シュロニガージャパン Product Lineup

The "Strip Series B340" is a rotary wire stripping machine that exhibits excellent repeatability and mechanical precision. Equipped with four rotating X-type blades, it can process thin wires with a cross-sectional area of 0.013 mm, as well as thick wires up to 16 mm and cables/multi-core cables with a diameter of up to 9 mm. Being rotary, it provides clean cuts and is also capable of twist processing. The stripping length is 80 mm, and the peeling length is 40 mm. 【Features】 ■ Equipped with a clear high-resolution 5-inch color touchscreen. ■ User-friendly interface allows for easy setting of processing data with minimal training time. ■ Compatible with various cables, eliminating the need for blade replacement tailored to specific cables! ■ No mechanical adjustments required when changing cables. ■ Ergonomically designed for ease of operation. *For more details, please refer to the documentation. Feel free to contact us with any inquiries.

The "Strip Series B300" is a programmable wire stripping device that accommodates cables with a maximum diameter of 7mm. Designed with ergonomics in mind to reduce the burden of work. It features a user-friendly 5-inch color touchscreen that allows for intuitive programming, achieving high productivity. 【Features】 ■ High-resolution 5-inch color touchscreen ■ LED lights for better visibility of the entire workspace ■ High-sensitivity release mechanism suitable for thin and flexible cables ■ High process safety due to continuous axis monitoring ■ Function expansion through upgrade kits and options *For more details, please refer to the materials. Feel free to contact us with any inquiries.

The "Strip Series B240" is a coaxial cable stripping device characterized by its extremely wide range of processing methods. Equipped with two rotating X-type blades, it can process simple stranded wires and multi-core cables with a cross-sectional area of 0.013 to 13 mm² (36 to 6 AWG) and a diameter of up to 9 mm (0.35"). High productivity is achieved through repeat accuracy, mechanical precision, and short work steps. 【Features】 ■ Strip length up to 39 mm (1.53") and raw material diameter up to 9 mm (0.35") ■ Clear high-resolution 5-inch color touchscreen ■ Quick and intuitive operation with S.Drive B Series software ■ Rotating cutting mechanism with two blades for precise stripping ■ High-sensitivity trigger mechanism *For more details, please refer to the PDF document or feel free to contact us.

The "Odyssey-4" is a stripping device for ultra-fine enamel cables that can be integrated into production sites with limited space due to its compact size. It strips enamel-coated cables used in industrial equipment, including medical devices. Additionally, it can strip at any position safely and without causing any damage, and without chemical treatment. 【Features】 ■ Space-saving: The machine can be integrated into production sites with limited space due to its compact size. ■ Uniqueness: Laser processing specialized for stripping enamel wires. ■ Reliability - Only the areas where the laser is applied vaporize and remove the enamel. - Processing leaves no residue. *For more details, please refer to the PDF document or feel free to contact us.

The "Mercury-4" is a laser wire stripping device that can accommodate various polymer materials and coating colors. It supports a wide range of wire sizes from 0.0010 to 16 mm² (50 to 6 AWG). No mechanical adjustments are required; simply select the desired parameters from the program library using the touch panel, and the detailed parameters will be set automatically. Therefore, preparation for processing is complete by just selecting the program. 【Features】 ■ High quality, scratch-free stripping ■ Compatible with various polymer materials and coatings ■ No consumable parts required due to non-contact operation ■ Powerful and flexible processing performance ■ 20W laser *For more details, please refer to the PDF document or feel free to contact us.

The "JacketStrip 8310" is a jacket stripping device that precisely slits the outer sheath of cables. With this floating blade system, it allows for slitting the cable without damaging the core wire, making it easy to strip the outer sheath. The highly operable interface, short cycle time, and universal design ensure a high return on investment. 【Features】 ■ No blade replacement required when processing cables of different diameters ■ Equipped with a wayback function and a centering universal jaw system ■ Intuitive program registration via a color touch screen ■ Digital display of blade depth in both vertical and circular directions *For more details, please refer to the PDF document or feel free to contact us.

The "FiberOptic 7010" is a device for removing Kevlar fiber from fiber optic cables. A patented system separates the Kevlar, draws it toward the cutter head, and cuts it. The separated Kevlar is processed by a vacuum system with a microfilter, eliminating the risk of fibers being inhaled. Additionally, the number of strokes can be adjusted based on the material. 【Features】 ■ Low cost and economical ■ Precision cutting ■ Lightweight ■ Easy handling *For more details, please refer to the PDF document or feel free to contact us.

