Based on a 2026 PCBA laser cutting machine evaluation report from a leading global EMS provider. The customer name has been anonymized.
In a four-phase PCBA laser cutting machine evaluation initiated by a leading global EMS provider, the Seprays/Genitec laser depaneling machine was selected from 8 candidate suppliers into the top three and completed on-site engineering tests and more than 6 months of mass production validation. Key results include:
Phase I paper study overall score ranked first: 4.41
Phase III engineering test: fastest cutting speed among the three evaluated machines
Phase IV mass production: 96,614 pcs input, 0 defects, 100% yield, 100% availability, 0 downtime, 0 major issues
Price and commercial score: 4.9
Service and support score: 4.8
Safety verification: all passed
Core configuration: INNO 20W laser, SCANLAB galvanometer, Daheng CCD, HIWIN drives, dual working table design
For manufacturing companies evaluating PCBA/FPCB/RFPC laser depaneling solutions, the value of this case is that it does not merely compare individual machine specifications. It validates whether a laser cutting machine is truly suitable for high-volume production across five dimensions: paper capability, engineering testing, mass production stability, service coverage, and commercial terms.
As PCB/PCBA/FPCB/RFPC products become increasingly precise, traditional depaneling methods are gradually facing bottlenecks in stress, burrs, cutting accuracy, and changeover efficiency. More and more EMS factories have begun to introduce laser cutting machines for PCB/PCBA/FPCB/RFPC laser depaneling.
In 2026, a leading global EMS provider launched a PCBA laser cutting machine evaluation project. The objectives included:
Introduce more potential laser cutting machine suppliers;
Verify suppliers' company scale, key specifications, features, service and support, and price;
Qualify global/regional partners and optimize procurement strategy;
Identify supplier technical gaps and drive benchmarking against the best performers;
Find lower-cost, replicable laser depaneling solutions.
The evaluation covered 8 suppliers, and 3 were ultimately selected for on-site engineering testing and mass production validation. The Seprays/Genitec laser depaneling machine was one of them.
The provider adopted a four-phase evaluation method:
| Phase | Content | Purpose |
|---|---|---|
| Phase I | Paper Study | Compare company capability, key specifications, features, key parts, service and support, price and commercial terms |
| Phase II | Test Procedure | Define test standards for safety, accuracy, speed, changeover, programming, etc. |
| Phase III | Engineering Test | Conduct on-site safety, accuracy, cutting quality, speed, and changeover tests at the customer's factory |
| Phase IV | Mass Production Validation | More than 6 months of mass production, tracking availability, reliability, yield, and issues |
This four-phase method is stricter than simply comparing prices or reviewing a demo machine, and is closer to the real mass production environment.
In the Phase I paper study, the Seprays/Genitec laser depaneling machine ranked first among 8 suppliers with 4.41 points.
| Scoring Item | Genitec Score |
|---|---|
| Overall Score | 4.41 |
| Price and Commercial | 4.9 |
| Service and Support | 4.8 |
| Key Specifications | 4.6 |
| Key Parts | 4.4 |
| Company Scale | 3.7 |
| Operation & Market Status | 3.9 |
| Features | 4.0 |
The report concluded:
The Seprays/Genitec laser depaneling machine showed the best overall performance, with the most competitive pricing and service and support coverage covering almost global sites, making it an excellent laser cutting candidate supplier.
This shows that the advantages of the Seprays/Genitec laser depaneling machine are not only in individual machine performance, but also in price, service coverage, and overall commercial competitiveness.
At the customer's South China factory, the Seprays/Genitec laser depaneling machine conducted engineering tests side by side with two other suppliers that passed initial screening.
| Test Sample | Cutting Mode | Genitec Time |
|---|---|---|
| PCBA1 | Clean cut | 63.50 s |
| PCBA1 | Normal cut | 50.25 s |
| PCBA2 | Clean cut | 27.53 s |
| PCBA2 | Normal cut | 22.88 s |
| PCBA3 | Clean cut | 34.84 s |
The report clearly stated:
The Seprays/Genitec laser depaneling machine achieved the fastest cutting speed.
| Accuracy Item | Genitec Result |
|---|---|
| Galvanometer Positioning | Cpk 4.25 |
| Machine Positioning Accuracy | Cpk 2.97 |
| X-axis Repeatability | Cpk 1.62 |
| Y-axis Repeatability | Cpk 1.84 |
| Energy Stability | Cpk 1.90 |
All test items had Cpk greater than 1.33, meeting the evaluation criteria. The Seprays/Genitec laser depaneling machine performed best in galvanometer positioning and machine positioning accuracy.
