Click to ExpandCustom-Vacuum-Forming-Thermoforming-Services

Today’s electronics, consumer items, and custom-manufactured parts require an exact fit, physical protection, and, in some cases, static protection and cleanliness during shipping or handling. From light-gauge trays, blisters, and clamshells (0.010” in thickness) to heavy-duty, deep-drawn totes and pallets (0.500” in thickness), Kiva Container’s capabilities are unmatched by any other thermoformer on a national scale. In addition, our in-house engineering, tooling, and pattern-making services can significantly shorten pre-production sampling and lead times.

Vacuum Forming/Thermoforming Capabilities

At Kiva Container, the thermoforming technique of vacuum forming is among our core competencies. Our capabilities include:

  • Manufacturing. We utilize state-of-the-art thermoforming machinery in-house to handle both roll and sheet stock for light- or heavy-gauge forming, transforming solid plastic into complex shapes with precision using vacuum treatments and heat. Our machinery works with roll-fed substrates up to 23″ by 18″ for inline forming or sheet-fed materials in dimensions up to 46″ by 54″.
  • Value-added processes. In addition to our manufacturing processes, our team provides an array of value-added services to finish and decorate products before preparing them for packaging. Our value-added processes include die cutting, hot stamping, welding, pad printing, and silk screening.
  • Secondary processes. We also provide secondary routing and trimming, electrostatic dissipative (ESD) processes for anti-static packaging, cleaning, and bagging. To better serve you with greater cost-effectiveness and efficiency, we offer in-house design and production services for new dies and tooling.

Material Selection

Our team of forming specialists is experienced in a wide variety of materials to offer versatile, comprehensive manufacturing solutions. Materials we frequently work with include:

  • ABS
  • Acrylic
  • HDPE
  • HMWPE
  • KYDEX
  • PET
  • PETG
  • Polycarbonate
  • Polyethylene
  • PVC
  • RPET
  • S680
  • Statrite M809
  • Styrene, including conductive styrene

Vacuum Forming Applications

Vacuum forming is essential for fast, precise component production across diverse industries. Some of the industries and applications that rely on vacuum-formed and thermoformed parts are:

  • Aerospace
  • Automotive, for parts like bumpers, hoods, plates, panels, and more
  • Cannabis vacuum thermoforming packaging
  • Consumer goods packaging for products like electronics or toiletry items
  • Material handling and handling tray components
  • Medical, especially for antimicrobial or contamination-resistant components
  • Military and defense
  • Point-of-purchase (POP) displays and packaging

Thermoforming vs. Injection Molding

Both thermoforming and injection molding are popular processes that can produce cost-effective goods. However, each process is useful for different types of orders. Manufacturers frequently use injection molding, for example, in the high-volume production of small and complex parts. On the other hand, manufacturers prefer thermoforming for short production runs or larger parts and products.

Advantages of Vacuum Forming/Thermoforming

Thermoforming offers several key advantages over other plastic-based manufacturing processes. Some of the benefits of thermoforming include:

  • Speed. This production process requires little lead time compared to other options. This is true for both standard orders and for prototypes. Through thermoforming, we can quickly create accurate prototypes for our clients.
  • Cost-effectiveness for tooling. A project’s necessary tooling can significantly increase the cost of short production runs or those for new products. Tooling for thermoforming, however, is cheaper than tooling for injection molding.
  • Design possibilities. Through vacuum forming and thermoforming, product designers have a greater range of design options. There’s more flexibility for creating both light-gauge and heavy-gauge products of various dimensions, shapes, and levels of complexity.
  • Product options. Thermoformed and vacuum-formed products can have a wide variety of different textures and colors. The components respond well to coating treatments, printing, silk screening, and stenciling. At Kiva Container, we offer extensive options so our clients’ products have the aesthetic that best fits your needs.

Custom Thermoforming at Kiva Container

Kiva Container’s ability to convert a wide range of substrates is our answer to an equally diverse product spectrum. Kiva Container has manufactured items as high-end as cosmetic displays for Sebastian, as utilitarian as luggage handling totes for major airports across the nation, and as specialized as technical ESD inserts for cochlear implants manufactured by Advanced Bionics.

