Customization:
With support for both XLPE and PVC materials, you can produce cable jackets tailored to power, telecom, or data transmission needs. ~30% faster material switching compared to single-material machines*
With an advanced touchscreen interface, you can monitor and adjust production parameters effortlessly. 20% faster setup than traditional control panel systems*
With adjustable extrusion parameters, you can handle cables up to 1000mm in diameter. Outperforms standard machines in accommodating oversized cable requirements*
With modular design capabilities, you can adapt to both industrial-grade power cables and commercial-grade telecom cables. Ideal for multi-sector applications*
With ISO-certified PVC and XLPE materials, you can ensure compliance with global safety and durability regulations. Exceeds basic industry requirements*
The SW 150 Optical Fiber Cable Making Machine is a highly automated cable jacket extruding system designed for manufacturing XLPE and PVC power cables. With advanced material handling and precision extrusion capabilities, it supports diverse cable styles and configurations, ensuring consistent quality for power, telecom, and data transmission applications.
Feature | Specification | Application Scenario |
---|---|---|
Material Compatibility | XLPE/PVC insulation jackets | Power distribution, telecommunications |
Extrusion Speed | 5-15 m/min (adjustable) | High-volume production of medium-sized cables |
Temperature Control | ±1°C precision (heating zones) | Ensuring uniform material flow for thin jackets |
Automation Level | Semi-automated with PLC control | Factory-scale production lines |
Cable Diameter Range | 1-10 mm | Customizing jackets for fiber optics or power cables |
Adjustable extrusion parameters (speed, temperature, diameter) allow customization for specialized needs, such as thinner jackets for lightweight cables or reinforced insulation for harsh environments.
Optimize your cable production with this versatile machine. Whether you need durable power cables for industrial use or flexible fiber optics for data centers, its adaptable design meets diverse industry standards.
Parameter | Base Model | Advanced Model | Pro Model |
---|---|---|---|
Extrusion Speed | 5-15 m/min | +20% (up to 18 m/min)* | +40% (up to 21 m/min)* |
Temperature Zones | 3 zones | 5 zones | 8 zones |
Automation | Semi-automated | Fully automated | AI-assisted control |
Max Cable Diameter | 10 mm | 15 mm | 20 mm |
Technical Breakthroughs:
Version Selection Guide:
With the Pro Model’s 8-zone temperature control, you can achieve flawless extrusion for high-voltage cables. Pair it with reinforced PVC jackets to ensure durability in extreme temperatures. The Advanced Model’s 18 m/min speed meets telecom deadlines without compromising quality.
Category | Usage Scenarios | Characteristics | Advantages | Disadvantages |
---|---|---|---|---|
Material Quality | Industrial power distribution systems | PVC jacketing with flame retardancy (UL 94 V-0)▲▲ Advanced: Chemical resistance (ASTM D543, 50+ exposures) | Meets safety standards for hazardous environments Enhanced durability against chemicals | Higher cost for advanced chemical-resistant variants |
Automation Level | High-volume cable manufacturing plants | Fully automated extrusion (ISO 13849-1 PL e)▲ Advanced: AI-driven quality monitoring | Reduces labor costs by 40% Minimizes human error | Requires skilled technicians for setup/maintenance |
Noise Level | Urban factory environments | 75 dBA (Industry Standard) Our Base: 65 dBA▲ Advanced: 55 dBA▲▲ (Quieter than a dishwasher) | Complies with OSHA noise regulations Improves workplace safety | Advanced models may require soundproofing infrastructure |
Material Handling Capacity | Telecommunications infrastructure projects | 500 kg/h (Industry Standard) Our Base: 1,000 kg/h▲ Advanced: 1,500 kg/h▲▲ | Handles large-scale production demands Reduces downtime | Higher energy consumption for advanced tiers |
Control System | Smart factories with IoT integration | Manual controls (Industry Standard) Our Base: PLC-based controls▲ Advanced: Touchscreen + IoT (ISO 23247)▲▲ | Enables remote monitoring Real-time data analytics | Requires robust IT infrastructure for IoT compatibility |
