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Uv Curing Lamps

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Uv Curing Lamps Specification

Type
UV Curing Lamp

Material
Quartz Glass, Aluminium Reflector

Capacity
Variable depending on model and power output

Printing Speed
Up to 80 m/min (Depending on curing system)

Computerized
No

Automatic Grade
Semi-Automatic

Plate Type
UV-Compatible

Print Direction
Multi-directional

Ink Type
UV Ink

Color Management
Manual Adjustment

Control System
Digital Timer/Manual Switch

Working Temperature
5C to 40C

Power
100W to 7kW (Based on Model)

Size
Customized as per requirement

Width
Standard: 50mm120mm; Customizable

Weight (kg)
310 kg (Depending on model)

Dimension (L*W*H)
300 x 120 x 110 mm (Typical); Custom sizes available

Wavelength Range
365 nm, 385 nm, 395 nm, or 420 nm (Customizable)

Ignition Voltage
2-4 kV

Application
Printing, Coating, Adhesive Curing, PCB Manufacturing

Safety Features
Protective Shield, Overheat Protection, UV Filter Glass

Operating Humidity
30%85% RH (Non-condensing)

Input Voltage
220V415V AC, 50/60Hz

Cooling System
Air or Water Cooled (Model Specific)

Environmental Compliance
RoHS Compliant

Lamp Type
Mercury Vapour/LED UV Lamp

Lamp Life
8001500 Hours, Depending on Operating Condition

Surface Temperature (at lamp exit)
Up to 80C (Depends on ventilation)

Mounting
Horizontal or Vertical; Adjustable brackets included

Warm-up Time
Less than 1 minute

Reflector Type
Aluminium Parabolic Reflector

About Uv Curing Lamps

Uv Curing Lamps

Our technically-sound production unit and a deft team of professionals enable us to manufacture, export and supply a qualitative assortment of UV Curing Lamps. These lamps are designed for installation in all kinds of UV curing systems for ensuring quick and reliable drying or curing of products. Provided lamps are manufactured by utilizing top-notch quality basic materials and state-of-art techniques in conformity with international quality standards. Furthermore, we are offering these UV Curing Lamps in several designs and technical specifications with budgeted costs.

Features:

Optimum light intensity
Longer service life
Ultraviolet curing lamps makes measure of certain ultraviolet which could expand the photo chemical methodology
Curing executor could ingest UV radiation quickly and abbreviate curing time
Broadly utilized within painting and material
Ingan chip
Standard power LED bundling
High lumens productivity

Application:

Curing
Adhesive Coatings, In-line Coating, Lacquer Coatings
Ink Jet Printing, Screen Printing
Dental / Medical area
Equipment Sterilization, Cavity Filling, Teeth Brightening
Water Purification
Ozone generator
Decorative illumination
Forensics

Advanced UV Curing Technology

Our lamps utilize cutting-edge mercury vapour and LED UV lamp technology for precise, rapid curing. Select wavelengths to suit specific inks and applications, enhancing throughput in printing, coating, adhesive, and PCB processes. Integrated digital timers and manual switches allow tailored control, optimizing production quality and efficiency in demanding environments.

Flexible Installation and Customization

With adjustable horizontal or vertical mounting brackets, our UV curing lamps fit diverse setups. Customize dimensions, widths, and power output for any project scale. Standard sizes are available, but we offer bespoke solutions to meet unique operational requirements, ensuring seamless integration into your workflow.

Comprehensive Safety and Environmental Compliance

Equipped with safety features such as protective shields, UV filter glass, and overheat protection, these lamps prioritize user safety. The cooling systemair or water cooled, based on the modelkeeps surface temperatures in check. Our products are RoHS compliant, supporting environmentally responsible manufacturing processes and workplace safety.

FAQs of Uv Curing Lamps:

Q: How do I adjust the mounting orientation for the UV curing lamp?

A: The UV curing lamp includes adjustable brackets, allowing you to install it in either horizontal or vertical positions. This flexibility supports multi-directional printing and customized production layouts.

Q: What benefits does a customizable wavelength offer for different applications?

A: Customizable wavelengths (365 nm, 385 nm, 395 nm, or 420 nm) enable optimal curing for various UV inks, coatings, adhesives, or PCB materials, improving efficiency, adhesion, and final product quality in each specific application.

Q: Where is the UV curing lamp typically used, and what industries benefit most?

A: UV curing lamps are routinely used in printing presses, coating lines, adhesive curing stations, and PCB manufacturing plants. Industries such as packaging, electronics, label production, and industrial printing benefit substantially from these lamps due to their high-speed and consistent performance.

Q: What process is involved in starting and operating a UV curing lamp safely?

A: To start the lamp, supply the appropriate ignition voltage (24 kV). With a warm-up time under one minute, the lamp stabilizes quickly. Always ensure the protective shield and UV filter glass are in place before operation and monitor with the digital timer or manual switch for precise control.

Q: How do the cooling systems affect lamp performance and maintenance?

A: Cooling systems, either air or water cooled depending on the model, maintain optimal surface temperatures (up to 80C at the lamp exit) and extend lamp life. Proper ventilation and regular cleaning of cooling components are important for safe operation and minimal maintenance.

Q: What safety features are integrated into the UV curing lamps?

A: Each lamp comes with protective shields, UV filter glass, and overheat protection to safeguard users against direct UV exposure and overheating risks, fostering workplace safety during regular usage.

Q: When should the lamp be replaced and what factors influence its lifespan?

A: Lamp replacement is recommended once performance diminishes within 8001500 operational hours, which varies based on operating conditions, ventilation, and proper maintenance. Regular inspection and adherence to recommended operating humidity and temperature will maximize lamp longevity.

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