Plastic Molding In Massachusetts: Who Owns The Industry?

who owns plastic molding manufacturing massachusetts

Plastic Molding Manufacturing (PMM) is a custom plastic injection molding company headquartered in Hudson, Massachusetts, with additional facilities in Berlin, CT, Lancaster, PA, and South Bend, IN. PMM offers 120 injection molding machines and serves all markets, manufacturing with all types of thermoplastics. The company was founded in 1968 and has since expanded nationwide through acquisitions, including Aucilla Plastics and Phillips-Moldex Company. PMM strives to provide local manufacturing solutions that are innovative, scientifically efficient, and cost-effective.

Characteristics Values
Company Name Plastic Molding Manufacturing (PMM)
Location Hudson, Massachusetts
Other Facilities Berlin, CT; Lancaster, PA; South Bend, IN
Services Injection Molding; Tooling; Part Design; Class 8 Clean Room Molding; Contract Manufacturing; Engineering; Prototyping; Product Development
Industry Automotive, Consumer, Electronic, Industrial, Medical, Aerospace, Telecommunications
Certifications ISO 9001:2000, AS9100, ISO Class 8 Certified Cleanroom
Acquisitions Aucilla Plastics; Phillips-Moldex Company
Website www.plasticmoldingmfg.com

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Plastic Molding Manufacturing (PMM)

Headquartered in Hudson, Massachusetts, PMM operates three additional facilities in Berlin, Connecticut; Lancaster, Pennsylvania; and South Bend, Indiana. The company serves all markets and manufactures with all types of thermoplastics while also having experience in over-moulding, insert-moulding, two-shot moulding, numerous secondary services, sub-assemblies, assemblies, and final packaging. PMM offers its customers 120 injection moulding machines ranging from 24 to 650 tons, 5 Two-Shot, and an ISO Class 8 Certified Cleanroom.

PMM strives to provide its customers with local manufacturing solutions quickly, efficiently, and cost-effectively. The company's acquisition strategy has also played a key role in its growth. In November 2019, PMM acquired Phillips-Moldex Company, located in Putnam, Connecticut. After the acquisition, PMM consolidated Phillips-Moldex with its Hudson facility. PMM's earlier acquisition of Aucilla Plastics marked its first foothold in the Midwest for its manufacturing facilities. The facility is located in South Bend, Indiana.

PMM's services include precision injection moulding, tight tolerance and thin-walled components, engineering tooling and part design, Class 8 Clean Room Moulding, contract manufacturing and engineering, and more. The company is committed to shaping the future of manufacturing with its innovative plastic moulding solutions. PMM's blend of industry expertise with advanced automation delivers high-quality, cost-effective solutions for its customers.

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PMM's acquisition of Phillips-Moldex Company

Plastic Molding Manufacturing (PMM), a Hudson, Massachusetts-based injection moulder, acquired Phillips-Moldex Company as part of its growth strategy to expand in the United States and reshore plastics production from overseas.

The acquisition of Phillips-Moldex, located in Putnam, Connecticut, gave PMM access to additional resources, including 32 presses in a 46,000-square-foot facility with a 25-year lease option. This expansion provided PMM with a second site in Connecticut to share technology and manpower, enabling them to better serve their customers in various markets, including automotive and medical industries.

PMM, founded in 1968, has a strong focus on providing local manufacturing solutions that are both efficient and cost-effective. They have a long history of producing innovative, multi-material, and highly technical products using advanced automation and the latest technologies. The company has been committed to enhancing the skills of its workforce and providing good wages, healthcare, and other benefits to its employees.

The acquisition of Phillips-Moldex aligns with PMM's strategy to acquire smaller, "mom-and-pop" style machine shops, consolidating them into its existing facilities. This approach allows PMM to keep production jobs in the United States and support the growth of the plastic injection moulding industry domestically. By reshoring manufacturing, PMM also reduces travel and transportation costs for its customers and lowers the risks associated with technology theft and geopolitical issues.

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Plastic injection molding

Plastic injection moulding is a manufacturing technique used to produce large volumes of plastic parts. It is a popular method for mass production, as it can be used with various thermoplastics to create complex designs that would otherwise be challenging to manufacture. The process involves melting thermoplastic pellets, which are fed into a hopper and then pass through a barrel. The molten plastic is then injected into a metal tool, forming the desired shape as it cools and solidifies. This technique offers a cost-effective solution with low material waste and a low per-unit cost, making it ideal for industries such as medical devices, consumer products, and automotive.

Plastic Molding Manufacturing (PMM), headquartered in Hudson, Massachusetts, is a leader in custom plastic injection moulding. With over five decades of experience since its founding in 1968, PMM has established itself as a key player in the industry. The company operates four facilities across the United States, including Berlin, CT, Lancaster, PA, and South Bend, IN, in addition to its headquarters in Massachusetts. PMM's acquisition of Aucilla Plastics marked its expansion into the Midwest, and its subsequent acquisition of Phillips-Moldex Company further solidified its nationwide presence.

