in medical device manufacturing technology and advances in how the industry is required to change for new marketing approaches. These are major impacts for any industry, let alone an industry as important to our world's health and well-being as the medical device industry. 

Read More

Topics: custom injection molding

Goals for Injection Mold Fill Simulation

Posted by Rena Ivory on Wed,Dec 03, 2014 @ 11:46 AM

Mold filling simulation can be a critically helpful tool for the injection molder as well as the plastic part designer.  The process involves software that virtually simulates the filling, packing and cooling of any molded plastic part.  It also allows the mold/part designer to make essential decisions about the design before the mold is manufactured. This is a big advantage, as it is the point when design changes will be significantly less expensive.

Gate Location and Part Filling Simulation Advantages  

Gate locations and part filling are the foremost concerns when it comes time to consider part and mold design. The simulation is used to provide an accurate visual representation of how the molten plastic will fill the mold.

You can determine which areas might fail to fill with plastic, where any weld lines may develop - along with the ability to determine if those welds will hold properly when the time comes. The software makes it possible to assess the structural soundness of the design. This also helps the designer determine where the gates should be located. 

Resin Determinations are Also Enhanced by Mold Filling Simulation

Assessments can be made concerning a specific resin as well.  The software will calculate the pressure inside the filling plastic - this ability makes it so you can determine any other potential problems. There are other evaluations that can be made as well. Discover when the material is sheering, or what temperatures and pressures need to be.

This and other data is not only helpful for designing the part, but can also be used to decide if a specific material will work with any given part design.. 

The heating and cooling of the mold can be simulated through the entire molding cycle. It can be simulated over many cycles, and will help to determine the size and location of any necessary cooling lines. 

Because the cooling lines will affect how or if the part warps - this also allows for the potential warpage of the part to be viewed, analyzed, and adjusted for.  Any areas of the mold where the temperature is not as controllable - will always be visible through the simulation as well.    

Read More

Topics: engineering services for injection molding

Why a Documented Tool Transfer Procedure is Important

Posted by Rena Ivory on Wed,Nov 19, 2014 @ 10:17 AM

Its big news when you decide to transfer your injection molds to another vendor for production. There are several reasons why a company may want to transfer injection molds from one location to another.  Your new injection molder should provide a seamless plan for mold transfer with minimal or uninterrupted production.

Only the people directly involved with the molding process understand the impact of the condition of the mold, quality specifications, resin selection and part geometry has on manufacturability.  For a profitable future, the evaluation phase is important. Every injection mold transfer requires planning upfront, investments and communications so as to achieve expectations and goals of the project. However, there will be discoveries and events that were not planned for. Complete understanding of the project goals should be in place and clearly defined with your new injection molder.

Read More

Topics: Tool Transfers

Why a Documented Tool Transfer Procedure is Important

Posted by Rena Ivory on Wed,Nov 19, 2014 @ 10:11 AM

Its big news when you decide to transfer your injection molds to another vendor for production. There are several reasons why a company may want to transfer injection molds from one location to another. Your new injection molder should provide a seamless plan for mold transfer with minimal or uninterrupted production.

Read More

Topics: Tool Transfers

Follow Me


Subscribe via E-mail