A Jewelry Laser Welder Line You Can Position, Demonstrate, and Support
Built for established jewelry equipment dealers who need a product range they can demonstrate, stock and support locally.
Built for established jewelry equipment dealers who need a product range they can demonstrate, stock and support locally.
Add laser welders to an existing jewelry-equipment customer base.
Add jewelry-specific systems to your existing laser portfolio.
Move from tools and consumables into higher-value equipment.
Build local stock, demonstrations and first-line service.
The portfolio is not structured by wattage. It is structured by the buyer each group is meant to close, because that is what determines your demo, your objection handling, and your support load. The base models are listed below; the configuration, power rating, and price for each are confirmed at quotation stage, once your customer mix is known.
| Base model | Type | Core parameters |
|---|---|---|
| M3 | Three-in-one, making / cutting / welding | Air cooling · 300×340×320 mm · 25 kg |
| MW-ST60X / MW-ST100X / MW-ST150X / MW-ST200X | Compact desktop, built-in water tank | Nd:YAG · 60 / 100 / 150 / 200 W · Pulse width 0.1–20 ms · Spot 0.1–3.0 mm |
| MW-DW200 | Desktop, built-in water tank | Peak ≤6 kW · Pulse width 0.1–5.0 ms · Spot 0.1–2.0 mm · 220 V / 50 Hz |
| NOVA | Desktop | Peak ≤7 kW · Pulse width 0.1–5.0 ms · Spot 0.1–2.0 mm · 220 V / 50 Hz |
| MW-QW60 / MW-QW150 / MW-QW200 / MW-QW300 | QCW fiber | Pulse width 0.2–15 ms · 1–20 Hz · Air cooling · 610×290×430 mm, 32 kg |
Three ways a first order is usually framed, by the customer segment you intend to open first. Each one starts from a class in the base model table above. What the product documentation actually says about each class is quoted below, so you can see what the starting point rests on rather than taking a recommendation on trust.
| First order built around | Where the machine choice starts | What the product documentation says about that class |
|---|---|---|
| Repair-focused | One of the desktop classes in the base model table | The product documentation records specifications for these models but does not name a class for repair-counter work, so this page does not assert one. The starting model is agreed against your demonstration and job mix at quotation. |
| Goldsmith-focused | The compact desktop class, or the QCW fiber class | The compact desktop class is documented with a high-resolution microscope and a 7-inch CCD monitor, and described as being for customers who need colour CCD. The QCW fiber class is documented with a spot size half that of YAG, described as suitable for precision components and jewelry. |
| Workshop-focused | The QCW fiber class | Documented as air cooled, with no consumables, and a modular design in which only the laser and the welding head are replaced. |
Unit quantities are not fixed here — they follow the bench space and operator count you are buying for, and are set with you at quotation. Accessories and the spare-parts package are quoted the same way; see What You Receive in the Quotation.
Specifications are confirmed per model at quotation stage. Read on its own, no single figure describes how a machine behaves at the bench: each one sets a limit that only means something alongside the other parameters, the alloy in front of the operator, and the job being run.
| Specification | What it decides for the end customer | What you have to read it against |
|---|---|---|
| Average power | Sustained workload and stability over a long session | Duty cycle and cooling method — a rating the machine can reach is not always one it can hold all day |
| Peak power | Behaviour on reflective and highly conductive metals | Pulse width and spot size: the same peak behaves differently spread over a long pulse than concentrated in a short one |
| Pulse energy | Penetration depth, filler melting, defect filling volume | Spot size and the alloy's conductivity — the same energy over a smaller area is not the same weld |
| Pulse width | Heat input, weld shape, cracking and discolouration risk | The peak power it is paired with, and how close the joint sits to stones or thin sections |
| Spot size | Weld precision, seam width, post-weld polishing required | Pulse energy — halve the diameter and the area falls to a quarter, so density changes without touching power |
| Frequency | Spot overlap, welding rhythm, heat accumulation | Average power and cooling: a rate that can be struck is not always a rate that can be sustained |
| Cooling system | Parameter stability across a working day | Average power, duty cycle, and the ambient conditions at the customer's bench |
| Parameter storage | Repeatability between operators and job types | Operator training and how varied the customer's daily job mix actually is |
| Microscope / CCD | Positioning accuracy, inspection, operator training speed | The work itself — fine stone-adjacent repair and larger assembly work do not need the same optics |
| Working chamber | Access to irregular pieces and larger components | The physical size and shape of the customer's typical piece, not the machine's rating |
Higher power does not mean higher precision, and no single configuration suits every country, voltage system, or customer type.
