[Product Overview]
The Ultimate Solution for Damage-Free Stripping of Tough Polyimide Coatings.
The Shenhuo Seiko SH-T301 is a state-of-the-art benchtop system designed specifically for the challenging task of removing Polyimide (PI) coatings from specialty optical fibers. Polyimide coatings are renowned for their thermal stability and chemical resistance, making them notoriously difficult to strip using conventional mechanical or chemical methods, which often result in glass damage or hazardous chemical exposure.
The SH-T301 utilizes precision-controlled electric arc discharge technology to create a high-temperature plasma field. This non-contact thermal process cleanly vaporizes (ablates) the stubborn PI coating in seconds, leaving the bare glass fiber perfectly clean and pristine. Crucially, because no physical blade ever touches the fiber, the pristine surface of the glass cladding is preserved, ensuring maximum tensile strength and reliability for critical applications in medical, aerospace, and sensing industries.
[Key Features & Benefits]
Contact-Free Thermal Stripping: Uses a stable electric arc to remove coatings. Zero physical contact with the glass fiber eliminates scratches, cracks, and latent flaws inherent in mechanical stripping tools.
Preserves Fiber Strength: By maintaining the integrity of the glass surface, the SH-T301 ensures the highest possible post-strip tensile strength, vital for high-reliability fiber sensing and medical device assembly.
Handles Tough Polyimide (PI): Specifically optimized for stubborn coatings like Polyimide, as well as high-temperature Acrylate and carbon coatings that resist standard thermal strippers.
Precision Digital Control: Features an intuitive digital interface (as seen on screen) allowing users to precisely program arc power, duration, and motor movement. This ensures repeatable, high-quality results for different fiber diameters and coating thicknesses.
High-Magnification Optics: Integrated microscope and camera system provide a clear, magnified view of the stripping zone on the LCD screen, allowing for precise fiber alignment and real-time process monitoring.
Clean Operation: Eliminates the need for messy, hazardous chemicals like hot sulfuric acid or acetone. The ablation process is clean and efficient.
Compact Benchtop Design: The robust, small-footprint design is ideal for both R&D laboratories and production environments.
[Technical Specifications (Estimated)]
(Note: Since exact specs were not provided, these are typical for this type of machine based on the image. Please update with actual data.)
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Parameter (参数)
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Specification (规格)
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Cladding Diameter (包层直径)
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125 μm
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Coating Diameter (涂覆层直径)
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145 μm
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Max Stripping Length (涂覆层去除最大长度)
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15 mm
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Drive Mechanism (传动方式)
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Linear guide rail and screw drive (直线导轨导向和螺母丝杠传动)
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Operation Mode (涂覆层祛除方式)
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Fully Automatic (全自动)
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Fiber Holder (夹具平台)
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Universal Fixture (通用夹具)
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Power Supply (供电方式)
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Rechargeable Lithium Battery (可充电锂电池)
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Dimensions / Weight (尺寸/重量)
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320mm × 180mm × 160mm / 4.9 kg
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Operating Conditions (使用环境要求)
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Temperature < 50°C, Humidity < 85% (温度低于50°C，湿度低于85%)
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[Applications]
Medical Device Manufacturing: Preparing PI-coated fibers for catheters, endoscopes, and in-body sensors where cleanliness and fiber strength are critical.
Aerospace & Defense: Fiber optic gyroscope (FOG) manufacturing and high-temperature sensing in harsh environments.
Oil & Gas: Downhole sensing requiring fibers with high-temperature resistant coatings.
R&D Laboratories: Development of specialty fiber components requiring precise window stripping or end-stripping of tough coatings.
参数 规格
包层直径 125 μm
涂覆层直径 145 μm
涂覆层去除最大长度 15 mm
传动方式 直线导轨导向和螺母丝杠传动
涂覆层祛除方式 全自动
夹具平台 通用夹具
供电方式 可充电锂电池
尺寸/重量 320mm × 180mm × 160mm / 4.9 kg
使用环境要求 温度低于50°C，湿度低于85%
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