Kiva Container has been manufacturing custom reusable plastic containers for 40 years. We are experts at developing cost-effective, returnable packaging and are proud to be the only manufacturer able to convert corrugated plastic and solid sheet foaming under one roof. We manufacture a wide range of custom products. Including corrugated plastic packaging, vacuum form packaging, Electrostatic Discharge (ESD) packaging, plastic pallets, and integrated packaging (combining multiple substrates). Everything is designed and fabricated in-house at our Anaheim, CA facility, using both corrugated plastic fabrication and vacuum forming / thermoforming. Two distinct manufacturing processes, one manufacture.

Corrugated Fabrication Capabilities

Corrugated plastic fabrication involves taking a flat sheet of material and then die cutting, folding, and welding it into a custom-designed packaging solution. In comparison to traditional corrugated paper, plastic has a longer lifespan, is highly reusable, and is significantly more durable. Plastic can also be easily and thoroughly cleaned, making it a good choice for applications where cleanliness is important.

Corrugated fabrication is used to make products such as totes, trays, recycling bins, divider sets, and more. At Kiva Container, we work with materials featuring thicknesses between 2mm to 10mm and stock colors of white, black, and blue. However, we also order custom colors and perform PMS color matching. Our fabrication capabilities for corrugated plastic products involve everything from product design to manufacturing and assembly. Production capabilities include:

Die-cutting
Sonic welding
Flat welding
Custom wire reinforced frames
Railing
Grommet installation
Riveting
ESD coating processes
Secondary routing and trimming processes
Four-color silk screen printing
Digital Flat Bed Printing
Die-cutting
Capabilities

Die-cutting

Sonic welding
Capabilities

Sonic welding

Flat welding
Capabilities

Flat welding

Custom wire reinforced frames
Capabilities

Custom wire reinforced frames

Railing
Capabilities

Railing

Grommet installation
Capabilities

Grommet installation

Riveting
Capabilities

Riveting

ESD coating processes
Capabilities

ESD coating processes

Secondary routing and trimming processes
Capabilities

Secondary routing and trimming processes

Four-color silk screen printing
Capabilities

Four-color silk screen printing

Digital Flat Bed Printing
Capabilities

Digital Flat Bed Printing

Vacuum Formed & Thermoformed Packaging

When a product requires packaging that is highly precise or offers specialized characteristics like static protection, Kiva Container provides high-quality, reliable solutions. Our thermoforming capabilities are unmatched in North America, and we use in-house engineering, tooling, and pattern making to ensure shortened lead times. Vacuum-formed and thermoformed packaging have the benefits of fitting components precisely to ensure maximum safety and cleanliness during shipping. This technology is used by a wide range of industries, including aerospace, automotive, medical part manufacturing, and more. Kiva Container provides three primary types of vacuum and thermoformed packaging:

Light gauge forming

Light gauge forming

One of the most widely used thermoforming processes, light gauge forming is for materials between .010 in. to .080 in. thick. Thermoforming works well in most applications and can be performed on either clear or colored materials. Often seen products include blister packs, clamshells, medical device trays, as well as general internal product packaging.

Heavy gauge forming

Heavy gauge forming

For material thicknesses between .090 in. to .500 in. Heavy gauge forming can be performed on a wide range of colors and material surface finishes. Custom surface finishes are also possible and are a good way to differentiate your product from the competition. Many heavy duty tubs and trays are made using this process. Airline baggage handling totes, automotive manufacturing, and general heavy use material handling, all benefit from this type of plastic forming.

In-house design and tool making

In-house design and tool making

Our in-house design, engineering, and machining team handles all aspects of the design and tool-making process. This guarantees you receive your products on time and without the added expense and hassle of using a third-party tool maker.

A variety of materials can be used in these packaging techniques. Additionally, colors can be Pantone Matched (PMS) for perfect brand consistency. These color formulas are accurately reproduced in print because they are pre-mixed from existing color formulas with standardized serial numbers, not simulated by combining multiple colors.