The "JacketStrip 8450/8460" is a jacket stripping device that strips the outer sheath (jacket) of round cables with outer diameters of up to 24mm/35mm to a maximum length of 150 or 500mm. The rotating four-blade system accurately cuts into the cable sheath. The clamping pressure can be adjusted to a suitable setting according to the cable. Stripping waste is automatically discharged after stripping. 【Features】 ■ Four-blade system ■ Rotating strip head design ■ No need for blade replacement for each cable ■ High repeat accuracy ■ Easy operation with a touch panel display *For more details, please refer to the PDF document or feel free to contact us.

GOF processing requires utmost care, but this FS7030 has achieved high productivity and yield through its high repeatability.

The "CoaxStrip 5300RXS" features a precise mechanism and high production capacity, allowing for high-quality stripping of cables with a minimum conductor size of 0.07mm (AWG 42). The newly developed high-speed rotating stripping head achieves high processing quality and repeatability, minimizing downtime during maintenance. It is suitable for processing ultra-fine coaxial cables used in medical devices and wireless equipment antennas. 【Features】 ■ Continuous processing of multiple programs via wire list ■ Iguana(TM) cable processing software (optional) ■ Error diagnosis function ■ Data protection function via password (user-level protection) ■ Standard vacuum system for stripping waste removal ■ Ultra-precision and high production *For more details, please refer to the PDF document or feel free to contact us.

The "UniStrip 2600" is a desktop wire processing device that strips single wires from 0.03 to 16 mm² (AWG 32 to 6), round cables with a maximum outer diameter of 9 mm, and flat cables up to 11 mm wide. It features a highly flexible design with advanced processing programs. With a powerful stripping motor, the latest electronics, and a user-friendly display, it allows for easy and advanced cable stripping operations. 【Features】 ■ High flexibility ■ Extremely high repeat accuracy ■ Quick tool-free exchange ■ Prevention of operator errors ■ User-friendly operation, such as simple start of processing *For more details, please refer to the PDF materials or feel free to contact us.

The "ShieldCut 8100" is a device that can cut not only round cables but also braided shields of cables with irregular cross-sections. Equipped with a highly reliable drive unit and high-performance control software, it is capable of producing high-quality results that cannot be achieved with manual shielding processing. Additionally, the included standard guide set can accommodate a wide range of cable diameters. 【Features】 ■ Innovative processing concept ■ High versatility ■ Stable repeat processing accuracy ■ Intuitive interface for operation *For more details, please refer to the PDF materials or feel free to contact us.

The "UniStrip 2550" is a wire stripping device that accommodates wires and jacketed cables ranging from 0.03 to 6 mm² (32 to 10 AWG) and with a maximum diameter of 5.5 mm. The strip length and pull length can be edited as needed, and processing programs can be saved in memory for easy retrieval at any time. By operating the color touch screen and simply selecting the wire size from the library, the necessary parameters for processing (cutting diameter, gripper pressure, way back, etc.) are automatically set. 【Features】 ■ User-friendly color touch screen ■ No mechanical adjustments required when using V-blades ■ High-sensitivity trigger sensor makes processing thin and fragile cables easy ■ Clear cover for easy visibility of processing conditions ■ Selectable blade options *For more details, please refer to the PDF document or feel free to contact us.

The "UniStrip 2050" is a device for stripping multi-core cables with a maximum diameter of 15mm and wire sheaths of cable size 70mm² (2/0 AWG). In addition to its feature of being operated solely by air, it allows for very simple setup and operation. It comes with a full set of blade guides, making it suitable for a wide range of applications. Moreover, by sliding the stop back and forth, the strip length can be quickly and easily adjusted. 【Features】 ■ Simple setup and operability ■ Durable construction ■ Air-operated, so no power supply is needed ■ Three sets of four different sizes of circular blades ■ Full set of guides included *For more details, please refer to the PDF document or feel free to contact us.

We offer a "desktop wire stripping device" that contributes to the improvement and efficiency of wire stripping quality. From our extensive lineup, you can select products that match your applications and needs, such as cable size, strip length, and processing content. 【Recommended for those who:】 ■ Struggle with stripping "thick and hard" cables ■ Want to reduce the time required for wire stripping ■ Experience variability in processing quality ■ Find it cumbersome to change blades or adjust settings on wire stripping devices *You can view product materials from the "PDF Download." ★ We are currently accepting applications for demonstration demos and rental of demo machines! Please apply through the contact form.

