SKYCOM FiberMaster Fusion Splicer T3S-MAX
SKYCOM T3S-MAX is the latest-generation fusion splicer with 6-motor high-precision alignment and an HD display for clear and easy operation. It features SM/MM fiber auto-identification with smart parameter recommendation, ensuring efficient and reliable splicing. Ideal for telecom, data centers, and network maintenance, it is the perfect choice for professionals who demand speed, accuracy, and durability.
The characteristics of Fusion Splicer T3S-MAX
1>5 inches high resolution colorful LCD display, image can be turned according to position
2>Average splice time: 8 seconds
3>Average tube-heat time: 20 seconds
4>Lithium battery: Rechargable and up to 220 times of continuous splice and heat after fully charged
5>X or Y axis Separately views with 520 times magnification, or Simultaneously 340 times
Field Network Maintenance & Data Center Deployment
The T3S-MAX is designed for fast and efficient on-site network maintenance and deployment. Its lightweight and portable design allows technicians to carry it between multiple customer sites or data centers throughout the day. Typical scenarios include:
● FTTH Installations: Splicing fiber directly at customer premises for internet and TV services. Ideal for multi-dwelling units where technicians need to navigate tight spaces.
● Data Center Fiber Deployment: Connecting high-density fiber racks in data centers, where speed and precision reduce downtime for clients.
● Network Troubleshooting & Repairs: Rapidly restoring service in commercial buildings or urban networks after fiber cuts or maintenance.
● Small to Medium Enterprise Networks: Deploying backbone fiber in office complexes or campus environments with minimal setup time.
● On-the-Go Operations: Technicians working from service vans or temporary field stations can perform splices without complex infrastructure.
Key benefits: Fast splice and heat cycles reduce service downtime; rotatable HD display enables operation in cramped server rooms; durable build withstands typical field handling.
Specification:
Applicable Fibers | SM, MM, NZ-DS, EDF, Pigtail, Cable (rubber-insulated wire), SC/LC/FC connector (optional function) |
Average Splice Loss | 0.02dB(SM), 0.01dB(MM), 0.04dB(NZDS), 0.04dB(EDF) |
Fiber Diameter | Cladding: 80-150μm，Coating: 100-3000μm |
Fiber Cleaved Length | 5mm to 16mm |
Return Loss | ≥60dB |
Tension Test | 2.0N(200gf)(Standard) |
Typical Splicing Time | 8 seconds |
Typical Heating Time | 20 seconds |
Splicing Program | 50 groups |
Protection Sleeve Length | 40mm, 45mm, 60mm |
Operating Language | Chinese, English, French, Portuguese, Spanish, Russian |
Operating Conditions | -10~+50°C(operation temperature),0~95% RH(humidity), 0~5000m(altitude) |
Power Supply | AC adaptor: 100~240V input voltage, 50/60Hz; 15V, 5A output voltage(DC) Inner lithium battery: 11.1V, 6.0AH |
Monitor | 5 inches high resolution touch screen |
Fiber Image Magnification | X or Y axis Separately views 520x times magnification, or Simultaneously 340x times |
Storage of Splice Result | 10,000 Splice, 100 images |
Electrode Life | 3,500 times |
Splicing Model | Auto & Manual & Full Auto & intelligent |
Dimensions | 130(W)*138(D)*135(H)mm; |
Weight | 1.69kg without battery; |
Fiber Identifier | Automatically identify SM or MM fiber |
Operation Scenarios & Instructions for Field Network Maintenance
1. Power On & Check
● Press and hold the power button to turn on the device; wait for system self-check (about 15 seconds).
● Inspect fiber holders, electrodes, and cleaver blade for dust or debris.
2. Fiber Preparation
● Strip the fiber jacket and coating to expose the bare fiber.
● Clean the fiber end face with lint-free paper or alcohol swabs.
● Cleave the fiber to standard length (approx. 10–12mm).
3. Splicing Operation
● Place the fibers into the splicing holders and align properly.
● Select Auto mode to start the splice (~8 seconds).
● After splicing, perform Tube Heating for protection (~20 seconds).
4. Inspection & Maintenance
● Check the splice loss displayed on the screen to ensure it meets standards.
● Clean the device and turn off the power after use.
● Regularly clean electrodes and lenses to extend device life.
Tips: The rotatable display is convenient for tight spaces; lightweight design is ideal for on-the-go field operations.
T3S-MAX – FAQ
Q1: How fast is the splicing process?
A1: The T3S-MAX completes a typical splice in approximately 8 seconds, with tube heating in 20 seconds. This ensures quick turnaround for field maintenance, FTTH installations, and data center deployment, allowing technicians to maintain high efficiency across multiple sites in a single workday.
Q2: Can it be used in tight or confined spaces?
A2: Yes, the T3S-MAX features a rotatable 5-inch HD display and compact design, making it easy to operate inside server cabinets, narrow conduits, or crowded urban installation sites without compromising visibility or splicing accuracy.
Q3: What is the typical splice loss?
A3: Under normal conditions, the T3S-MAX achieves low splice loss, typically less than 0.03dB for single-mode fibers. This provides reliable optical performance for everyday network maintenance and short-distance deployments.
