GYX-ED14B-1 Smart Self-Weight Back Massager

GYX-ED14B-1 Smart Self-Weight Back Massager
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  • GYX-ED14B-1 Smart Self-Weight Back Massager

GYX-ED14B-1 Smart Self-Weight Back Massager

 

[Specification]: 2797×1842×3227 (mm)

[Instructions for Use]: Stand facing the equipment, grasp the handle, sit securely on the seat, keep your upper body naturally upright and slowly lean back, then push forward with both feet, return to the starting position gradually, and repeat.

[Main Features] : Strengthens the lower limbs, enhances stability of the knee and ankle joints, effectively relieves back muscle fatigue, prevents lumbar muscle strain, and builds back muscle strength.


Product Description

[Main Technical Parameters]:

◆ The main upright posts are made of national‑standard steel tubing measuring 150 mm × 120 mm with a wall thickness of 3 mm. On both sides, aluminum profiles are combined with plastic‑wood panels, and the overall cross‑sectional dimensions of the posts are 150 mm × 150 mm.

◆ The display is powered by a solar‑powered self‑generating system, and the software features a backend platform for data collection and analysis. The screen can show the date, exercise duration, number of workouts, calories burned, and other metrics, while a WeChat mini‑program on your smartphone allows you to view this information, track your fitness data, and receive personalized workout recommendations.

◆ The display was subjected to a free-fall impact test using a 500‑g steel ball dropped from a height of 500 mm, striking the center of the screen; no cracks or fractures were observed.

◆ The top of the equipment is made of polycarbonate panels, offering a stylish and elegant appearance while providing effective shade for users.

◆ The upper‑top frame column has a diameter of 88 mm and a wall thickness of 3 mm; the upper‑top bent pipe is made of a 50 mm × 50 mm square tube with a wall thickness of 2 mm.

◆ The main frame connecting pipes are made of national-standard steel tubing with a diameter of 76 mm and a wall thickness of 3 mm, and are flange‑connected to the upright posts; the flanges have a thickness of 10 mm. The main frame crossbeams have a diameter of 76 mm and a wall thickness of 3 mm.

◆ The seat tube is made of national‑standard steel tubing with a diameter of 60 mm and a wall thickness of 3 mm; the footrest crossbeam is also constructed from national‑standard steel tubing, 60 mm in diameter and 3 mm thick; and the armrest bent tube is fabricated from national‑standard steel tubing, 32 mm in diameter and 3 mm thick.

◆ The back massage unit features a bent pipe with a diameter of 42 mm and a wall thickness of 3 mm, and a connecting sleeve with a diameter of 60 mm and a wall thickness of 3 mm.

◆ The limit switch employs a fully cast‑steel, three‑sided impact‑type internal limiter, increasing the load‑bearing area. The impact pad is made of polyurethane, offering excellent impact resistance, superior elasticity, and outstanding resistance to aging and extreme temperatures. It incorporates two high‑quality 6205 bearings, with a central shaft diameter of 25 mm and limit side plates 8 mm thick, ensuring compliance with performance requirements. All exposed edges are chamfered with an R2 radius to minimize injury in the event of impact.

◆ The seat panel is integrally die-cast from ABS material, with the backrest bolted to a 4-mm-thick steel plate.

◆ The massage stick is made of PVC, with a surface hardness that is just right and meets the requirements for human-body massage.

◆ The handle grips are made of fluidized rubber, offering a comfortable feel and excellent resistance to aging; they also feature anti-theft measures for added safety and durability.

◆ The machine’s bearings are equipped with specially designed skeletal oil seals, offering excellent sealing performance, effective water and dust resistance, and long-lasting durability.

◆ The machine’s anti-theft cap is made of nylon, offering impact resistance, aging resistance, and theft protection, ensuring an 8-year service life.

◆ The equipment features a two‑station exercise configuration, allowing two users to operate it simultaneously.

◆ The burial depth of the equipment’s main upright post shall be no less than 600 mm, and the underground dimensions shall be no less than 600 × 600 × 700 mm.

◆ The equipment nameplate is made of 304 stainless steel, with a corrosion‑resistant finish, measuring 240 mm × 110 mm and 0.45 mm thick. The nameplate is fastened to the main frame using Φ4 pop rivets.

◆ The entire machine has no snagging, crushing points, shearing points, or pinching hazards; all apertures and gaps comply with the GB 19272-2011 standard.

◆ The components are cut to size using a fully automatic CNC sawing machine, ensuring high efficiency and precise positioning. The pipe‑bending process employs a CNC pipe‑bending machine, delivering accurate angles and an aesthetically pleasing finish. Prior to welding, all parts undergo degreasing to ensure that no oil or contaminants remain on the surface. Welding is performed with a CO₂‑shielded arc welder in conjunction with a mixed‑gas shielding process, resulting in clean, smooth welds that require no post‑weld grinding. A dust‑collection and treatment system is installed to purify workshop air and safeguard worker health. Surface treatment utilizes shot blasting, achieving thorough rust removal while increasing the workpiece’s surface area and enhancing the adhesion of the powder coating. The exterior is finished with a green‑friendly, environmentally compliant electrostatic powder coating—applied using imported electrostatic spray equipment—providing uniform powder distribution, strong adhesion, and superior resistance to acids, alkalis, humidity, heat, aging, and corrosion. This coating is well suited for humid conditions and environments exposed to acid rain. The product’s paint formulation contains no toxic elements. Powder recovery is handled by a cyclone‑type centrifugal recovery system, achieving a recovery rate of up to 98.6%, thereby conserving material, reducing dust pollution, and offering convenient operation that is both energy‑efficient and environmentally friendly.

◆ The equipment is packaged in a double-layer system: thickened bubble wrap inside and strapping tape on the outside, effectively protecting it from impacts during transit and ensuring it arrives undamaged.

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