Electronics Packaging for Components and Industrial Applications

Custom thermoformed trays and inserts for PCBs, PCBAs, electronic components and finished devices, with ESD protection and custom material options.

Electronics Packaging Has to Control More Than ESD

Electronic components can face static, movement, contact and surface risks throughout handling, storage and shipping.

Static-Sensitive Components

PCBs and sensitive electronics may require anti-static, dissipative or conductive protection.

Component Movement

Loose cavities allow parts to shift, increasing impact and abrasion risks.

Sensitive Contact Areas

Pins, connectors and exposed circuitry require controlled contact and clearance.

Surface & Handling

Sensitive surfaces need scratch protection, stable positioning and reliable stacking.

Match Packaging to the Component Risk

Different components require different levels of static, surface and handling protection.

Static-Sensitive Parts

Anti-static, dissipative or conductive materials based on the required static-control level.

Scratch-Sensitive Surfaces

Low-abrasion or flocked contact surfaces for coated housings, displays and finished parts.

Low-Temperature Handling

Cold-resistant materials for storage or handling in low-temperature environments.

Multi-Part Packaging

Multi-cavity trays or combo kits to keep multiple components organized as one set.

Electronics Packaging Design Around the Component

Tray performance depends on how the component is supported, positioned and accessed.

Controlled Contact

Support the product only at suitable areas and keep sensitive features clear.

Precise Cavity Fit

Match cavity dimensions to the component to reduce movement without excessive pressure.

Sensitive Feature Clearance

Leave space around pins, connectors, soldered parts and exposed circuitry.

Consistent Orientation

Keep components aligned for inspection, assembly, kitting and handling.

Easy Part Access

Add finger clearance or pickup space where manual removal is required.

Stable Stacking

Control tray-to-tray clearance so stacked trays do not load the components.

Anti-Static vs Static-Dissipative vs Conductive Trays

Choose the material based on the required level of static control and component sensitivity.

Typical Use

Typical Use Basic static protection

Typical Use Controlled charge dissipation

Typical Use Stronger static control

Static Control

Static Control Reduces charge generation

Static Control Medium to high ESD control

Static Control Provides a rapid charge path

Best For

Best For Less sensitive electronics

Best For PCBs, PCBAs and sensitive assemblies

Best For Highly ESD-sensitive components

Other material options

Scratch-resistant, cold-resistant and project-specific materials are also available.

Thermoformed Electronics Packaging Solutions

Different applications require different tray structures for protection, handling and storage.

Custom Electronics Trays

Custom cavities for PCBs, PCBAs, modules and precision electronic components.

ESD Trays

Anti-static, static-dissipative or conductive tray options for static-sensitive components.

Clamshell Packaging

Enclosed thermoformed protection for small components, assemblies and finished devices.

Component Handling Trays

Organized tray structures for production, inspection, storage and internal handling.

For retail-ready packaging that combines printed boxes with fitted inserts, explore our consumer electronics packaging solutions.

From Production Handling to Electronics Shipping

Electronics trays can support components throughout production, storage, internal handling and final delivery.

Kitting

Keep multiple components organized and correctly positioned for assembly or kit preparation.

Inspection & Storage

Maintain consistent orientation for visual checks, temporary storage and internal handling.

Reusable Handling

Support repeated movement between production and assembly stages.

Shipping

Secure components during transport with controlled fit and stacking.

Prototype & Validation Before Production

Early validation helps confirm fit, material performance and handling before mass production.

Drawing Review

1–2 Days

Review drawings, dimensions and packaging requirements within 1–2 days.

Material Selection

Confirm the material direction based on static, surface and handling requirements.

Prototype Sample

3–4 Days

Produce samples in approximately 3–4 days for fit and handling evaluation.

Fit Validation

Check cavity fit, contact areas, pickup access and stacking before production.

Thermoforming for Electronics Packaging

Haixu supports custom electronics packaging from prototype development to volume production.

19+

Years of Experience

Thermoforming experience across custom trays, inserts and industrial packaging.

Production Lines

Flexible production capacity for different tray sizes, materials and order volumes.

30+ Tons

Daily Capacity

Stable output for repeat orders and high-volume electronics packaging programs.

Custom

Material Development

Support for ESD-safe, scratch-resistant, cold-resistant and project-specific material requirements.

Frequently Asked Questions

What is the difference between anti-static, static-dissipative and conductive trays?

Anti-static materials reduce charge generation, static-dissipative materials control charge dissipation, and conductive materials provide faster charge transfer.

Can thermoformed trays be used for automated handling?

Yes. Tray dimensions, cavity orientation and pickup areas can be customized for automated or semi-automated handling.

How do you prevent components from touching when trays are stacked?

Tray depth and stacking clearance are designed to keep the upper tray from pressing on the components below.

What information do you need to design a custom electronics tray?

Product drawings, dimensions or samples, together with material, handling and packaging requirements.

Can you manufacture from an existing tray sample or CAD drawing?

Yes. Existing tray samples, product samples and CAD drawings can be used as references for development.

What is the MOQ for custom electronics or ESD trays?

Typical MOQ is around 5,000 pieces for thin-gauge trays and 500 pieces for heavy-gauge thermoformed parts.

Can you provide surface resistance test data?

Surface resistance testing and material data can be provided according to the selected material and project requirements.