SKYCOM FiberMaster Fusion Splicer T3S-MAX
SKYCOM T3S-MAX is the latest-generation fusion splicer with 6-motor high-precision alignment and an HD display for clear and easy operation. It features SM/MM fiber auto-identification with smart parameter recommendation, ensuring efficient and reliable splicing. Ideal for telecom, data centers, and network maintenance, it is the perfect choice for professionals who demand speed, accuracy, and durability.
The characteristics of Fusion Splicer T3S-MAX
1>5 inches high resolution colorful LCD display, image can be turned according to position
2>Average splice time: 8 seconds
3>Average tube-heat time: 20 seconds
4>Lithium battery: Rechargable and up to 220 times of continuous splice and heat after fully charged
5>X or Y axis Separately views with 520 times magnification, or Simultaneously 340 times
Field Network Maintenance & Data Center Deployment
The T3S-MAX is designed for fast and efficient on-site network maintenance and deployment. Its lightweight and portable design allows technicians to carry it between multiple customer sites or data centers throughout the day. Typical scenarios include:
● FTTH Installations: Splicing fiber directly at customer premises for internet and TV services. Ideal for multi-dwelling units where technicians need to navigate tight spaces.
● Data Center Fiber Deployment: Connecting high-density fiber racks in data centers, where speed and precision reduce downtime for clients.
● Network Troubleshooting & Repairs: Rapidly restoring service in commercial buildings or urban networks after fiber cuts or maintenance.
● Small to Medium Enterprise Networks: Deploying backbone fiber in office complexes or campus environments with minimal setup time.
● On-the-Go Operations: Technicians working from service vans or temporary field stations can perform splices without complex infrastructure.
Key benefits: Fast splice and heat cycles reduce service downtime; rotatable HD display enables operation in cramped server rooms; durable build withstands typical field handling.
Specification:
Applicable Fibers | SM, MM, NZ-DS, EDF, Pigtail, Cable (rubber-insulated wire), SC/LC/FC connector (optional function) |
Average Splice Loss | 0.02dB(SM), 0.01dB(MM), 0.04dB(NZDS), 0.04dB(EDF) |
Fiber Diameter | Cladding: 80-150μm，Coating: 100-3000μm |
Fiber Cleaved Length | 5mm to 16mm |
Return Loss | ≥60dB |
Tension Test | 2.0N(200gf)(Standard) |
Typical Splicing Time | 8 seconds |
Typical Heating Time | 20 seconds |
Splicing Program | 50 groups |
Protection Sleeve Length | 40mm, 45mm, 60mm |
Operating Language | Chinese, English, French, Portuguese, Spanish, Russian |
Operating Conditions | -10~+50°C(operation temperature),0~95% RH(humidity), 0~5000m(altitude) |
Power Supply | AC adaptor: 100~240V input voltage, 50/60Hz; 15V, 5A output voltage(DC) Inner lithium battery: 11.1V, 6.0AH |
Monitor | 5 inches high resolution touch screen |
Fiber Image Magnification | X or Y axis Separately views 520x times magnification, or Simultaneously 340x times |
Storage of Splice Result | 10,000 Splice, 100 images |
Electrode Life | 3,500 times |
Splicing Model | Auto & Manual & Full Auto & intelligent |
Dimensions | 130(W)*138(D)*135(H)mm; |
Weight | 1.69kg without battery; |
Fiber Identifier | Automatically identify SM or MM fiber |
Operation Scenarios & Instructions for Field Network Maintenance
1. Power On & Check
● Press and hold the power button to turn on the device; wait for system self-check (about 15 seconds).
● Inspect fiber holders, electrodes, and cleaver blade for dust or debris.
2. Fiber Preparation
● Strip the fiber jacket and coating to expose the bare fiber.
● Clean the fiber end face with lint-free paper or alcohol swabs.
● Cleave the fiber to standard length (approx. 10–12mm).
3. Splicing Operation
● Place the fibers into the splicing holders and align properly.
● Select Auto mode to start the splice (~8 seconds).
● After splicing, perform Tube Heating for protection (~20 seconds).
4. Inspection & Maintenance
● Check the splice loss displayed on the screen to ensure it meets standards.
● Clean the device and turn off the power after use.
● Regularly clean electrodes and lenses to extend device life.
Tips: The rotatable display is convenient for tight spaces; lightweight design is ideal for on-the-go field operations.
T3S-MAX – FAQ
Q1: How fast is the splicing process?
A1: The T3S-MAX completes a typical splice in approximately 8 seconds, with tube heating in 20 seconds. This ensures quick turnaround for field maintenance, FTTH installations, and data center deployment, allowing technicians to maintain high efficiency across multiple sites in a single workday.
Q2: Can it be used in tight or confined spaces?
A2: Yes, the T3S-MAX features a rotatable 5-inch HD display and compact design, making it easy to operate inside server cabinets, narrow conduits, or crowded urban installation sites without compromising visibility or splicing accuracy.
Q3: What is the typical splice loss?
A3: Under normal conditions, the T3S-MAX achieves low splice loss, typically less than 0.03dB for single-mode fibers. This provides reliable optical performance for everyday network maintenance and short-distance deployments.