Contact us to learn more about our thermoforming and vacuum forming services, or request a quote today to start your order.

Specifications

  • Capabilities
    • Die cutting
    • Welding
    • Pad Printing
    • Silk Screening
    • Roll Fed Inline Forming (Max Size 23 x 18)
    • Sheet Fed Forming (Max Size 46 x 54)
    • In House Tooling
    • Secondary routing and trimming
    • Hot stamping
    • In house design to production tooling
    • ESD processes
    • Cleaning and bagging
  • Materials
    • PVC
    • Styrene
    • PETG
    • PET
    • RPET
    • Conductive Styrene
    • Polyethylene
    • Acrylic
    • Poly Carbonate
    • Statrite M809
    • S680
    • ABS
    • HDPE
    • HMWPE
    • KYDEX

Frequently Asked Questions

What is vacuum forming?

Vacuum forming is a type of thermoforming where a plastic sheet is heated until pliable, then drawn over a mold by vacuum pressure. The cooled sheet retains the shape of the mold. It is used to produce trays, totes, clamshells, and containers with precise shapes and consistent wall thickness.

What is the difference between light gauge and heavy gauge thermoforming?

Light gauge thermoforming works with material from .010″ to .080″ thick — used for thin, precise parts like medical device trays, blisters, and clamshells. Heavy gauge thermoforming uses material from .090″ to .500″ — producing thick-walled totes, industrial containers, and pallets. Kiva Container handles both in-house.

What materials can Kiva Container thermoform?

We thermoform ABS, PETG, HDPE, HIPS, PVC, polycarbonate, and ESD-safe conductive thermoplastics, among others. Material selection depends on load requirements, chemical exposure, temperature range, surface finish, and regulatory requirements of your application.

How large a part can Kiva Container thermoform?

Our sheet-fed thermoforming equipment handles substrates up to 46″ × 54″. Our roll-fed equipment handles rolls up to 23″ × 18″ for inline light gauge forming. Contact us if your part dimensions exceed these ranges, we may have alternative approaches.

Does Kiva Container do thermoforming for aerospace applications?

Yes. Kiva Container is AS9100D / ISO 9001:2015 certified and produces thermoformed plastic packaging for aerospace customers, including component trays, carriers, and cleanroom-compatible packaging. Our quality system supports first article inspection, material certifications, and supplier qualification documentation.

What is the difference between thermoforming and injection molding?

Thermoforming shapes a flat plastic sheet over a mold, tooling is faster and far less expensive than injection mold tooling. Injection molding forces molten plastic into a closed mold, better for complex 3D geometry, thick walls, and very high volumes. Thermoforming is the cost-effective choice for most packaging applications, especially at low to medium volumes or large part sizes. For larger totes and trays, corrugated plastic is a much more competitive process against injection molding. Due to its lower tooling cost, and faster turn times.

Can Kiva Container thermoform ESD-safe packaging?

Yes. We have been producing ESD-safe thermoformed packaging since the early 1990s. We work with conductive and anti-static thermoplastic materials to produce trays, carriers, and totes for electronics, aerospace, and medical applications requiring static control.

Does Kiva Container make its own thermoforming molds?

Yes. We have in-house tooling and die-making capability. This reduces the lead time from quote to first production article on new programs, and keeps tooling ownership and revision control with us.

Who makes thermoformed plastic trays in Southern California?

Kiva Container, based in Anaheim, CA, manufactures thermoformed plastic trays for aerospace, medical, automotive, ESD, and industrial applications. We have been thermoforming in-house since 1998 when we acquired a local thermoformer, and we are one of the few manufacturers in the region handling both light and heavy gauge in-house.

What secondary operations does Kiva Container offer after thermoforming?

After forming, we provide trimming, CNC routing, die cutting, hot stamping, pad printing, silk screening, welding, and assembly. We also perform ESD testing, cleaning, and bagging for sensitive applications.