The "Strip Series B440" is a coaxial cable stripping device developed specifically for coaxial cables, multi-core cables, and single-core cables. Equipped with three rotating blades, it can process simple stranded cables and multi-core cables with a cross-sectional area of 0.05 to 70 mm² (30 to 2/0 AWG) and a diameter of up to 12 mm (0.47"). It is suitable not only for demanding materials such as PUR, PVC, rubber, and textile glass braid but also for stripping materials like Kapton and silicone sheaths. 【Features】 ■ Strip length up to 50 mm (1.97") and raw material diameter up to 12 mm (0.47") ■ Easy-to-read high-resolution 7-inch color touchscreen ■ Fast and intuitive operation with S.Drive B Series software ■ Rotary cutting mechanism with three blades for precise stripping ■ High-sensitivity trigger mechanism *For more details, please refer to the PDF document or feel free to contact us.

The "Strip Series B540" is a coaxial cable stripping device suitable for processing coaxial cables, multi-core cables, and single-core cables. Thanks to its 4-blade structure, it can process even extremely thin, strongly adhesive insulation materials that are somewhat non-circular. A well-thought-out control system, reproducibility accuracy, and sophisticated precision mechanisms ensure high productivity. By focusing on ergonomic operation and user-friendly programming through a 7-inch color touch screen, productivity has been further enhanced. 【Features】 ■ Strip length up to 100mm (3.94") and raw material diameter up to 17mm (0.67") ■ Easy-to-read high-resolution 7-inch color touch screen ■ Quick and intuitive operation with S.Drive B Series software ■ Rotary cutting mechanism with 4 blades for accurate stripping ■ High-sensitivity trigger mechanism *For more details, please refer to the PDF document or feel free to contact us.

In the automotive industry, harnesses are crucial components that support the vehicle's electrical systems, and their quality and reliability significantly affect the car's performance. In harness manufacturing, the precision of wire stripping is extremely important to prevent connection failures and short circuits. Improper stripping can lead to poor contact and insulation issues, potentially impacting vehicle safety. The B340 Rotary Wire Stripping Machine contributes to quality improvement and work efficiency in harness manufacturing through high-precision stripping. 【Usage Scenarios】 - Harness manufacturing departments of automotive manufacturers - Electrical component manufacturers - Harness repair and maintenance 【Benefits of Implementation】 - Improved harness quality due to enhanced stripping precision - Increased productivity through reduced work time - Establishment of a flexible production system capable of handling various types of wires

In the robotics industry, the reliability of wire connections in movable parts is crucial. Robots are exposed to repetitive motions and vibrations, so if the processing precision of the wires is low, it can lead to disconnections or poor contact, resulting in operational failures of the robot. The B340 Rotary Wire Stripping Machine enhances the reliability of wire connections through high-precision stripping, contributing to the stable operation of robots. [Application Scenarios] - Robot arms - Mobile robots - Wiring for various sensors [Benefits of Implementation] - Improved quality of wire processing - Reduced working time - Increased operational rate of robots - Lower maintenance costs

The advancement of automation in the machine tool industry is essential for improving productivity and reducing costs. The automation of wire processing significantly contributes to achieving these goals. In particular, high precision and stability are required for processing complex cables and multi-core cables. The B340 rotary wire stripping machine addresses these challenges and supports the efficiency of automated lines. 【Usage Scenarios】 * Wiring of machine tools * Automated production lines * Manufacturing of cable harnesses 【Benefits of Implementation】 * Reduction of processing time * Achievement of high-quality processing * No programming knowledge required * No adjustments needed when replacing cables

In the electronics industry, the miniaturization of products is progressing, and along with it, the precision and efficiency of wire processing have become crucial. Optimal wire handling is required in limited spaces, and processing defects can impact the overall quality of the product. The B340 Rotary Wire Stripping Machine addresses these challenges through high-precision stripping processing. 【Usage Scenarios】 - Manufacturing of small electronic devices - Wiring processing for precision instruments - Environments where space-saving is required 【Benefits of Implementation】 - Improved product reliability through high-quality processing - Increased productivity due to reduced working time - Enhanced flexibility by accommodating various cables

