ハギテック List of Products and Services

The snap lock is thick and large, and it has excellent pressure resistance. The coupling part is 30% larger compared to products from other companies, so it will not come apart.

• nozzle

In the mining industry, damage to cables and optical fibers caused by vibrations and falling objects is a significant challenge that can lead to operational shutdowns and decreased safety. In particular, sensors and communication cables used in harsh environments require high durability. Our casing tubes are strong against lateral pressure and impacts, ensuring reliable protection for cables and optical fibers, thereby contributing to stable operations in mining sites. 【Usage Scenarios】 - Protection of sensor cables in mining sites - Protection of wiring for heavy machinery and transport equipment - Protection of cables from dust and foreign objects 【Benefits of Implementation】 - Reduced risk of cable damage - Improved equipment operating rates - Enhanced safety

• Laser Components

In the medical precision equipment industry, protecting delicate optical fibers and cables is essential for ensuring the performance and safety of devices. Particularly in precision instruments such as surgical microscopes and endoscopes, cable disconnection or damage can lead to device malfunctions and risks to patients. Our casing tubes are flexible yet strong against lateral pressure, protecting optical fibers from external impacts and bending. 【Usage Scenarios】 - Endoscopes - Surgical microscopes - Medical imaging diagnostic devices - Precision measurement instruments 【Benefits of Implementation】 - Reduced risk of optical fiber disconnection - Improved reliability of devices - Lower maintenance costs - Enhanced safety in medical settings

• Laser Components

In the energy industry, insulation protection for power cables and optical fibers is essential for safety and stable power supply. Damage from external impacts, heat, and repeated bending can lead to a decline in insulation performance and leakage, potentially resulting in serious accidents. Casing tubes protect cables and optical fibers from these risks and enhance the reliability of the system. 【Usage Scenarios】 - Cable protection in power infrastructure such as power plants, substations, and transmission lines - Cable protection in solar power generation systems - Cable protection in wind power generation facilities 【Benefits of Implementation】 - Reduces the risk of cable damage and contributes to the longevity of equipment - Maintains insulation performance and ensures safe power supply - Reduces maintenance costs

• Laser Components

In the aerospace industry, reducing the weight of aircraft is essential for improving fuel efficiency and performance. At the same time, the cables and optical fibers inside the aircraft must withstand vibrations, temperature changes, and external impacts. Considering these factors, there is a demand for tubes that are lightweight yet offer high protection performance. Our casing tubes balance flexibility and strength, meeting the stringent requirements of aerospace applications. 【Usage Scenarios】 - Protection of wiring in aircraft - Protection of sensor cables in spacecraft - Protection of cables in equipment where weight reduction is required 【Benefits of Implementation】 - Improved fuel efficiency through weight reduction - Reduced risk of cable and optical fiber breakage - Ensured high reliability

• Laser Components

In the manufacturing industry, protecting cables and optical fibers is crucial for maintaining product quality. Especially in environments exposed to vibrations, shocks, and heat, these factors can cause cables and optical fibers to break, potentially leading to production line stoppages and product defects. Casing tubes are strong against lateral pressure and tensile loads, ensuring reliable protection for optical fibers and sensor cables. 【Usage Scenarios】 * Machine tools * Robot arms * Various sensor wiring * Wiring for moving parts 【Benefits of Implementation】 * Prevention of cable and optical fiber breakage * Stable operation of production lines * Improvement in product quality * Reduction in maintenance costs

• Laser Components

In the railway industry, ensuring the safety of operations during disasters such as earthquakes is the top priority. In particular, fiber optic cables and various wiring that support signal systems and communication systems are required to have high seismic resistance and be less prone to disconnection. Damage to cables can lead to operational stoppages and delays in recovery, resulting in significant social impacts, making reliable protection essential. Our casing tubes are strong against lateral pressure and tensile loads, protecting fiber optic cables and various wiring from external shocks and improving seismic resistance. 【Usage Scenarios】 - Railway signal systems - Communication systems - Cable protection within stations and along tracks - Earthquake countermeasures 【Benefits of Implementation】 - Reduces the risk of cable disconnection - Contributes to stable system operation - Enhances operational safety - Reduces maintenance costs

