ETI - SPOT 800 UV LED Curing System
Description
The ETI-SPOT 800 is a powerful UV LED curing system that provides stable and efficient UV irradiation for various applications such as precise optics bonding, PUH assembling, winding and terminal curing, and medical equipment fine bonding and curing.
With its energy-efficient and environmentally friendly design, this curing system is easy to operate and install.
ETI - SPOT 800 UV LED Curing System
Specifications |
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|---|---|
| Wavelength: | 365 nm |
| Light Source Power: | -- W |
| Product Model: | ETI – SPOT series |
| Front Panel Display: | LCD |
| External Control: | Foot pedal |
| Voltage: | 100~240VAC 50Hz |
| Power Consumption: | <30 VA |
| Operation Temperature & Humidity: | 0 to 35°C, 85% max |
| Storage Temperature & Humidity: | –10 to 60°C, 85% max |
Features
- Powerful UV intensity: up to 8 W/cm2
- Intensity adjustable
- Stable UV irradiation
- Efficient head cooling design
- No thermal distortion
- Multi-head option
- Beam spot size & pattern option
- Long LED lifetime: up to 20,000 hours
- Easy installation & operation
- Energy efficient & environmentally friendly
Applications
- Precise optics bonding
- PUH assembling
- Autofit accessory curing
- Winding & terminal curing
- Medical equipment fine bonding & curing
- Ideal for applications where minimum heat and curing distortion are critical
For pricing, technical or any other questions please contact the supplier
- No registration required
- No markups, no fees
- Direct contact with supplier
Contact Supplier
How to order?
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Ships from:
United States
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Sold by:
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On FindLight:
since 2019
Frequently Asked Questions
The maximum UV intensity of the ETI-SPOT 800 UV LED Curing System is up to 8 W/cm2.
Yes, the UV intensity of the ETI-SPOT 800 UV LED Curing System is adjustable.
The LED lifetime of the ETI-SPOT 800 UV LED Curing System is up to 20,000 hours.
Yes, the ETI-SPOT 800 UV LED Curing System is designed for easy installation and operation.
The ETI-SPOT 800 UV LED Curing System is suitable for precise optics bonding, PUH assembling, winding and terminal curing, and medical equipment fine bonding and curing.