1.Utilizing non-contact laser technology, eliminating the need for specific embedding boxes, reducing costs, and empowering buyers with independent procurement rights for related consumables.
2.Printing clear Chinese and Western characters, graphics, QR codes, etc., with a printing accuracy of 2500dpi.
3.Characters can endure long-term exposure to reagents like xylene and alcohol.
4.Featuring a large full-color touchscreen with Chinese interface, ensuring easy operation. The computer and software are integrated into the marking machine, allowing standalone or external computer operation and eliminating the need for complex software debugging.
5.Rapid printing speed of ≤3 seconds per slide, suitable for on-demand or batch printing.
6.Each cycle can load 75 embedding boxes for continuous printing.
7.Automatically sorting embedding boxes for organized workflow.
8.Auto-monitoring print quality and providing prompts to add embedding boxes as needed.
9.Fully compatible with various software systems, including Lis (Laboratory Information Management System) and His (Hospital Information System).
product packing and shipping details
(1) Before the product leaves the factory, our company will strictly inspect and debug all components of the machine and equipment, and test whether the equipment can be used and installed normally.
(2) In order to prevent the product from being squeezed and damaged during long-distance transportation, we will use thick foam to fix the four corners of the product, and use standard export wooden boxes for external packaging.
(3) If you need OEM and ODM services and have separate product packaging solutions and logo printing standards, please communicate your plans and standards with us in advance. We can package the product according to your requirements.
(4) Transportation methods: a combination of sea, land, railway, air, and express delivery.
FAQ
How does the choice of infrared and ultraviolet lasers in embedding box printers affect printing results?
Answer: The choice of light source directly impacts the clarity of printing and adaptability to different materials. Infrared lasers are generally more suitable for certain materials, while ultraviolet lasers may have advantages in other aspects.
What are the similarities and differences in long-term maintenance costs between infrared laser embedding box printers and ultraviolet laser embedding box printers?
Answer: Long-term maintenance costs are a critical factor to consider when choosing a laser embedding box printer. Comparing the maintenance requirements and consumable costs of both is crucial for the sustainable operation of the laboratory.
In infrared and ultraviolet laser embedding box printers, which one is more suitable for laboratory applications requiring high-resolution patterns?
Answer: Resolution is crucial for specific research applications. A detailed understanding of the performance of infrared and ultraviolet lasers in high-resolution pattern printing helps make the best choice.
How do the printing speeds of infrared laser embedding box printers and ultraviolet laser embedding box printers differ?
Answer: Printing speed is crucial for laboratory efficiency. Comparing the performance of both in terms of printing speed and continuous printing capability helps choose a laser embedding box printer that meets the laboratory's needs.
What are the similarities and differences in the application scope of infrared and ultraviolet laser embedding box printers?
Answer: Different research applications may require different light sources. Understanding the applicability of infrared and ultraviolet lasers in different research fields helps choose the laser embedding box printer that best fits the laboratory's needs.
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