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Vision-guided string layup

Suzhou SC-Solar Equipment Co., Ltd. ↗

A camera-guided robot lays cell strings onto the prepared glass. SC-Solar quotes ±0.3 mm on the strings, ±1 mm on the glass and twelve strings in 30 seconds or less, with flipping, cutting and repair feeding sold as options.

SC-Solar says the machine works with different makes of stringer and changes pattern at one click. Pairing it with your own stringer is a project item: agree the handover, buffer and signal exchange with SC-Solar before ordering.

General illustration of module assembly equipment, not a photograph of this model. Ask the manufacturer for current photographs and layout drawings of the configuration offered.

START WITH YOUR PRODUCTION TASK

Choose it for high-volume layup where string spacing must be tight. Fix your string count, pitch and glass references, decide which options you are buying, and accept the machine on a full twelve-string run, or your own pattern, checked for both placement and cell damage.

SOURCE-LINKED DATA

Published specifications

Values below are published by the manufacturer, each with the date its source was checked. Ask for the figures that apply to your configuration and material in the quotation.

The manufacturer has not published a complete specification table for this entry. Request the exact offered drawing and operating limits.

See sources and check dates ↓

01 · Manufacturer information

Two accuracy figures, two different jobs

Cameras locate each string and the glass, and the robot sets the strings down. SC-Solar lists ±0.3 mm for string layup and ±1 mm for glass positioning. The first concerns where a string lands; the second concerns where the glass sits. The page gives no combined tolerance for the finished module, so draw one yourself and have SC-Solar quote against it.

The cycle figure is for twelve strings. A different count or pattern, the cutting or repair options, or a slower upstream stringer can all change the real cycle. One-click pattern change is convenient, but the catalogue does not list supported cell thickness, string length, gripper contact or the communication protocol. Put those in your enquiry.

Source: SC-Solar high-speed string layup product page

02 · Manufacturer information

Catalogue figures for the string layup machine

Catalogue figures for the string layup machine
ItemSC-Solar dataSettle in the quotation
Layup / glass positioning±0.3 mm / ±1 mmThe tolerance on your finished string layout.
Module range1650–2520 × 1010–1410 mmYour cell, string and pattern.
Cycle≤30 s for 12 stringsCycle with your options and handling included.
Power / supply18 kW; AC380 V±5%, 3P+N+PE, 32 A, 50/60 HzCabinet and supply scope listed in the offer.
Air / noise0.5–0.7 MPa / ≤70 dBCompressed-air demand and the noise test method.
Dimensions / weight4020×3160×2560 mm / 4500 kgSpace for buffers and service.

Source: SC-Solar high-speed string layup product page

03 · PVYard procurement analysis

Drawings that make the quote accurate

  • Layout drawing

    String count, pitch, gaps, polarity and tolerances, all measured from the same glass edges.

  • Strings as delivered

    Cell and string dimensions, areas the gripper may not touch, and how your stringer hands strings over, including any buffer.

  • Options

    List flipping, cutting and repair feeding as separate line items, each with its own rework path and acceptance check.

Source: SC-Solar high-speed string layup product page

04 · PVYard procurement analysis

Acceptance run for string layup

  1. Lock pattern and options

    Sign off string geometry, references and the handling functions being delivered.

  2. Measure what was placed

    Check positions, gaps and orientation, and inspect cells for cracks across a realistic spread of incoming strings.

  3. Run with the stringer

    Link the stringer and buffer and time a full set of twelve strings, or your own pattern, from first pick to last.

  4. Change and recover

    Switch patterns, send a string to repair or reject, and restart after a stop, with the settings logged.

Source: SC-Solar high-speed string layup product page

05 · PVYard procurement analysis

Buyer questions on string layup

Are ±0.3 mm and ±1 mm the same measurement?

No. One is string placement and the other is glass location.

Is 30 seconds valid for any pattern?

SC-Solar states it for twelve strings. Time your own pattern and options at the trial.

Are flipping and cutting in the base price?

SC-Solar lists them as options. Ask for each to be priced and named in the contract.

Source: SC-Solar high-speed string layup product page

TURN THIS INTO A CLEAR REQUEST

Ask about this product

Include the product-specific questions above and replace every bracket with your actual requirement. Save your edited text to your sourcing brief, then review it before submitting an enquiry. Saving a brief does not send it to a manufacturer.

Sources

Manufacturer information and our buying guidance are labelled section by section above. Each source below shows the date it was checked.

SC-Solar high-speed string layup product page ↗

Source check: 2026-10-11 · Feature list, machine photo and table with accuracies, twelve-string cycle, module range, utilities and weight.

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