• Laser Components

In the defense sector, the confidentiality and protection of communication cables and optical fibers are extremely important. Protecting this information from external interference and physical damage is essential for maintaining operational capability. Our casing tubes combine high durability and flexibility, ensuring reliable protection for cables and optical fibers even in harsh environments. 【Usage Scenarios】 - Protection of highly confidential communication cables - Wiring protection in military vehicles and aircraft - Protection of surveillance systems and sensors 【Benefits of Implementation】 - Reduction of information leakage risks - Improvement of system reliability - Long-term reduction of operational costs

• Laser Components

In the robotics industry, cable and fiber optic breakage in movable parts such as robotic arms is a significant challenge. Due to repetitive movements and external impacts, these wiring components are prone to damage, which can lead to malfunction or stoppage of the robot. Our casing tube is a stainless steel flexible tube that combines flexibility and durability, ensuring reliable protection for cables and fiber optics. This enhances the reliability of the robot and reduces maintenance costs. [Usage Scenarios] - Cable protection for robotic arms - Fiber optic protection for movable parts - Protection for sensor cables [Benefits of Implementation] - Prevention of cable and fiber optic breakage - Increased operational efficiency of robots - Reduction in maintenance costs

• Laser Components

In data centers, protecting fiber optic cables is crucial. In particular, it is necessary to ensure the protection of fragile fiber optic cables that are vulnerable to external stimuli, thereby reducing the risk of system downtime due to cable breaks. Our casing tubes are made of stainless steel and offer high protection performance, safeguarding the fiber optics. This enhances the reliability and safety of data centers. 【Usage Scenarios】 - Wiring of fiber optic cables within data centers - Cable protection within server racks - Cable protection in areas where breakage prevention is needed 【Benefits of Implementation】 - Reduced risk of cable damage - Improved reliability of data transmission - Enhanced safety of data centers

• Laser Components

In the telecommunications industry, the protection of fiber optic cables and various wiring is essential for maintaining stable communication quality. Outdoors and in harsh environments, cables are exposed to various risks such as pulling, impact, temperature changes, and repeated bending, which can lead to disconnection or signal degradation. Casing tubes protect fiber optics and cables from these risks, enhancing the reliability of communication infrastructure. 【Usage Scenarios】 - Protection of fiber optic cables - Protection of sensor wires - Protection of cables for moving and movable parts 【Benefits of Implementation】 - Reduced risk of cable disconnection - Stabilization of communication quality - Increased longevity of equipment

• Laser Components

It is a flexible tube made of stainless steel, offering excellent flexibility and designed not to bend beyond a certain radius (a tube that can control the allowable bending radius of optical fibers). It does not stretch when pulled and is very strong against lateral pressure and tensile loads. Utilizing this feature, it reliably protects delicate optical fibers and sensor cables, which are vulnerable to tensile loads, impacts, heat, welding sparks, repeated bending, and lateral pressure, from breakage. Additionally, as shown in the photo, it can be completely protected by combining the head connector and fiber protector with the sensor head, thereby expanding the application of sensors to previously unusable moving and movable parts. There are many types of tubes with structural differences, each with its own characteristics and various applications.

• Laser Components

By changing the structure (interlocking) of the casing tube, the interlocking part becomes very strong, making it resistant to twisting, pulling, and bending, while also being lightweight and easy to use.

• Laser Components

Compared to casing tubes, it has a strong interlocking mechanism, making it resistant to lateral pressure, twisting, and pulling (under normal use, the interlocking will not disengage). It is highly flexible and withstands repeated bending well. Since it does not stretch, it is also suitable for protecting optical fibers.

• Laser Components

Insert stainless steel wire into the valley of the casing tube to increase the bending radius. It is also possible to create any desired bending radius by changing the wire diameter and material. A super lightweight and strong titanium version can also be produced (however, the wire material will be stainless steel). It is highly flexible and resistant to repeated bending. Doubling the stainless steel wire enhances the stability and flexibility of the outer diameter dimensions. Due to its lack of expansion and contraction, it is ideal for protecting optical fibers, especially quartz-based optical fibers and hollow optical fibers.

• Laser Components

Insert stainless steel wire into the valley of the semi-intertube to increase the bending radius. By changing the wire diameter and material, it is also possible to create any desired bending radius. It is highly flexible and resistant to repeated bending. Doubling the stainless steel wire enhances the stability of the outer diameter and flexibility. Its high rigidity and lack of elongation make it ideal for protecting the optical fibers of laser processing machines and hollow optical fibers.

