A cordless table lamp can look finished long before the important decisions are finished.
For a European project, the battery route affects the enclosure, charging method, spare-parts plan, instructions, testing and even the way future variants are developed. If those decisions are postponed until after the housing is approved, the result is usually extra tooling work or a compromised battery compartment.
This guide is for buyers developing a rechargeable table lamp for retail, hospitality or private-label sales. It focuses on the questions that should be settled before a sample is signed off.
Start with the 2027 battery requirement
Artikla 11 asetuksen mukaisesti (EU) 2023/1542 koskee alkaen 18 helmikuu 2027. For products incorporating portable batteries, the general rule is that the complete battery must be readily removable and replaceable by the end user during the product’s lifetime, subject to the Regulation’s limited derogations.
The European Commission’s application guidance explains the practical meaning. Removal should be possible safely, without damaging the battery or the product. Commercially available tools may be used; specialised or proprietary tools, heat and solvents should not be required unless the relevant conditions in the Regulation are met. The requirement applies to the complete battery, not to individual cells inside a battery pack.
For a table lamp buyer, this is best treated as an early design input rather than a claim added to the packaging later.
This article is a product-development checklist, not legal advice. The final product configuration, intended market and applicable legislation should be reviewed with the buyer’s compliance adviser or test laboratory.
Define what “replaceable” means for the actual lamp
There are several ways to make a battery accessible, but the chosen route has to work in normal use.
A useful design review starts with five questions:
- Who removes the battery? The end user should be able to understand the procedure without technical training where Article 11(1) applies.
- How is the compartment opened? A cover, screw or latch should not create an accidental-opening risk or damage the enclosure after repeated use.
- How is the pack connected? Keyed contacts or a protected connector can reduce incorrect insertion and wire damage.
- How will a replacement be identified? The pack needs a stable part reference, electrical specification and sourcing route.
- What happens after replacement? The lamp should return to normal operation without loss of safety, stability or charging performance.
A removable battery door alone is not enough. The spare pack, instructions and long-term supply plan are part of the product system.
Choose the charging architecture before styling is frozen
Two common routes are worth comparing at concept stage.
USB-C charging on the lamp
USB-C is familiar to users and keeps the accessory set simple. The port position, strain relief, charging circuit and cable clearance still need to be considered. A poorly positioned connector can make a compact lamp awkward to use while charging.
Contact or dock charging
A charging base can give the product a cleaner daily-use experience. It adds more parts and more interfaces to verify: contact alignment, contact pressure, contamination, repeated docking, base stability and charger compatibility.
Some current table-lamp platforms can combine contact charging with USB-C, touch control, remote control and a replaceable battery. These should be selected as configuration options, not assumed to be standard on every housing.
Lock the light experience with the battery system
Battery capacity should not be specified in isolation. Runtime depends on LED power, driver efficiency, brightness setting, colour temperature, control electronics and battery cut-off behaviour.
Available platform directions can include:
- tunable white light across approximately 3000-6500 K;
- portaaton himmennys;
- touch and remote control;
- USB-C charging;
- contact charging;
- a replaceable rechargeable battery;
- fabric, metal or moulded decorative shade options.
The exact combination must be confirmed on the selected sample. A buyer should ask for runtime data at defined brightness settings, rather than relying on one maximum-hour figure without test conditions.
What to verify on the first working sample
The first sample is not only for appearance approval. It is the point at which the battery route and the lamp experience should be tested together.
| Check | What the buyer should record |
|---|---|
| Battery removal | Tools used, access steps, insertion orientation and whether any wires are exposed |
| Replacement pack | Pack identification, rated values, connector protection and spare-parts route |
| Charging | Input method, latausaika, indicator behaviour and surface temperature |
| Suoritusaika | Test setting, brightness level, colour temperature and low-battery behaviour |
| Controls | Touch response, dimming steps, memory behaviour and remote-control range if fitted |
| Stability | Tip resistance with the chosen shade, battery and charging cable |
| Repeated use | Battery-door wear, charging-contact wear and performance after repeated cycles |
| Light quality | Brightness consistency, colour shift, flicker and diffuser uniformity |
| Pakkaus | Protection of the stem, shade, base, battery and accessories during transport |
| Instructions | Clear removal, replacement, lataaminen, safety and disposal information |
Numbers should be attached to a specific sample configuration. Changing the shade weight, akku, LED board, driver or charging base can change the result.
Plan compliance around the final configuration
CE marking is not an approval issued by the European Union. The manufacturer is responsible for identifying the applicable EU rules, completing the conformity assessment, preparing the technical documentation and issuing the EU declaration of conformity.
For a cordless table lamp, the applicable assessment route depends on the finished product. Charging electronics, radio-control functions, materials, battery construction and the supplied adaptor can change the requirements. EMC, RoHS, radio-equipment and electrical-safety requirements should therefore be mapped against the exact bill of materials and intended markets, not copied from a superficially similar lamp.
Ask the test laboratory to review the architecture before tooling is final. Early review is cheaper than redesigning battery access, PCB spacing, wiring or labelling after a failed test.
A practical RFQ for an OEM supplier
A useful request for quotation does not need to be long. It should answer the points that change the platform choice:
- target market and sales channel;
- expected retail position;
- preferred lamp style and dimensions;
- replaceable-battery requirement;
- charging preference: USB-C, dock or both;
- target brightness, colour temperature and runtime;
- touch, remote or other control requirements;
- materiaalia, finish and logo position;
- packaging expectations;
- estimated first order and annual volume;
- target sample date and launch window.
When these inputs are clear, an existing platform can be assessed before new tooling is proposed. That is usually the fastest way to learn which changes are genuinely necessary.
Frequently asked questions
Does every cordless table lamp sold in Europe need an end-user-replaceable battery?
Artikla 11 asetuksen mukaisesti (EU) 2023/1542 establishes the general requirement for portable batteries from 18 helmikuu 2027 and contains limited derogations. Product classification and the final design should be confirmed for the intended market.
Can a screwdriver be required to remove the battery?
The Regulation and Commission guidance allow the use of commercially available tools in the general definition of ready removability, provided removal can be completed safely and without damaging the battery or product. The exact design still needs a compliance review.
Must the individual cells inside a battery pack be replaceable?
The Commission guidance states that the end-user requirement applies to the complete battery, not to individual cells within the battery pack.
Can one replaceable battery platform be used across several lamp styles?
It can be a useful product-family strategy. Each finished lamp still needs verification because shade weight, kotelo, LED power, thermal behaviour and controls may differ.
Can an existing lamp platform be customised before opening a new mould?
Often yes. Surface finish, shade, säätimet, charging arrangement, packaging and selected internal components may be evaluated on an existing structure first. Tooling should be proposed only after the platform limits are clear.
Discuss a cordless table lamp project
Meccamore works with buyers who already have a product direction and need a practical route from platform selection to a verified sample. Send the target market, reference image, battery expectation and estimated volume. We will first identify what can be achieved on an existing platform and where a structural change is actually required.
Discuss a cordless table lamp OEM project
Planning a Brazil programme? Read our Portuguese OEM guide for rechargeable table lamps in Brazil.