In the automotive parts industry, precise processing of wire harnesses is required to ensure vehicle performance and safety. Particularly in the cutting of braided shields used for electromagnetic noise countermeasures, uniform quality and high reproducibility are essential. Manual processing can lead to variations in quality and decreased work efficiency. The shield processing device 'ShieldCut 8100' can cut not only round cables but also braided shields of irregular cross-section cables, and with its reliable drive unit and high-performance control software, it reproduces high-quality results that cannot be achieved manually. [Usage Scenarios] - Shield cutting for automotive wire harnesses - Processing of braided shields for irregular cross-section cables - Parts manufacturing lines where uniform quality is required [Effects of Implementation] - Stabilization of product quality through improved processing accuracy - Improvement of work efficiency and increased productivity - Reduction of variations caused by manual work

In the telecommunications industry, precise outer sheath processing is required without damaging the core wire. This is especially true for cables with complex structures such as multi-core wires, shielded wires, and non-circular cables, where precise slitting is essential. Improper processing increases the risk of signal degradation and wire breakage. The jacket stripping device 'JacketStrip 8310' utilizes a floating blade system to make precise cuts in the cable sheath while protecting the core wire, enabling easy stripping. This contributes to the reliability of communication equipment. 【Usage Scenarios】 - Signal wire processing for multi-core wires, thick cables, shielded cables, and non-circular cables - Manufacturing of communication equipment requiring precise slitting - Sites needing rapid and accurate cable processing 【Benefits of Implementation】 - Precise processing that does not damage the core wire - Improved work efficiency and reduced processing time - Contributes to enhanced product reliability

In the telecommunications industry, precise outer sheath processing is required without damaging the core wire. This is especially crucial for cables with complex structures, such as multi-core wires, shielded wires, and non-circular cables, where precise slitting is essential. Improper processing increases the risk of signal degradation and wire breakage. The jacket stripping device 'JacketStrip 8310' utilizes a floating blade system to make precise cuts in the cable sheath while protecting the core wire, enabling easy stripping. This contributes to the improved reliability of communication equipment. 【Application Scenarios】 - Signal wire processing for multi-core wires, thick cables, shielded cables, and non-circular cables - Manufacturing of communication equipment requiring precise slitting - Sites needing rapid and accurate cable processing 【Benefits of Implementation】 - Precise processing that does not damage the core wire - Improved work efficiency and reduced processing time - Contributes to enhanced product reliability

In the automotive industry, wire processing requires precise stripping operations that do not damage the core wire while accommodating various cable shapes. This is especially critical for wiring that directly affects vehicle safety and reliability, where precise processing of the outer sheath is essential. Improper processing can lead to shorts or wire breaks, potentially resulting in vehicle failures. The "JacketStrip 8310" utilizes a floating blade system that allows for cutting into the cable without damaging the core wire, making it easy to strip the outer sheath. Its highly operable interface, short cycle times, and universal design achieve high productivity. 【Usage Scenarios】 - Stripping the outer sheath of multi-core cables - Stripping the outer sheath of thick cables - Stripping the outer sheath of shielded cables - Stripping the outer sheath of non-round cables 【Benefits of Implementation】 - Precise processing that does not damage the core wire - Reduced working time - Adaptability to various cable shapes - Increased productivity

In the field of robotics, complex wiring and thin control wires are widely used, and their precise processing directly affects the performance and reliability of robots. In particular, the task of stripping the outer sheath without damaging the core wire requires high precision and stability. Improper processing can lead to serious issues such as signal malfunctions or disconnections. The jacket stripping device "JacketStrip 8310" performs precise slitting while protecting the core wire through a floating blade system, making it easy to strip the outer sheath. This improves the reliability and productivity in the processing of control wires for robots. [Usage Scenarios] - Wiring processing inside robotic arms - Preparation of control cables in automated lines - Stripping work for multi-core and shielded wires [Effects of Implementation] - Reduces damage to the core wire and extends product lifespan - Shortens work time and increases productivity - Stabilizes quality through uniform processing accuracy

In the field of industrial automation, particularly in sensor connections, accurately and safely stripping the cable sheath is essential for ensuring the reliability of equipment. Improper stripping can lead to damage to the core wires and poor contact, potentially causing system malfunctions and downtime. Our jacket stripping device, the 'JacketStrip 8310', utilizes a floating blade system that allows for cutting into the cable without damaging the core wires, making it easy to remove the sheath. This enhances processing accuracy and work efficiency in sensor connections, supporting stable system operation. 【Application Scenarios】 - Processing of multi-core, thick, shielded, and non-round cables - Preparation work for sensor cables - Cable processing on automation lines 【Benefits of Implementation】 - Reduced risk of core wire damage - Shortened work time - Improved processing accuracy

