SKYCOM High-Performance Fusion Splicer T3H-MAX
The SKYCOM T3H-MAX Fusion Splicer is a high-performance fiber splicing device with a 5-inch HD LCD display, average 8s splice time, and 20s tube heating. Equipped with advanced core alignment technology, 520×/230× magnification, and strong wind & dust resistance, it ensures precise, fast, and reliable splicing. Powered by a rechargeable lithium battery supporting up to 220 continuous operations, it also offers USB connectivity and storage for 10,000 splice records, making it ideal for professional telecom and network applications.
The characteristics of Fusion Splicer T3H-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 230 times
6> Cutting-edge technology for image processing
7> Storing 10,000 groups of latest splice results
Long-Duration Outdoor & Telecom Projects
The T3H-MAX is built for extended field work under harsh conditions, supporting large-scale telecom deployment and infrastructure projects. Typical use cases include:
● Urban Fiber Network Expansion: Installing fiber along streets, across manholes, and in urban utility trenches, often in challenging weather.
● Rural & Remote Area Deployment: Extending broadband to villages or isolated communities where power supply and shelter may be limited.
● Long-Haul Telecom Lines: Splicing fibers along highways, railways, or pipelines where multiple splices are required over long distances.
● Outdoor Construction Sites: Operating in dusty, windy, or rainy environments without performance drops.
● Disaster Recovery & Emergency Repair: Rapidly restoring communication networks after storms, floods, or construction accidents.
Key benefits: High-capacity battery allows uninterrupted workflow; wind and dust resistance ensures stable operation outdoors; robust design prevents downtime in tough environments.
Specification:
Operation Scenarios & Instructions for Long-Duration Outdoor Projects
1. Power On & Battery Check
● Press and hold the power button; ensure battery is fully charged.
● Confirm system self-check and electrode status; close wind/dust protective covers.
2. Fiber Preparation
● Strip fiber jacket and coating to ~10–12mm length.
● Clean fiber end faces thoroughly.
● For outdoor long-distance fibers, inspect for bends or damage.
3. Splicing Operation
● Insert fibers into holders and select Auto or Full-Auto mode.
● The system automatically aligns and splices fibers, displaying splice loss.
● Perform tube heating (~20 seconds) after splicing.
4. Continuous Operation Tips
● High-capacity battery supports ~220 splice and heating cycles for long outdoor shifts.
● Use dust and wind covers to maintain stable operation.
● In rain or snow, use waterproof covers to protect the fiber holders.
Tips: Designed for harsh outdoor environments; long battery life ensures uninterrupted work.
T3H-MAX – FAQ
Q1: How long can the battery last in the field?
A1: The T3H-MAX supports up to 220 continuous splices and tube heating cycles on a full charge. This long battery life allows uninterrupted outdoor operations, even on long-distance telecom lines or rural deployments, without frequent recharging.
Q2: Is it suitable for harsh outdoor environments?
A2: Yes, the T3H-MAX is designed with wind and dust resistant technology, allowing stable performance in dusty, windy, or rainy conditions. Protective covers prevent debris from entering the splicing area, ensuring consistent results outdoors.
Q3: Can it handle long-distance fiber projects?
A3: Absolutely. The device is ideal for urban, rural, and long-haul telecom fiber installations. Its durability, long battery life, and rapid splice/heat cycles make it perfect for extended outdoor projects and continuous work shifts.
SKYCOM High-Performance Fusion Splicer T3H-MAX
The SKYCOM T3H-MAX Fusion Splicer is a high-performance fiber splicing device with a 5-inch HD LCD display, average 8s splice time, and 20s tube heating. Equipped with advanced core alignment technology, 520×/230× magnification, and strong wind & dust resistance, it ensures precise, fast, and reliable splicing. Powered by a rechargeable lithium battery supporting up to 220 continuous operations, it also offers USB connectivity and storage for 10,000 splice records, making it ideal for professional telecom and network applications.
The characteristics of Fusion Splicer T3H-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 230 times
6> Cutting-edge technology for image processing
7> Storing 10,000 groups of latest splice results
Long-Duration Outdoor & Telecom Projects
The T3H-MAX is built for extended field work under harsh conditions, supporting large-scale telecom deployment and infrastructure projects. Typical use cases include:
● Urban Fiber Network Expansion: Installing fiber along streets, across manholes, and in urban utility trenches, often in challenging weather.
● Rural & Remote Area Deployment: Extending broadband to villages or isolated communities where power supply and shelter may be limited.
● Long-Haul Telecom Lines: Splicing fibers along highways, railways, or pipelines where multiple splices are required over long distances.
● Outdoor Construction Sites: Operating in dusty, windy, or rainy environments without performance drops.
● Disaster Recovery & Emergency Repair: Rapidly restoring communication networks after storms, floods, or construction accidents.
Key benefits: High-capacity battery allows uninterrupted workflow; wind and dust resistance ensures stable operation outdoors; robust design prevents downtime in tough environments.
Specification:
Operation Scenarios & Instructions for Long-Duration Outdoor Projects
1. Power On & Battery Check
● Press and hold the power button; ensure battery is fully charged.
● Confirm system self-check and electrode status; close wind/dust protective covers.
2. Fiber Preparation
● Strip fiber jacket and coating to ~10–12mm length.
● Clean fiber end faces thoroughly.
● For outdoor long-distance fibers, inspect for bends or damage.
3. Splicing Operation
● Insert fibers into holders and select Auto or Full-Auto mode.
● The system automatically aligns and splices fibers, displaying splice loss.
● Perform tube heating (~20 seconds) after splicing.
4. Continuous Operation Tips
● High-capacity battery supports ~220 splice and heating cycles for long outdoor shifts.
● Use dust and wind covers to maintain stable operation.
● In rain or snow, use waterproof covers to protect the fiber holders.
Tips: Designed for harsh outdoor environments; long battery life ensures uninterrupted work.
T3H-MAX – FAQ
Q1: How long can the battery last in the field?
A1: The T3H-MAX supports up to 220 continuous splices and tube heating cycles on a full charge. This long battery life allows uninterrupted outdoor operations, even on long-distance telecom lines or rural deployments, without frequent recharging.
Q2: Is it suitable for harsh outdoor environments?
A2: Yes, the T3H-MAX is designed with wind and dust resistant technology, allowing stable performance in dusty, windy, or rainy conditions. Protective covers prevent debris from entering the splicing area, ensuring consistent results outdoors.
Q3: Can it handle long-distance fiber projects?
A3: Absolutely. The device is ideal for urban, rural, and long-haul telecom fiber installations. Its durability, long battery life, and rapid splice/heat cycles make it perfect for extended outdoor projects and continuous work shifts.
