Batch-type structure 2-spindle router splitting device
ECL2025S-2SP type, ECL3325S-2SPS type
Leave the substrate cutting device to TME.
The standard type router split structure incorporates a two-spindle mechanism to simultaneously split a single sheet substrate at two locations. *PAT·P
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basic information
【Features】 ○ The division time will be dramatically improved. ○ The interval of the division pitch has a variable structure. ○ The spindle on one side can be set to operate or stop at each division point, allowing it to be used as a single spindle division device. ○ High-speed division is possible with a reasonable cost increase compared to the standard structure. ○ Supported board sizes: ECL2025S-2SP type: Maximum 200×250mm ECL3325S-2SPS type: Maximum 250×330mm ● For more details, please contact us.
Price information
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Delivery Time
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Applications/Examples of results
It is suitable for mass production of small-sized substrates.
Company information
Since our establishment, we have become a manufacturer of industrial automation equipment, primarily producing high-speed and high-precision assembly machines. Since 1990, we have received positive feedback for the development and production of press-type separation devices, resulting in numerous sales achievements. In 1995, we began the development and production of router-type printed circuit board separation devices. By repurposing automation technology, we have continuously considered how we, as a latecomer manufacturer, can meet the needs of our users, reflecting on their perspectives and experimenting to determine what price point would be acceptable. This process has led to the lineup we have today. We sincerely thank our users for their feedback and cooperation, which have been instrumental in our product development. Although we are a small to medium-sized company that has only produced highly complex automation equipment, we take pride in our proven track record, number of units produced, and technical capabilities. Moving forward, we will continue to incorporate more user feedback and strive to complete even higher-grade, high-quality devices. We appreciate your continued support.