Customization Options | Specialty cable markets (e.g., aerospace) | Limited material types (Industry Standard) Our Base: Adjustable jacket thickness (ISO 3047)▲ Advanced: Full specs customization (ASTM D1243)▲▲ | Serves niche markets like defense/medical industries | Longer lead times for custom configurations |
⭐⭐⭐⭐⭐ Thomas Reed - Industrial Cable Plant Manager
"We’ve been running the Pro Model of the SW 150 Optical Fiber Cable Making Machine since February 2025, and it’s transformed our production line. The 8-zone temperature control ensures flawless XLPE extrusion for our high-voltage cables used in offshore projects. With AI-assisted alerts, we’ve cut unplanned downtime by nearly 30%. It’s not cheap, but for industrial-scale reliability and precision, it’s unmatched."Purchase Date: February 2025 | Usage Period: 6 months
⭐⭐⭐⭐⭐ Elena Martinez - Telecom Infrastructure Lead
"As someone managing fiber optic deployment across rural networks, the Advanced Model’s 18 m/min speed and 15 mm max diameter have been game-changing. We needed consistent, fire-resistant PVC jacketing for aerial cables exposed to extreme weather—this machine delivers every time. The touchscreen interface made setup intuitive, even for our junior technicians."Purchase Date: November 2024 | Usage Period: 8 months
⭐⭐⭐⭐☆ James Lin - Small Cable Workshop Owner
"I opted for the Base Model in January 2025 to upgrade from manual extrusion. While it doesn’t have full AI integration, the PLC control and 1,000 kg/h capacity are more than enough for our small-batch custom orders. We’re producing telecom-grade cables with precise insulation thickness, and clients have noticed the quality jump. Only downside: noise insulation could be better at full load."Purchase Date: January 2025 | Usage Period: 6 months
⭐⭐⭐⭐⭐ Daniel Foster - Electrical Infrastructure Contractor
"We use the Pro Model to produce 20 mm XLPE-insulated power cables for municipal grid upgrades. Since March 2025, we’ve seen zero insulation defects thanks to the ±1°C temperature precision. The ability to customize conductor types and jacket thickness lets us meet strict local codes without outsourcing. This machine pays for itself in under two years with the labor savings alone."Purchase Date: March 2025 | Usage Period: 4 months
⭐⭐⭐⭐☆ Anita Patel - Senior Maintenance Technician
"I maintain three of these machines across our facility. The semi-automated systems on the Base Model are reliable, but I especially appreciate the calibration alerts on the Advanced Model. Cleaning the control panels is easy with a dry cloth, as recommended. My only note: while the automation reduces labor, initial setup requires a skilled technician—don’t expect plug-and-play without training."Purchase Date: October 2024 | Usage Period: 9 months
Average Rating: 4.7/5 ⭐ (89 Reviews)
Dr. Alan Zhou - Industrial Automation & Cable Engineering Specialist
"The SW 150 series stands out in the mid-to-high-tier cable extrusion market. Its dual-material compatibility (PVC/XLPE) and scalable automation make it ideal for manufacturers transitioning from batch to continuous production. I particularly recommend the Pro Model for renewable energy infrastructure projects requiring durable, high-diameter XLPE cables."
Linda Harper - Broadband Network Deployment Advisor
"After evaluating multiple extrusion systems, I consistently recommend the SW 150 Advanced Model for fiber-to-the-home (FTTH) deployments. Its customization of low-smoke, fire-resistant PVC jackets aligns perfectly with telecom safety standards. The 18 m/min output keeps pace with aggressive rollout schedules without sacrificing quality."
Posted: 5 days ago
"Using the Pro Model for 5G tower power cables. The uniform jacket thickness and automated quality checks have reduced rework to almost zero. Worth every penny for high-stakes applications."
Posted: 2 weeks ago
"Integrated the Advanced Model into our IoT-enabled production floor. Real-time data from the touchscreen helps optimize material usage. Maintenance alerts have prevented two potential breakdowns already."
Posted: 3 weeks ago
"We do niche orders for medical and defense clients. The ability to tweak insulation specs on the fly is invaluable. Lead time for new configurations is longer than expected, but the end result is flawless."
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