An ana-digi watch carries two display systems in one case, so its cost structure is wider than a single-format watch. The table below sets out the elements that move the number, and where each one can still be changed.
| Cost element | Options | What it affects | Latest point to change it |
|---|---|---|---|
| Movement platform | Dual independent modules or an integrated single module | Unit cost, case depth, serviceability and how much room remains for customisation | Before sampling |
| LCD specification | Standard segment layout or a custom segment layout | Tooling for the display and the lead time on the first run | Before display tooling |
| Case tooling | An existing mould, a modified mould, or a new mould | The largest single up-front cost, and the fixed cost that has to be amortised across the order | Before tooling is cut |
| Display position | 6 o'clock, 12 o'clock or 3 o'clock area | Dial layout, readability at a glance, and how much space the hands have to travel | Before dial artwork |
| Hand specification | Hand shape, length and luminous coating | Alignment tolerance and low-light readability in the analogue half | Before sampling |
| Glass | Acrylic, mineral, or hardened mineral | Scratch resistance and the price band the model can occupy | Before case tooling |
| Backlight | LED or electroluminescent, with or without a light pipe | Battery drain, the battery life claim, and assembly complexity | Before sampling |
| Strap and fitment | TPU, PU, silicone, steel or leather, with standard or proprietary fitment | Material cost, skin-contact compliance and after-sales strap supply | Before packaging artwork |
| Branding method | Pad printing, laser engraving or embossing | Artwork deadlines and whether a tooling step is needed per logo | Before tooling |
| Packaging | Polybag, window box or gift box, with manual language versions | Unit cost and the size of the shipping carton | Before the order is placed |
Two of these elements behave differently from the rest. Case tooling is a fixed cost that does not scale with volume, so it rewards either a higher quantity per variant or a decision to use an existing mould. The LCD layout is similar: a standard segment layout carries no tooling, while a custom one does. Everything else is largely a per-unit cost.
The platform choice is the first decision, because it constrains everything downstream. For a description of how the two approaches differ mechanically, see our guide to what an analog-digital watch is; the sourcing question is what each platform does to cost and to flexibility.
A dual module build places a conventional analog quartz movement and a separate digital module on the same board. It is usually the better commercial choice for mid-volume programs: the parts are widely available, either half can be serviced independently, and the design leaves room for function variations without redesigning the whole watch. Its cost penalty is physical: two systems need more depth inside the case.
An integrated single module drives the hands and the display from one chipset. It suits slimmer cases and tighter space budgets, and it can deliver cleaner synchronisation because both halves derive from the same time base. The trade-off is flexibility. Function sets tend to be fixed by the platform, so adding a feature late in the program may mean changing the module rather than switching firmware.
The practical test is simple: if the program will need several function variants from one case design, the dual module route usually absorbs that variation more cheaply. If the case must be thin and the function set is settled, the integrated route is the better fit.
Where the digital window sits on the dial affects both readability and the cost of the analogue half, because it determines how much dial space the hands must travel across.
Whichever layout is chosen, the alignment requirement is the same and it is the defect most visible to an end customer: the hands must agree with the digital time and with the dial markers within the agreed tolerance. Because an ana-digi watch displays the same time twice, a misalignment is immediately visible on both displays, which is why assembly alignment matters more here than on a single-format watch.
Customisation is where a quotation can change most between suppliers, because each method has a different tooling and artwork requirement. The table below summarises the common options.
| Method | Commonly applied to | What it affects |
|---|---|---|
| Pad printing | Dial, case back, buckle | Lowest cost for multi-colour artwork, but it needs artwork approved before production and colour matching needs confirming |
| Laser engraving | Case back, buckle, crown | A permanent mark with no ink, best suited to single-colour line artwork |
| Embossing or debossing | Strap and buckle | A tactile brand mark on the strap that survives longer than printing |
| Applied or printed dial elements | Dial | Perceived quality, and a per-variant artwork approval step |
| Custom packaging print | Box and sleeve | Unit cost, carton size, and the language versions that must be printed |
Two practical notes. First, every branding method adds an approval cycle, so the artwork deadline is usually earlier than buyers expect. Second, branding applied per variant multiplies the setup work: the same logo across three dial colours is one artwork file and three print setups, and that distinction should be clear in the quotation.
The number that constrains an ana-digi program is usually not the total quantity but the number of variants. Each variation of dial colour, strap, plating or function set carries its own setup, so splitting a fixed quantity across more variants raises the fixed cost per unit. Buyers planning a range should treat the variant count as a cost decision, not a merchandising detail.
The same logic drives lead time. The sequence runs from specification, through artwork and tooling where required, to sampling, approval and then production. Delay comes from revisiting decisions late rather than from the production run itself, which is why the cost drivers covered in our guide to digital watch minimum order quantity apply here with one extra step: the dual display means an additional alignment check during assembly.
Sampling is cheaper and faster when the decisions are locked in the right order. The sequence below keeps expensive items from being revisited.
Once these are fixed, the sample round becomes a verification step rather than a design round, which is the difference between one sampling cycle and three.
The case has to accommodate a gear train, a display and the associated contacts, and the assembly includes an extra alignment step that a single-format watch does not need. The gap narrows when the program uses a standard dual-module platform rather than a custom one, and when the case tooling can be shared.
Sometimes, but it depends on the internal depth and on whether the board mounting can accommodate a second display system. A case designed purely for a digital module often cannot take a gear train without modification, so this is a question for the case drawing rather than the product photo.
Layout cost is driven more by whether the display layout is standard or custom than by where it sits on the dial. A standard segment layout in a conventional position avoids display tooling, which matters more to unit cost than the position itself.
Fewer than a merchandising plan usually suggests. Because each variant carries setup work, a first order that concentrates quantity in a small number of variants gives a more predictable unit cost and a cleaner first production run, with additional variants added once demand is known.
A change to the segment layout means new display tooling and a new dial artwork cycle, so the practical answer is no. This is why the function set and its display needs should be settled before display tooling is authorised.
At minimum: the movement platform, whether an existing case mould applies, the function set and variant count, the display position, the glass and backlight specification, and the branding methods. Without these, two quotations are not comparable, because each supplier will assume a different combination.
Shishi Xinjia Electronics Co., Ltd. is a watch manufacturer and exporter established in 1997 in Shishi, Fujian, China, producing analog-digital watches, digital watches, quartz watches, talking watches and smart watches under the XINJIA, SINTE, SINKA and JAVI brands.
If you are planning an analog-digital program, send the function set, the display position, the variant count and the destination markets, and the platform and case options can be matched to them before any tooling decision is made. You can review the analog-digital watch range, compare formats in the product catalogue, or contact the sales team with your target quantity per variant.
Email: xin-jia3@xin-jia.com
Website: www.xin-jia.com
