Scientific instruments lose calibration from shock, vibration and being handled the wrong way up, so pack them in foam-lined boxes or crates, keep them upright and keep them dry. For customs, get the paperwork exact: model and serial numbers on the invoice and packing list, a certificate of origin, and a spec sheet to support classification. This guide covers non-hazardous equipment only.
What this guide covers
Science and technology cargo includes lab instruments, testing and measuring equipment, microscopes, analytical systems, research tools and optical components. These items are high-value and calibration-sensitive, and vibration, shock, dust and moisture can all damage them in transit. They need correct crating, cushioning and shock protection, plus clear documentation. This guide covers non-dangerous-goods (non-DG) equipment only; chemicals, biological samples and hazardous materials are excluded.
Equipment types
Most scientific equipment ships in foam-lined boxes or wooden crates for stability.
Laboratory Instruments
Microscopes, centrifuges (non-DG), spectrometers and lab incubators
Precision Measurement Devices
Meters, testing kits, surveying instruments and optical measuring devices
Tech & R&D Equipment
Sensors, data acquisition devices, prototyping units and embedded development boards
Optical & Imaging Devices
Lenses, optical assemblies and imaging sensors
Shipping science and technology equipment?
Get a quoteFive transit risks and how to pack for them
A drop or sustained vibration can reduce an instrument's accuracy or knock it out of calibration.
- Use foam-in-place packing, molded inserts or other shock-absorbing materials
- Crate high-value devices
- Label packages 'Fragile — Precision Equipment'
- Keep sensitive units upright
Dust or moisture can damage internal circuits, optics and sensors.
- Seal units in polybags or moisture-barrier pouches
- Add desiccants for long ocean transits
- Don't load in humid or dusty areas
- Keep crates raised on pallets
Extreme temperatures can crack optical components and make sensors and electronics malfunction.
- Load cargo away from the container doors
- Avoid long yard storage in high heat
- Insulate crates for sensitive optics if needed
Some devices, such as microscopes and optical units, must stay upright or their internal parts can shift out of alignment.
- Mark crates 'This Side Up'
- Fit tilt indicators and shock sensors
- Give everyone who handles the cargo clear handling instructions
Small parts, lenses and calibration tools go missing when they are packed loosely.
- Bag and label each accessory separately
- Pack accessories in dedicated compartments
- Check that the packing list matches the accessories actually included
Documents you need
Scientific equipment is non-hazardous, but customs expects precise documentation.
| Document | Why It Matters |
|---|---|
| Commercial invoice and packing list | Lists model numbers, serial numbers and HS codes |
| Certificate of origin | Confirms the country of manufacture; customs often requires it to determine the duty rate |
| Technical specification sheet | Helps customs classify the equipment |
| Calibration certificate (if supplied with the product) | Some buyers require it for validation |
| Packing list with serial numbers | Lets the receiver check every unit on arrival |
Requirements by destination
Accurate documents mean fewer customs queries.
- Certificate of origin required
- Model and serial numbers are frequently checked
- Optical devices can raise classification questions
- Certificate of origin required
- REACH and RoHS may apply to electronic components
- Certificate of origin mandatory
- High-value items may be inspected
Choosing a shipping mode
Precision devices travel best with minimal vibration and controlled handling. FCL means a full container booked for your cargo; LCL means your cargo shares a container with other shippers.
| Mode | Best for | |
|---|---|---|
| FCL | Crated high-value scientific instruments | - |
| Palletized LCL | Mixed cartons of lab equipment | - |
| Air | Sensitive or urgent scientific devices | - |
Shipping science and technology equipment?
Get a quoteHS codes for scientific equipment
| HS Code | Description |
|---|---|
| 9012 | Microscopes and optical instruments |
| 9027 | Laboratory instruments and analytical devices |
| 9031 | Measuring and testing instruments |
| 9001 / 9002 | Lenses and optical components |
These codes are indicative starting points, not a classification. Find the exact 10-digit line for your product in the HTS Code Finder. Getting the classification right is the importer of record’s legal responsibility.
The exact code depends on the instrument type. Estimate US import duties for these codes with our free tariff simulator.
Scientific equipment shipping FAQs
No, unless it contains chemicals or batteries that fall under dangerous-goods (DG) rules.
Crates are recommended for high-value or delicate units. Other equipment usually travels in foam-lined boxes.
Shock, vibration or being shipped the wrong way up.
Only when they ship in wooden crates that must comply with ISPM-15, the international standard for treating wood packaging.
Use dust-proof covers, desiccants and secure foam inserts.
Shipping terms in this guide:Packing ListCommercial InvoiceHarmonized System Code (HS Code)Certificate of Origin (COO)Full Container Load (FCL)Less than Container Load (LCL)
U.S. import duty on Science & Technology Equipment by country of origin
Total duty on the highest-value tariff lines in this category, by country of origin, calculated with our tariff engine and U.S. Census import values. Each page breaks down the duty components, how the rate has changed by entry date, and the landed-cost math.
Rates are our tariff engine's total for a commercial entry today. Open a page for the duty lines behind a rate and how it changed by entry date, browse all import duty pages, or price your own shipment.
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