We would rather you validate one unit properly than commit to a batch you cannot yet support. Each stage has a decision point, and you can stop at any of them.
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You tell us the segments you cover, the applications you can demonstrate, and the service capability you already have. We propose a group mix against that, not against a catalogue.
A single unit from the group most likely to sell in your market, used for real demonstrations and customer trial welds. Evaluation criteria and feedback points are agreed before it ships. See the Sample Machine Program.
A first working portfolio plus dealer training, demo scripts, and specification sheets, so your sales staff can qualify and quote without escalating every enquiry to us.
Production slots, packaging, and documentation planned around your reorder cycle, with a wear-part stock list sized to your installed base. Details in Batch Production and Lead Time.
Add the Precision or Multi-Operator group once your installed base justifies it, or move to OEM and private label after a feasibility review.
A distributor buying three bench units for a single city and a wholesaler covering several markets with mixed configurations are not the same commercial case, and a single published price would misprice both. Send us the inputs below and you get a real quotation instead of a number you would have to renegotiate later.
Request a Distributor Portfolio| What your quotation depends on | What we need from you |
|---|---|
| Model mix | Which product groups your customer segments actually need |
| Order volume | Units per group for the first order and your expected reorder cycle |
| Configuration | Microscope or CCD, cooling method, chamber type, working requirements |
| Destination | Country, voltage and plug standard, interface language |
| Documentation | Customs, compliance and import paperwork required in your market |
| Packaging | Standard export packing, or your own branding and packaging requirements |
| Support scope | Training, spare-parts package, and service responsibility split |
Minimum quantities, lead times, and payment terms are confirmed against this information in your written quotation. See also Distributor Pricing and MOQ.
Once we have the inputs above, you get a written quotation rather than a price on a page. Every quotation covers the following, so you can price your own market without coming back for missing pieces.
| What is quoted | What it covers |
|---|---|
| Models and configuration | The specific models proposed for your customer mix, with the configuration quoted per unit |
| Quantities | Units per model for the order being quoted |
| Dealer pricing | Your price per model at the quoted quantities |
| Accessories | Accessories quoted per unit or per order, priced separately from the machines |
| Spare-parts plan | The recommended parts package for the order, sized to the installed base it will create |
| Estimated lead time | The production and dispatch window for the quantities quoted |
| Payment terms | The terms the quotation is issued on |
| Warranty scope | What the warranty covers on the models quoted, and what falls outside it |
| Quotation validity | How long the quoted prices and terms stand |
Anything not listed in the written quotation is not part of it. Where a point still has to be agreed, the quotation says so rather than leaving it implied.
When you distribute equipment under your own account, build consistency and warranty exposure become your problem. These are the checks that sit behind every unit in the portfolio.
Components are checked on receipt, and assembly is inspected in-process for calibration, wiring, and mechanical tolerance.
Laser output, focus accuracy and pulse consistency are calibrated, then verified with sample welds before the unit is cleared.
Voltage, plug type, interface language, configuration and packaging are verified against your order before batch acceptance.
Certificates and test documentation are issued with your order. Market-specific approvals beyond the above are assessed per destination before we confirm them. Full process detail: Factory and Quality Control.
Send the customer segments you cover and the volume you expect. You will get back a proposed group mix, a wholesale quotation built on it, and a written support scope — not a generic price list.
Prefer to write directly?
Contact our wholesale team ·
+86 15327155363
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