Safety verification: all passed;
Cutting quality: met the requirements of the user department;
Sample coverage: PCBA of different thicknesses such as 0.8 mm and 0.45 mm;
Cutting modes: both Clean cut and Normal cut passed validation.
After passing the engineering test, the Seprays/Genitec laser depaneling machine entered more than 6 months of mass production validation.
| Mass Production Metric | Genitec Result |
|---|---|
| Input Quantity | 96,614 pcs |
| Defects | 0 |
| Yield | 100% |
| Target Yield | 99.99% |
| Downtime | 0 min |
| Availability | 100% |
| Major Issues | 0 |
The report summarized:
All machines performed well in availability and reliability, with 100% product pass rate during mass production and no issues found.
This means that the Seprays/Genitec laser depaneling machine not only performed well in prototype testing, but also maintained stable output in a real mass production environment.
The Seprays/Genitec laser depaneling machine has the following main configuration:
| Item | Configuration |
|---|---|
| Laser Brand | INNO |
| Laser Power | 20 W |
| Galvanometer Brand | SCANLAB |
| CCD Brand | Daheng DAHENG |
| X/Y/Z Drives | HIWIN |
| Laser Beam Quality M² | 0.03 |
| Galvanometer Scan Area | 45 × 45 mm |
| Working Table | Dual working table |
The report specifically noted:
LPKF and Sonic use a single working table, while the Seprays/Genitec laser depaneling machine uses a dual working table, which can save time during loading and unloading.
The value of the dual working table design lies in:
Cutting and loading/unloading can be performed in parallel;
Reduced waiting time;
Improved equipment utilization;
Better suitability for mass production.
Many companies tend to look only at laser power, price, or demo cutting results when choosing a PCBA laser cutting machine. However, this four-phase evaluation shows that the factors that truly affect mass production include:
Paper capability: company scale, service coverage, key parts, price and commercial terms;
Engineering capability: cutting speed, accuracy, safety, changeover, programming;
Mass production stability: availability, yield, downtime, issue tracking;
Long-term service: global service coverage, response speed, spare parts support;
Total cost: purchase price, payment terms, maintenance cost, changeover efficiency.
The performance of the Seprays/Genitec laser depaneling machine in this case can be summarized as:
Ranked first in Phase I overall score, fastest cutting speed in engineering tests, 100% yield and availability in mass production, and leading price and service scores.
This is not a victory of a single parameter, but a balance among efficiency, quality, service, and cost.
The Seprays/Genitec laser depaneling machine ranked first in the Phase I paper study overall score with 4.41 points; achieved the fastest cutting speed in the Phase III engineering test; and in Phase IV mass production achieved 96,614 pcs with zero defects, 100% yield, 100% availability, 0 downtime, and 0 major issues.
The ZAM laser depaneling machine is suitable for PCB, PCBA, FPCB, RFPC and other laser depaneling applications. It is especially suitable for scenarios requiring a dual working table, mass production, high-precision positioning, and stable cutting quality.
A dual working table allows cutting on one table while loading/unloading on the other, reducing equipment waiting time and improving capacity and equipment utilization. For mass production, a dual working table is usually more advantageous than a single working table.
No. Mass production results are based on a specific customer, specific product, specific material, and specific process conditions. Actual yield will be affected by product design, material, cutting path, parameter settings, environment, and use and maintenance. It is recommended to verify through sampling and trial production.
Welcome to contact the Seprays/Genitec sales and engineering team. Provide product drawings, material, thickness, cutting accuracy, and capacity requirements, and we will arrange sampling, sample testing, and ROI evaluation.
In the four-phase PCBA laser cutting machine evaluation by a leading global EMS provider, the Seprays/Genitec laser depaneling machine delivered a balanced and impressive result:
Phase I paper study overall score ranked first: 4.41
Phase III engineering test: fastest cutting speed
Phase IV mass production: 96,614 pcs, 0 defects, 100% yield, 100% availability
Price and commercial score: 4.9
Service and support score: 4.8
Safety verification: all passed
Core configuration: INNO 20W + SCANLAB + Daheng CCD + HIWIN + dual working table
For customers looking for PCBA/FPCB/RFPC laser depaneling solutions, the Seprays/Genitec laser depaneling machine provides a strong balance among efficiency, stability, service, and cost.
Welcome to contact Seprays/Genitec laser depaneling machine to schedule sampling, sample testing, and ROI evaluation.
This article is based on a customer's internal evaluation report, and the customer name has been anonymized. The data in this article comes from specific test conditions and specific products. Actual results may vary depending on product, material, configuration, process, and use environment. Please confirm that relevant authorization has been obtained before citing. Competitor information has been anonymized and does not constitute disparagement or absolute comparison of any third party.
