RLT-i Series RF Laser RLT-60i

RLT-i Series RF Laser RLT-60i

Supplier
Yl-laser
Part Number
RLT-60i
Category
Laser Modules & Systems
Origin
China

Yongli RLT-i series RF CO2 lasers operate at 9.3 μm with 30W/40W/50W powers. Their precise wavelength extends plastic and film processing; CO2 lasers are not all equivalent. Standard 10.6 μm works well on wood and acrylic but can cause excessive melting or charring on PET, PI polyimide, films and composite plastics. RLT-i is optically optimized for the 9.3-micrometer (9.3 μm) band to improve precision, efficiency and finish. Resonant Absorption: At 9.3 μm, RLT-i matches molecular-bond absorption. Many modern polymers have stronger resonant peaks near 9.3 μm, allowing RLT-i light to be absorbed at the surface and rapidly vaporize it through photoablation rather than excess heat spreading outward. The resulting cold-processing effect gives flatter cuts, faster processing and a smaller HAZ. Edge Quality: For transparent films, white plastics and FPC, RLT-i reduces yellowing, molten buildup and charring. Lower thermal effects improve appearance and protect electrical performance, producing clean precision cuts on materials challenging for conventional CO2 lasers. Applications: RLT-i is a preferred source for electronics, medical-device manufacturing and premium packaging, including FPC cover-film cutting, precision labels and medical-catheter drilling. The distinctive wavelength of RLT-i supports productivity and quality control. It is recommended for moving from general processing into precision manufacturing. Product Features: Optimized 9.3-micrometer output transfers maximum energy into polyimide/Kapton, polyester PET, polyphenylene sulfide (PBT) and certain epoxy-based polymers. Efficient absorption reduces melting and carbonization and generally enables faster cutting and engraving. Water cooling allows the iL series to maintain stable output in demanding production.

Specification Snapshot
Weight
10kg
Beam Divergence Angle
<8mrad
Wavelength
9.3μm
Beam Quality Factor M²
<1.2
Request a Quote Download Datasheet
Save to Favorites Save to Favorites

Overview

Yongli RLT-i series RF CO2 lasers operate at 9.3 μm with 30W/40W/50W powers. Their precise wavelength extends plastic and film processing; CO2 lasers are not all equivalent. Standard 10.6 μm works well on wood and acrylic but can cause excessive melting or charring on PET, PI polyimide, films and composite plastics. RLT-i is optically optimized for the 9.3-micrometer (9.3 μm) band to improve precision, efficiency and finish. Resonant Absorption: At 9.3 μm, RLT-i matches molecular-bond absorption. Many modern polymers have stronger resonant peaks near 9.3 μm, allowing RLT-i light to be absorbed at the surface and rapidly vaporize it through photoablation rather than excess heat spreading outward. The resulting cold-processing effect gives flatter cuts, faster processing and a smaller HAZ. Edge Quality: For transparent films, white plastics and FPC, RLT-i reduces yellowing, molten buildup and charring. Lower thermal effects improve appearance and protect electrical performance, producing clean precision cuts on materials challenging for conventional CO2 lasers. Applications: RLT-i is a preferred source for electronics, medical-device manufacturing and premium packaging, including FPC cover-film cutting, precision labels and medical-catheter drilling. The distinctive wavelength of RLT-i supports productivity and quality control. It is recommended for moving from general processing into precision manufacturing. Product Features: Optimized 9.3-micrometer output transfers maximum energy into polyimide/Kapton, polyester PET, polyphenylene sulfide (PBT) and certain epoxy-based polymers. Efficient absorption reduces melting and carbonization and generally enables faster cutting and engraving. Water cooling allows the iL series to maintain stable output in demanding production.

Specifications

ParameterValue
Rated Power50W
Cooling methodAir cooling
Dimensions ( Length , Width , High )536mm*92.5mm*155mm
Weight10kg
Maximum Chassis Temperature<60°C
Input VoltageDC 48V/21A
Beam Divergence Angle<8mrad
Wavelength9.3μm
Power Instability±5%
Beam Quality Factor M²<1.2
Beam diameter [1/e²]2.2±0.2mm
Polarization stateHorizontal linear polarization >100:1
Duty cycle0-100%
Modulation Frequency0-25KHz%
Operating environment Temperature<15~40°C(59~104°F)
Operating HumidityNon-condensing
Shipping and Storage Temperature-10~40°C(14~104°F)

Applications

Flexible printed circuits (FPC): precise cutting and drilling of polyimide (Kapton) without excessive carbonization. Advanced plastics processing: cutting and marking polyethylene terephthalate (PET), polybutylene terephthalate (PBT), polyamides, and certain filled plastics. Electronics manufacturing: drilling and machining plastic housings and components.

Key Features

9.3 μm optimized for PET/PI/polymers, absorption improves 30%-50% for faster cycles; tiny heat-affected zones prevent melted/deformed edges and preserve physical/color properties; white/clear plastics show less charring/yellowing; for FPC, medical tubing, membrane switches. Optimized 9.3 μm transfers energy to polyimide (Kapton), polyester (PET), polyphenylene sulfide (PBT), selected epoxies; cleaner faster cutting/engraving; water-cooled iL provides stable demanding production.

Datasheet

Please provide your email to download the datasheet.

Your name
Email Address

Invalid email format. Please try again.

Send Request

Supplier Information

Yl
Yl-laser
View Supplier →
Jilin Yongli Laser Technology Co., Ltd. has over 20 years of manufacturing experience in the laser field, with products exported to more than 130 countries and regions. The company specializes in CO2 lasers, RF lasers, semiconductor lasers, laser optics and accessories, widely used in engraving, cutting, medical, and scientific research. Committed to becoming a smart manufacturer of laser device brands.

Request a Quote

Our team responds within 24–48 hours
RLT-i Series RF Laser RLT-60i
Yl-laser · Laser Modules & Systems
Direct from Manufacturer
Your inquiry will be sent directly to the manufacturer
Photonics Source Platform
We handles the inquiry on your behalf
Your information is protected and will never be shared without consent.
Contact Us

Loading...

GetExperimental Plan

Name

Phone

+86

Organization

Use Case

AI Parametric Selection
Smart Match · Precise Recs
Enter Specifications
AI Smart Matching
Get Best Matches
Skip Manual Comparison
Find Best Solutions Fast
Select Now →