PMM distinguishes itself by combining industry expertise with advanced automation. Their experienced engineers and associates utilise scientifically efficient systems and technologies to deliver innovative, multi-material, and highly technical products. PMM offers a comprehensive range of services, including precision injection moulding, engineering tooling, Class 8 cleanroom moulding, and contract manufacturing. With 120 injection moulding machines ranging from 24 to 650 tons, PMM is well-equipped to cater to diverse customer requirements.

The process of plastic injection moulding begins with product design, typically using CAD files or transferable formats. This design stage is crucial, as certain features can lead to defects if not carefully considered. After finalising the design, the first step in the manufacturing process is tooling fabrication, creating the "tool" or "mould" that will shape the plastic. This step is the most time-consuming and expensive part of the process, requiring professional machinists to craft the intricate details of the tool based on the product design. Once the mould is created, resin pellets are loaded into a barrel, heated to a molten state, and then injected into the mould to form the final plastic part.

Plastic injection moulding offers versatility in material choices, catering to various part aesthetics, functional requirements, and environmental considerations. The chosen material depends on the intended use, complexity of the design, and the stresses the part will face. For instance, structural parts requiring resistance to chemicals and harsh environments may utilise materials like PEEK and Nylon. Overall, plastic injection moulding provides a robust and adaptable manufacturing solution, enabling the creation of intricate plastic parts across a diverse range of industries.

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Plastic coating

Plastic Molding Manufacturing (PMM) is a company headquartered in Hudson, Massachusetts, that provides custom plastic injection molding solutions. PMM has been in the plastic molding manufacturing business since 1968 and has expanded its facilities across the United States.

Now, let's delve into the topic of plastic coating, a process that involves applying a layer of liquefied plastic to an object's surface. This process enhances the object's functionality, durability, and aesthetic appeal. Here are some detailed paragraphs on plastic coating:

Hot dip coating is one of the most popular methods, producing thick and durable plastic coatings. This process involves preheating the object to a specific temperature before dipping it into liquefied plastic, typically a vinyl/PVC-based plastisol. The higher the preheat temperature, the thicker the coating will be, as the liquid plastic adheres better to a heated surface. After coating, the object is cured in an oven to solidify the plastic layer.

Cold dip coating is similar to the hot dip method but does not require preheating the object. This technique produces thinner coatings and is suitable for items sensitive to high temperatures. The object is dipped directly into the plastisol at room temperature and then briefly heated in a curing oven to finalize the coating.

Slush and rotational molding are effective techniques for coating objects with irregular or complex surfaces. In slush molding, the object is filled with liquefied plastic, rotated to ensure even coverage, and then excess material is drained. Rotational molding involves rotating the object on multiple axes to achieve uniform coating.

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Plastic fabrication

There are several plastic fabrication methods, each with its advantages and applications. Injection molding is a widely used plastic fabrication process that involves melting plastics and elastomers and injecting them into a mold. Once the mold is filled, the material is cooled and the parts are ejected. Blow molding is another plastic molding process that uses a mold and a molten thermoplastic tube called a parison. Pressurized air is then introduced into the parison, causing the plastic to expand and conform to the mold's internal walls. Blow molding is suitable for hollow plastic parts like water bottles. Rotational molding, or rotomolding, is a process that uses high temperatures and low pressure to form plastic parts by rotating the mold. This method results in parts with consistent wall thickness and strong external corners but has a longer production time due to the need for mold cooling before part ejection.

Other plastic fabrication processes include plastic CNC machining, which involves cutting away sections from a plastic workpiece using manual or computer-controlled cutting tools. Fused deposition modeling (FDM) is a common 3D printing process for plastic fabrication, working with thermoplastics like ABS and PLA. Selective laser sintering (SLS) is another 3D printing process that uses a laser to selectively sinter plastic powder and create nylon parts layer by layer. SLA, a similar process, produces brittle but smooth parts that can be transparent, making it suitable for prototyping, dentistry, and jewelry. Vacuum casting is a plastic fabrication process used for small batches of colorful prototypes, often employed for partially transparent parts like display cases.

Plastic Molding Manufacturing (PMM) is a leader in custom manufacturing for plastic injection molding, tooling, and parts. Headquartered in Hudson, Massachusetts, PMM has additional facilities in Berlin, CT, Lancaster, PA, and South Bend, IN. The company offers a range of injection molding machines and experience in various molding techniques, serving all markets and manufacturing with all types of thermoplastics.

Frequently asked questions

Plastic Molding Manufacturing (PMM) is owned by George E. Danis, who is the company's CEO.

PMM is headquartered in Hudson, Massachusetts, with additional facilities in Berlin, CT, Lancaster, PA, and South Bend, IN.

PMM offers custom plastic injection molding services, with a focus on innovative, multi-material, and highly technical products. They serve a wide range of industries, including automotive, medical, aerospace, and consumer electronics.

PMM was founded in 1968 and has been operating for over 50 years.

You can contact PMM by calling (978) 567-1000, emailing [email protected], or visiting their website at www.plasticmoldingmfg.com.

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