Custom
Thermoformed Trays
Manufacturer
THERMOFORMING SOLUTIONS
Custom Thermoformed Tray Solutions
From product packaging to industrial handling, we manufacture custom thermoformed trays designed to protect, organize and improve efficiency across your entire supply chain.
Product Packaging Trays
Secure and present your products with trays that fit perfectly in blister packaging or boxes.
Packaging Inserts
Protect and position your products inside folding cartons, rigid boxes or mailer boxes.
Handling & Transport Trays
Support efficient handling, storage and transportation in industrial and logistics applications.
Every Project Starts with Understanding Your Requirements
A successful tray begins with understanding how it will be used, not just what it will hold.
Product Requirements
Product dimensions, weight and fragile areas determine how each cavity supports, positions and protects the product.
Handling Requirements
Packing methods, robotic handling and production processes influence tray orientation, access and overall layout.
Logistics Requirements
Stacking, nesting and transportation requirements affect tray strength, storage efficiency and shipping performance.
Special Requirements
Food contact, ESD protection, reusable packaging and other functional requirements require specific material selection and tray construction.
When these requirements are clearly defined, we can design and manufacture a thermoformed traythat protects your product, fits your process and performs reliably in the real world.
How Your Tray Can Be Engineered
Every design decision is driven by your product, process and performance requirements.
Tray Structure
Cavity shape, depth, support features and tray layout are engineered to securely position and protect each product.
Material Selection
Material selection balances protection, appearance, forming performance and project-specific functional requirements.
Functional Features
Features such as stacking feet, finger access, hanging holes or ESD protection are added according to operational needs.
Production Efficiency
Design decisions can improve automation compatibility, nesting efficiency, material utilization and manufacturing consistency.
From Engineering to Production
Every stage is designed to reduce risk before production.
ENGINEERING REVIEW
Before Tooling Begins
Why can’t every finished drawing go straight into tooling?
Not every design is ready for production,
even if the CAD drawing is complete.
Engineers evaluate manufacturability risks before tooling begins, helping avoid costly changes later in the project.
Reduce design risks before investing in production tooling.
PROTOTYPE VERIFICATION
Why Prototypes Matter
What can a prototype reveal that a CAD drawing can’t?
that can’t be identified on screen.
Prototype testing verifies fit, handling, stacking, automation compatibility, and packaging integration before tooling is finalized.
Identify critical issues while changes are still quick and cost-effective.
PRODUCTION VALIDATION
From Sample Approval to Production
How do you ensure approved samples can be reproduced consistently?
A successful prototype doesn’t
automatically guarantee successful production.
Validation confirms that approved samples can be reproduced consistently by verifying dimensions, material consistency, and manufacturing stability.
Build confidence before moving into full-scale production.
Project Delivery
Manufacturing Capabilities That Support Your Project
From engineering review to stable production, every capability is designed to reduce development risk, shorten lead times, and support reliable project execution.
1-2 Days
Drawing Review
Evaluate manufacturability early.
3-4 Days
Sample Making
Verify designs faster.
31 Production Lines
Stable Capacity
Support scalable production.
19+ Years
Thermoforming Experience
Built on long-term manufacturing expertise.
Engineering Support
Drawing review and manufacturability evaluation before tooling begins.
Stable Production
Multiple production lines support consistent quality and reliable delivery.
Quality Assurance
Dimensional and visual inspections before shipment.
Applications
Custom Thermoformed Trays for Different Applications
Tray structure, material and cavity design are developed around your product geometry, handling conditions and packaging requirements.
Electronics
Precision Fit and Component Protection
Custom cavities help separate, position and protect electronic components during assembly, storage and transportation.
Medical & Diagnostic
Secure Component Organization
Custom trays organize devices, test components and diagnostic kits with controlled fit and clear product presentation.
Food & Confectionery
Product Separation and Visibility
Food-contact trays can separate products, improve presentation and support efficient packing and transportation.
Cosmetics & Personal Care
Retail-Ready Product Presentation
Form-fitted trays secure bottles, jars and accessories inside paper boxes while improving presentation and unboxing.
Automotive Components
Durable Handling Through Production
Reusable and heavy-duty trays protect automotive components during manufacturing, internal transport and storage.
Industrial Parts
Repeatable Positioning and Handling
Custom pockets support part separation, stacking, counting and efficient manual or automated handling.
Questions Before Starting Your Custom Tray Project
If you don’t see your question here, send us your project details for a quick engineering review.
Frequently Asked Questions
Find answers to the questions buyers ask most before starting a custom thermoformed tray project. If you don’t see your question here, send us your drawings or product details and our engineering team will be happy to help.
Can you manufacture trays based on our drawings or samples?
Yes. We can develop custom thermoformed trays from your 2D drawings, 3D files, physical samples or product dimensions. If your design needs improvement for manufacturability, our engineering team can also recommend structural optimizations before tooling begins.
What materials are available for custom thermoformed trays?
We work with a range of thermoforming materials, including PET, PS, PP, PVC, ABS and PETG. Material selection depends on your product, protection requirements, appearance, operating environment and budget. Our team can recommend the most suitable option for your application.
What is your MOQ for custom thermoformed trays?
MOQ depends on the tray size and manufacturing process. In most cases, the minimum order quantity is around 3,000 pieces, while larger trays or heavy-gauge products may start from 500 pieces. Please contact us with your project details for a specific quotation.
What is the typical lead time for samples and production?
Engineering drawing review is typically completed within 1–2 business days, and custom samples are usually ready in 3–4 days after design confirmation. Mass production lead time depends on tooling, order quantity and production scheduling.
How is the price of a custom thermoformed tray calculated?
Pricing is mainly based on material type, tray size, thickness, design complexity and order quantity. Tooling is generally a one-time investment, while larger production volumes help reduce the unit cost.
Do I need to pay for tooling before production?
Yes. For most custom thermoformed tray projects, tooling is a one-time investment required before mass production begins. The final tooling cost depends on the tray size, structure, material and mold complexity. Once the tray design is confirmed, we’ll provide a detailed tooling quotation and production plan before manufacturing begins.
Start Your Project
Share your drawings, samples or packaging requirements. Our engineering team will recommend a suitable thermoformed tray solution.