Vacuum Formed & Thermoformed Packaging

When a product requires packaging that is highly precise or offers specialized characteristics like static protection, Kiva Container provides high-quality, reliable solutions. Our thermoforming capabilities are unmatched in North America, and we use in-house engineering, tooling, and pattern making to ensure shortened lead times. Vacuum-formed and thermoformed packaging have the benefits of fitting components precisely to ensure maximum safety and cleanliness during shipping. This technology is used by a wide range of industries, including aerospace, automotive, medical part manufacturing, and more. Kiva Container provides three primary types of vacuum and thermoformed packaging:

  • Light gauge forming
    Light gauge forming

    One of the most widely used thermoforming processes, light gauge forming is for materials between .010 in. to .080 in. thick. Thermoforming works well in most applications and can be performed on either clear or colored materials. Often seen products include blister packs, clamshells, medical device trays, as well as general internal product packaging.

    Light gauge forming
  • Heavy gauge forming
    Heavy gauge forming

    For material thicknesses between .090 in. to .500 in. Heavy gauge forming can be performed on a wide range of colors and material surface finishes. Custom surface finishes are also possible and are a good way to differentiate your product from the competition. Many heavy duty tubs and trays are made using this process. Airline baggage handling totes, automotive manufacturing, and general heavy use material handling, all benefit from this type of plastic forming.

    Heavy gauge forming
  • In-house design and tool making
    In-house design and tool making

    Our in-house design, engineering, and machining team handles all aspects of the design and tool-making process. This guarantees you receive your products on time and without the added expense and hassle of using a third-party tool maker.

    In-house design and tool making

A variety of materials can be used in these packaging techniques. Additionally, colors can be Pantone Matched (PMS) for perfect brand consistency. These color formulas are accurately reproduced in print because they are pre-mixed from existing color formulas with standardized serial numbers, not simulated by combining multiple colors.

Integrated Packaging

Integrated packaging incorporates a mixture of substrates and packaging types to provide a fully customized solution. For this type of packaging, we use a combination of corrugated plastic components with custom thermoforming to create an individualized solution for a specific product. This is an excellent option for applications that are highly demanding, unique in nature, or require specific features. An integrated packaging solution can include multiple packaging styles, such as a corrugated outer box with heavy gauge dunnage, or a stock plastic pallet with a corrugated plastic gaylord sleeve. Integrated packaging can include:
Heavy gauge dunnage

Heavy gauge dunnage

Sleeves

Sleeves

Formed trays with dividers

Formed trays with dividers

Frequently Asked Questions

What types of custom plastic packaging does Kiva Container make?

Kiva Container makes corrugated plastic containers (boxes, totes, trays, dividers), thermoformed plastic packaging (light and heavy gauge trays, totes, and pallets), ESD-safe packaging, integrated packaging, plastic pallets, and divider systems. All are built to custom specifications in Anaheim, CA.

What is the minimum order for custom packaging from Kiva Container?

Kiva Container does not have a standard minimum order requirement. We work with customers from prototype through full production runs. Contact us with your project details and we can discuss quantities and pricing.

How does Kiva Container handle projects that need both corrugated and thermoformed packaging?

Kiva is the only manufacturer in the country that does both in-house. We can design, fabricate, and quality-check a corrugated plastic container and a thermoformed insert as a single integrated package — no second vendor, no split tooling ownership, no coordination headache.

Can Kiva Container print on plastic packaging?

Yes. We have digital flatbed printing capability that works on virtually any surface — corrugated plastic, acrylic, hardboard, and solid plastic sheet. We also offer 4-color silk screening for high-volume runs.

Does Kiva Container make packaging for automated material handling systems?

Yes. We design and manufacture totes, trays, and bins to work with conveyor systems, AMRs, VLMs, and ASRS equipment. We engineer to the specific footprint and weight requirements of your system.

What is the largest part Kiva Container can fabricate?

Our die cutting machines can handle up to 78 x 150+ inches, our CNC router table is 120″ × 75″, which allows us to cut and shape parts that most fabricators cannot accommodate. For thermoformed parts, our largest sheet-fed equipment handles substrates up to 46″ × 54″.

Does Kiva Container work with ESD-sensitive products?

Yes. We have been manufacturing ESD-safe packaging since the early 1990s, producing both anti-static and conductive corrugated plastic and thermoformed packaging. We work with aerospace, electronics, and medical customers who require static-controlled packaging.

Can Kiva Container do Class A finish packaging?

Yes. We offer Class A laminated surfaces using Tyvek, Spunguard, and brushed polyester applied to corrugated plastic substrates. These finishes are used in aerospace and medical applications where surface cleanliness and appearance are critical.