In the field of industrial automation, particularly in sensor connections, accurately and safely stripping the cable jacket is essential for ensuring the reliability of equipment. Improper stripping can lead to damage to the core wires and poor contact, which may cause system malfunctions and downtime. Our jacket stripping device, the 'JacketStrip 8310', features a floating blade system that allows for cutting into the cable without damaging the core wires, making it easy to remove the jacket. This enhances processing accuracy and work efficiency in sensor connections, supporting stable system operation. 【Application Scenarios】 - Processing of multi-core, thick, shielded, and non-round cables - Preparation work for sensor cables - Cable processing on automation lines 【Benefits of Implementation】 - Reduced risk of core wire damage - Shortened work time - Improved processing accuracy

In the processing of robotic arm components, precise shielding of cables is essential for the reliability and performance maintenance of the equipment. Particularly in the wiring inside the arm, which involves complex movements, protecting the cables and maintaining signal quality are crucial. Improper shielding can lead to disconnections and noise, potentially resulting in malfunctions or failures of the robot. The shielding processing device "ShieldCut 8100" can cut not only round cables but also braided shields of irregular cross-section cables, reproducing high-quality results that are difficult to achieve manually. [Usage Scenarios] - Wiring processing inside robotic arms - Cable processing on automated lines - Compatibility with various cable diameters [Benefits of Implementation] - Improved reliability through stable processing accuracy - Enhanced work efficiency - Contribution to the manufacturing of high-quality products

In the field of aerospace composite material processing, precise cable handling significantly affects the reliability of products. Particularly within the complex structures of aircraft interiors, high precision and reproducibility are required for cable shielding processes. Inadequate shielding can lead to electromagnetic interference (EMI) and signal degradation, potentially impacting safe operations. Our shielding processing device, 'ShieldCut 8100', addresses these challenges by reproducing high-quality results that are difficult to achieve manually, providing stable processing accuracy. 【Application Scenarios】 - Cable processing on aerospace equipment manufacturing lines - Integration work for composite material components - Shielding processes for precision instruments with high quality requirements 【Benefits of Implementation】 - Improved precision and stability in cable shielding processing - Reduced variability from manual work - Enhanced production efficiency

In the telecommunications infrastructure industry, particularly in the installation of base stations, high-quality and stable coaxial cable processing is required. Poor cable connections directly lead to a decline in communication quality and failures, making precise stripping processing essential. Our product, the 'CoaxStrip 5300RXS', strips ultra-fine coaxial cables with a minimum conductor size of 0.07mm (AWG 42) with high processing quality and repeatability, supporting the establishment of a stable communication environment. 【Usage Scenarios】 - Processing of base station antenna cables - Processing of coaxial cable connections between communication devices - Cable processing for outdoor installed equipment 【Benefits of Implementation】 - Stabilization of communication quality - Increased efficiency of installation work - Reduction of maintenance costs

In the field of medical devices, particularly in imaging diagnostics, precise processing of cables that support fine signal transmission is required. Damage to cables can potentially affect diagnostic accuracy, making high reliability and uniform processing quality essential. Our "CoaxStrip 5300RXS" efficiently strips ultra-fine coaxial cables with a minimum conductor size of 0.07mm (AWG 42) to meet these demands. 【Application Scenarios】 - Internal wiring of imaging diagnostic equipment - Cable processing for medical probes - Medical devices requiring high-frequency signal transmission 【Benefits of Implementation】 - Stable high-quality processing of fine cables - Improved reliability of signal transmission - Maintenance of productivity by minimizing downtime

In data center server connections, high-quality cable processing is required to achieve fast and stable communication. In particular, precise stripping of coaxial cables is essential to prevent signal degradation and maintain reliable connections. Improper processing can lead to increased signal noise and connection failures, potentially resulting in decreased server performance and downtime. The coaxial cable stripping device CoaxStrip 5300RXS strips ultra-fine coaxial cables with a minimum conductor size of 0.07mm (AWG 42) with high quality, supporting the stable operation of data centers. 【Usage Scenarios】 - Processing coaxial cables between servers and network devices - Cable preparation in high-density implementation environments - Building data center infrastructure with high quality requirements 【Benefits of Implementation】 - Maintenance of stable signal quality - Increased efficiency and productivity in cable processing - Reduction of operational costs due to decreased downtime