Ethan Clarke
Asheville is home to several plastic manufacturing companies, including Asheville Thermoform Plastics, Inc. (ATP), Advanced Plastiform, Inc., and R&D Plastics, Inc. These companies specialize in custom vacuum-formed plastics, injection molding, and heavy-gauge thermoforming, serving a wide range of industries. With experienced teams of engineers, designers, and manufacturers, they offer high-quality, customized plastic solutions to their customers. While the availability of plastic dromplatice drom in Asheville specifically is unclear, these companies are likely sources for various plastic products and services in the region.
| Characteristics | Values |
|---|---|
| Company Name | Asheville Thermoform Plastics, Inc. (ATP) |
| Year Founded | 1996 |
| Products | Vacuum-formed plastics, blister packaging, plastic bags |
| Services | Design, engineering support, prototyping, testing, custom packaging |
| Materials Used | ABS, polycarbonate, PVC |
| Manufacturing Location | Zebulon, North Carolina |
| Contact | 919-404-2080 |
| Other Companies in Asheville, North Carolina | Advanced Plastiform, Inc., R&D Plastics, Inc. |
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What You'll Learn
Asheville Thermoform Plastics, Inc. (ATP)
ATP's services include thermoforming, prototyping with quick turn-around/lead times, 3D printing, 5-axis CNC routing, and design/engineering services, such as reverse engineering with Solid Works/Auto Cad. They specialise in low-to-medium volume production runs.
With a small team of 2-10 employees, ATP has been operating for over two decades, serving clients in a range of industries, including motor vehicle manufacturing, machinery manufacturing, renewable energy, and medical equipment manufacturing.
The company's location in Fletcher, NC, is strategically positioned not just in relation to Asheville but also other major cities in the region. It is 111 miles west of Charlotte, 45 miles north of Greenville, SC, and 124 miles east of Knoxville, TN, allowing ATP to serve a broad geographic area.
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Advanced Plastiform, Inc
Thermoforming is Advanced Plastiform's primary manufacturing method, but they also utilize plastic injection molding when beneficial to the customer or essential to the design. They specialize in creating custom-designed parts, from concept to reality, with rapid prototyping and full-scale production services. Advanced Plastiform's engineers work closely with clients to ensure that their specific requirements are met, utilizing state-of-the-art CNC robotic trimming equipment to deliver extremely accurate part dimensions within a high-speed production system.
The company offers a comprehensive service that includes creating 3D-printed renderings to visualize intricate designs before transforming them into custom-manufactured parts. They cater to a wide range of industries, including medical professionals, for whom they design and produce medical products with a focus on structural integrity, durability, labeling, impact resistance, and patient safety.
Advanced Plastiform's commitment to customer satisfaction is evident in their daily in-depth meetings, where production schedules are adjusted to match the required shipping schedules of their clients. They also offer a variety of value-added services, such as advanced assembly services, to meet the changing needs of their customers. With a focus on innovation, cutting-edge technology, and managed inventory, Advanced Plastiform has established itself as an industry leader in custom plastics.
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Vacuum-formed plastics
Vacuum forming is a simplified version of thermoforming, a manufacturing method used to shape plastic materials. During the process, a sheet of plastic is heated and then pulled around a single mold using suction. Vacuum-formed plastic is integral to countless everyday products and specialized solutions, supporting both high-volume and custom manufacturing needs. Its applications are extensive, including automotive components, aerospace and defence equipment, agricultural machinery, construction materials, consumer goods, medical and healthcare devices, and retail and marketing tools.
Vacuum forming is particularly useful for smaller production runs, typically ranging from 250 to 300 units per year. It is more affordable than other methods, such as injection moulding, due to lower tooling and prototyping costs. The process also boasts a faster turnaround time, making it a popular choice for manufacturers. Vacuum forming and pressure forming are the two most common types of thermoforming processes. The key distinction lies in the number and type of moulds employed, with vacuum forming utilizing a single mould and vacuum pressure.
The vacuum-forming process involves several steps. Firstly, a sheet of plastic is placed in an open frame and securely clamped. It is then heated until it becomes pliable, reaching the appropriate forming temperature. The heated plastic is lowered over a mould and pulled into place using a vacuum. Once the plastic has assumed the desired shape, it needs to cool. This step may involve the use of fans or cool mist for larger pieces. After cooling, the plastic is released from the mould, and the final part is cut out, with any necessary trimming, sanding, or smoothing performed.
Vacuum forming offers a versatile range of patterns and applications. One inventive approach involves replicating small items multiple times and then vacuum-forming the new pattern to create a cohesive form. This technique is particularly effective for items like turnpike signs and protective covers. Additionally, wood patterns are commonly used as they are relatively inexpensive and allow for easy design modifications. Vacuum forming is also used in packaging, with blister packs, clamshells, and plastic trays being the primary categories. These packages offer advantages such as tamper evidence, product visibility, and extended shelf life.
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Injection moulding
The injection moulding process begins with the design of the product, typically by an industrial designer or engineer. Moulds are then made by a mould-maker (or toolmaker) from metal—usually steel or aluminium. Once the design is finalised, the first step in the manufacturing process is to mill the tooling, which is typically fabricated from steel or aluminium. The metal block of material is placed in a CNC mill, which carves out a negative of the final plastic part. Additional treatments like polishing or laser etching can be applied to the tooling to achieve specific surface finishes.
The production of plastic parts involves loading resin pellets into a barrel and raising the temperature until the resin becomes molten. This molten plastic is then injected into the metal mould, where it cools and solidifies. The part is then ejected from the mould using ejector pins. This process is used to create a wide variety of products, from wire spools and bottle caps to automotive parts, toys, and storage containers.
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Custom plastic manufacturing
The first stage of the custom plastic manufacturing process is defining the part specifications and design. This involves sketching the idea and ensuring that all aspects of the design are outlined. Once the design sketch is ready, a 3D model is created using a 3D software program. This 3D model serves as a prototype and ensures a precise result.
The next step is to select the appropriate manufacturing process for the custom plastic parts. There are several processes available, including injection moulding, blow moulding, vacuum forming, and vacuum casting. Each process has specific requirements and is dependent on factors such as part design, material, volume requirements, lead time, and costs. For example, injection moulding can produce high-quality parts for complex geometries at cost-effective prices, making it a preferred technique.
After selecting the manufacturing process, the large-scale production phase begins. This involves creating a mould for the plastic product, which is typically made from strong metals like steel, copper alloy, or aluminium. The mould comes in two parts, with the "core side" creating the interior of the plastic part. The heated thermoplastic is then moulded into the specified shape and cut to form the finished product.
Throughout the manufacturing phase, quality control measures are implemented to ensure that all processes adhere to the required standards. Regular checks are conducted at each stage to maintain high-quality parts. The final part undergoes secondary operations such as assembly, surface finishes, final quality checks, and packaging and shipping. The finishing phase improves the aesthetics and feel of the part, and if there are multiple components, assembly is crucial for the final product to function correctly and meet industry standards.
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Frequently asked questions
R&D Plastics, Inc. is a plastics manufacturer located in the greater Asheville, North Carolina area. Advanced Plastiform, Inc. is another company that has been serving Asheville for over 30 years, providing custom-made plastics. Asheville Thermoform Plastics, Inc. (ATP) is a provider of custom vacuum-formed plastic products and services, established in 1996.
Plastic products in Asheville include blister packaging, plastic bags, medical equipment, automotive components, consumer products, and industrial equipment.
Companies in Asheville, such as ATP, offer high-quality plastic products with excellent customer service. They work closely with customers to understand their unique needs and provide customized solutions, ensuring customer satisfaction.