• Laser Components

Insert stainless steel wire into the valley part of the semi-intertube to increase the bending radius. By changing the wire diameter and material, it is also possible to create any desired bending radius. It is highly flexible and resistant to repeated bending. Doubling the stainless steel wire enhances the stability of the outer diameter and its flexibility. Due to its high rigidity and lack of elongation, it is ideal for protecting the optical fibers of laser processing machines and hollow optical fibers.

• Laser Components

The tube has a strong interlocking fit and is particularly resistant to lateral pressure and pulling. It has no stretch, a large bending radius, and is rigid, making it especially suitable for protecting quartz-based optical fibers.

• Laser Components

The stainless steel tape material is wound in a spring shape with no interlocking, providing excellent flexibility and resistance to lateral pressure. It has a thin wall thickness, allowing for a large inner diameter and a small outer diameter, but there is no limit to bending. Typically, it is used with stainless steel biasing or PVC coating on the outside to prevent stretching.

• Laser Components

The liner tube is coated with a stainless steel blade, making it highly flexible, resistant to stretching when pulled, with a very small bending radius, and excellent tensile and lateral pressure strength. It is ideal for protecting thin and small-bend optical fibers and cables. Additionally, due to the effect of the metal braid (blade), it is possible to transmit rotational torque, allowing it to advance through a pipe with bends while being twisted. Typically, this liner blade tube is coated with resin to provide waterproofing and is used in applications such as industrial endoscopes and medical endoscopes.

• Laser Components

A stainless steel round wire material wound into a tightly coiled spring shape. Multiple strands are wound at once, creating an ultra-flexible wire guide. It is strong against tensile loads and is particularly suitable as a wire outer guide for medical and industrial endoscopes.

• Other machine elements

For rotational transmission, a steel wire or piano wire is tightly wound in the opposite direction with thin inner lines as shown in the diagram, providing flexibility and strength to transmit torque. Hollow types can also be manufactured. Even if the shaft is cut, it will not unwind due to the anti-rebound treatment.

• Other machine elements

By making it hollow, optical fibers, electric wires, and the like can be inserted into the flexible shaft, allowing for torque transmission. As a result, it can be used for various applications. It can be manufactured with an inner diameter of φ0.4 or larger.

• Other machine elements

A tube that can maintain a constant shape when bent, has no expansion or contraction, features a cotton thread packing in the mating part, and has a simple waterproof structure. It can be used for fluids and powders, and due to its excellent vibration absorption, larger diameter types are suitable for underground protective pipes. Surface treatment is also possible (various plating, painting, coating, etc.). It is ideal for the protection and decoration of fiber optic light guides and microphone stands, among others.

• Laser Components
• Other machine elements

The minimum outer diameter is φ2.42 and can be manufactured. The tube can smoothly bend while maintaining its shape in a bent state with a thin diameter, and it is lightweight. By applying a coating (such as heat shrink tubing), the appearance is enhanced, and it has waterproof properties.

• Other machine elements

The DFM series is the standard type in our lineup, combining SWB (hard steel wire) and SWR (soft steel wire). It is the strongest flexible tube with stable quality and reduced mass production costs. Various applications are possible, including different types of plating, painting, and heat-shrink tube coatings, as well as flexible stands and reinforced flexible arms.

• Other machine elements

The ND5 series is a rust-resistant stand flexible tube that combines nickel-plated wire and brass wire. It is currently used in the most products in our lineup, including microphone stands, tabletop LED stands, and vehicle-mounted LED stands, and has earned trust due to its stable quality.

• Other machine elements

The DFS series is a rust-free stand flex that combines stainless steel wire and brass wire. It is a high-end type within our lineup, but like the DFM series, it has been manufactured since our founding, and we have a track record and trust built over many years of use. The standard specification is a lower winding of SUS304, but we can also produce custom-made SUS316 products upon request. Pricing, delivery time, and lot quantities are subject to consultation.

• Other machine elements

The DFA series is an unprecedented, newly developed ultra-lightweight flexible tube that combines stainless steel wire in the lower section and aluminum wire in the upper section. It is the ideal flexible tube for products that require lightness, such as headsets, and can be directly covered with heat shrink tubing without the need for pre-treatment.

• Other machine elements

The SFS series is our highest quality flexible tube in the lineup, using all stainless steel wire (SUS304) for both the lower and upper sections, minimizing rust and creaking sounds. It is very effective in places that dislike moisture or where only stainless materials can be used. Please request it as a flexible stand or flexible arm.

