Full transparency

Production Lead Times
& Capacity

Everything you need to know before launching a project: real lead times by phase, accepted volumes, available equipment and supported certifications.

Request a quote See the full process

The figures that matter

48h
Quote lead time
on supplied files
8 wks
Series production
after production approval
10k
Max boards per batch
large series
800 m²
Production workshop
Langres, Haute-Marne

Understanding the lead times
of each phase

Lead times vary widely depending on project complexity and the phase concerned. Here is a realistic and transparent view of what to expect.

48h
to 5 days
Phase 0 · Estimating
Quote & technical analysis

We analyse your specification or your existing files (Gerber, BOM, schematic). A detailed quote with a schedule is sent to you. The lead time depends on the complexity of the analysis.

48h on complete files 3-5 days if designing from scratch Free
2–12
months
Phase 1 · Design office

The most variable phase. A simple project (IoT module, adaptation of an existing design) can be completed in 2 months. A complex project (multilayer RF PCB, advanced firmware, integrated certification) can take up to 12 months.

Simple project: 2–3 months Standard project: 4–6 months Complex project: 8–12 months Includes prototype iterations
1–2
months
Phase 2 · Validation
Real-environment testing

You test the prototype in your real operating environment. This phase depends on you: your team's availability, the complexity of field tests, the number of iterations required. We remain available to incorporate your feedback quickly.

Depends on customer context Iterations integrated within 1–2 wks Leads to production approval
8
weeks
Phase 3 · Production
Series production

Once the production approval is received, our line starts up. The 8 weeks cover component procurement, industrialisation, SMT assembly, AOI/ICT testing and packaging. This lead time is stable for most volumes (50 to 5,000 boards).

50 to 5,000 boards: 8 wks 5,000 to 10,000 boards: 10–12 wks 100% tested before shipping
Note on long lead-time components — Some components (microcontrollers, radio modules, specific components) have supplier lead times of 8 to 52 weeks. We identify them at the quoting stage and propose alternatives where necessary. This can affect the design phase, not the production phase.

A line built for your profile

No minimum threshold, no ceiling. Our production line is sized to be competitive where large EMS providers are not — and able to scale up in volume without limit.

Start-up & R&D
Prototypes & first series

You are validating a design or launching your first product. Codium supports you from the very first PCBs — with the same quality standards as in high-volume production.


A few boards to a few hundred Fast iteration 8 wks lead time AOI + functional testing
Our core target
SME & mid-cap series
Optimised for you

Our line was designed to be competitive on volumes of 1,000 to 5,000 boards per year, per project. Fast, efficient production changeover — you get the responsiveness of a local partner without the minimums of large factories.


1,000 – 5,000 boards/year/project Fast line changeover 8 wks lead time AOI + ICT + traceability Single point of contact
High volumes
100,000 boards/year

Do you have large or fast-growing volumes? We produce projects of several tens of thousands of boards per year. Planning, regular repeat orders, batch reports — no ceiling.


No upper limit Tailored planning Batch report Systematic AOI + ICT

Industrial equipment

800 m² of workshop equipped for assembly, testing and packaging. A complete industrial line, in France, in Langres.

Automatic Pick & Place
Automated placement of SMT components. Compatible with 0201 packages, fine-pitch BGA, QFP and power components.
Up to 5,000 components/hour
Nitrogen reflow oven
SMT soldering in a nitrogen atmosphere for optimal solder joint quality. Thermal profile adapted to sensitive components.
Controlled multi-zone profile
3D AOI inspection
Automated optical inspection after soldering. Detection of solder defects and of missing or reversed components, and solder bridges.
100% board inspection
ICT & functional test bench
In-Circuit Test to verify each component individually. Custom functional test to validate electrical and software behaviour.
Fixtures developed in-house

Supported certifications

Codium supports its customers on regulatory aspects from the design stage onwards. These are the certifications we handle, from analysis to laboratory support.

CE · RED
Radio Equipment Directive
Mandatory for all equipment emitting radio waves (WiFi, BT, LTE-M, LoRa…). Codium carries out RF pre-compliance tests in-house and prepares the complete technical file.
WiFi · Bluetooth · LTE-M · LoRa · DECT
CE · EMC
Electromagnetic Compatibility
EMC Directive: the product must not emit interference above regulatory thresholds and must withstand external interference. Pre-compliance tests can be carried out in-house.
Emissions · Immunity · Industrial
CRA
Cyber Resilience Act
New European regulation imposing cybersecurity requirements on connected products. Codium builds CRA requirements in from the design stage: security updates, technical documentation, incident reporting.
IoT products · Connected embedded · Mandatory in the EU from 2027
RoHS
Restriction of Hazardous Substances
Restriction of hazardous substances in electronic equipment (lead, mercury, cadmium…). Codium works exclusively with RoHS-compliant components.
All products · Legal requirement in the EU
IPC-A-610
Assembly quality standard
Worldwide quality standard for electronic board assembly. Our operators are trained to IPC criteria. Class 2 (high-volume) or Class 3 (medical, defence) on request.
Class 2 standard · Class 3 on request
IEC 62443
Industrial systems security
International cybersecurity standard for industrial control systems (ICS/SCADA). Secure architecture, network segmentation, authentication and vulnerability management built in from the design stage.
Industrial IoT · Embedded systems · OT/IT

Questions about lead times

The most frequent questions before launching a project.

Why can design take up to 12 months?

The design phase covers schematic capture, PCB routing, firmware development, and sometimes mechanical design. A simple IoT project can be done in 2 months. An industrial product with integrated RF certification, several revisions and EMC constraints may need 10 to 12 months.

The lead time also includes prototype iterations — it is rare for a prototype to be perfect on the first attempt. Together we define, from the quote stage, a realistic range for your specific project.

Can production be expedited?

Yes, in some cases. If the components are in stock and the manufacturing file is complete and validated, we can shorten the production lead time to 5–6 weeks.

The critical point is often component procurement. Some long lead-time components (radio modules, specific MCUs) need to be ordered in advance. We can manage a safety stock for your recurring references.

When does the production lead time actually start?

The production lead time starts when we receive your signed production approval (PA). Before that, we place component orders as soon as the PA is received. If any components have a long supplier lead time, we inform you in advance.

This is why it is important to validate the production approval quickly once the prototype is approved: every week of hesitation pushes back delivery by the same amount.

Are lead times guaranteed?

The schedule is set out in the quote and we stick to it. If something unexpected happens (supplier delay, customer change, a finding during production), we inform you immediately and propose an action plan.

Changes requested during production (BOM, design) can shift the schedule. We do not accept changes without assessing their impact on lead times with you.

Let's talk about your project

Send us your specification or describe your needs — we will get back to you with a quote and a schedule within 48 hours.