• Other machine elements

This is a tube that can maintain its shape when bent. The structure consists of an aluminum pipe as the core material, with high-density polyethylene used for the outer casing, allowing it to maintain a small bending radius (R), providing strong holding power, smooth bending, and lightweight properties. It was designed for air transport but is also suitable for securing various accessories intended for protecting wire and maintaining regular positioning. Additionally, there are dedicated fittings for air piping, making it easy to connect and pipe into the housing.

• tube

The stainless steel thin-walled welded pipe is processed into a corrugated shape, excelling in airtightness, flexibility, vibration absorption, and pressure resistance. It can be used in bent shapes. The exterior is reinforced with stainless steel blades to withstand even higher pressures. It is manufactured and sold with end processing (custom lengths, silver brazing of fittings).

• Other machine elements

In the design of high-precision equipment such as semiconductor manufacturing devices and liquid crystal panel manufacturing devices, as well as medical pharmaceutical equipment, bio-related devices, and food machinery, various stringent factors such as compactness, durability, pressure resistance, and safety are required. To alleviate the concerns of such designers, we have developed the micro-flexible tube introduced here. The micro-flexible tube is made from SUS316L material, making it resistant to rust, capable of withstanding pressure, adaptable to changes in high and low temperatures, and has a long lifespan, thereby improving the reliability of machine assembly.

• Other machine elements

It is manufactured using the same method as seamless tubes, but due to its relatively smooth inner surface and near-straight shape, it excels in flexibility and bendability while also demonstrating excellent fluid rectification and heat exchange capabilities. It is produced and sold with end processing (custom lengths, silver brazing of fittings).

• Other machine elements

In recent years, the trend towards high-end residential appliances has led to the widespread use of built-in shower hoses in bathrooms, washrooms, and sinks. In the case of built-in types, repeated insertion and removal place harsh demands on the flexible tube used for covering. Our products feature a semi-interlock structure that prevents the tube from disengaging, lightweight design achieved by reducing the thickness of the material, measures to reduce noise during insertion and removal at the corners, good basic operational feel with flexibility, and chemical polishing to enhance the appearance. Additionally, we have established a system to support shower units, including internal resin tubes and connection connectors.

• Other machine elements

It is a stainless steel interlock tube that can be attached to the water outlets of water purifiers, water conditioners, and water heaters, and used as a flexible faucet. The fitting part of the tube is continuously integrated with cotton thread packing, ensuring no water leakage and the ability to maintain bent shapes. It accommodates both the supply of the tube alone and products that include nozzles or mounting brackets at both ends. The factory's production capacity is 200,000 pieces per month.

• Other machine elements

A flexible tube with a three-layer structure, where a resin tube (such as fluorine or polyethylene) is coated on the inside of a stainless steel casing tube, and resin is also coated on the outside of the casing tube. The inner tube penetrates into the valleys of the casing tube, suppressing the expansion and contraction of the casing tube while also providing waterproofing effects and preventing condensation inside. This three-layer structure significantly reduces the stress on the optical fiber by controlling the expansion and contraction of the casing tube. It is a next-generation tube with high functionality and durability.

• Laser Components

Connector for tube terminal processing. It prevents damage to optical fibers and cables at the cut end of the tube. There are two types available: screw type and adhesive type.

• Wiring materials

Connector for tube end processing. It prevents damage to optical fibers and cables at the cut end of the tube. It can be easily attached and detached due to its screw fastening design. It withstands high-temperature operating environments.

• Wiring materials

Cap for tube end processing. It prevents damage to optical fibers and cables at the cut end of the tube.

• Wiring materials

Cap for tube end processing for panels and boxes. It prevents damage to optical fibers and cables at the cut end of the tube. It serves as both a connector for panel mounting and an end cap. The screw fastening allows for easy attachment and detachment. It withstands high-temperature operating environments.

• Other Connectors

Mounting inside the tube prevents damage to fibers and cables at the cut edge of the tube.

• Wiring materials

It can provide complete protection from the sensor head to the amplifier unit. (Applicable to sensor unit terminal fitting with an outer diameter of 7.2)

• Sensors

You can secure the fiber protector tube.

• Other Connectors

Features: Rich in flexibility, it protects cables from water, oil, and repeated bending, making it suitable for wiring in movable and fixed parts. The standard VFM is designed as a waterproof and oil-proof type, while the WFM is for heat resistance and can be used for protection against cutting chips, welding spatter, and noise countermeasures. It is well-suited for machine tools, food machinery, automation equipment, FA, robots, and food, packaging, and semiconductor equipment.

• Other machine elements