Magnetic Resistance Exercise Bike

Bilink’s magnetic resistance exercise bike is a stationary fitness bike that uses a magnetic system to control the level of resistance. It consists of a flywheel connected to a magnetic brake mechanism. As the user pedals, the magnetic brake generates resistance, which can be adjusted manually or automatically using built-in programs. The magnetic resistance provides a smooth and quiet operation, making it suitable for home use.


The pedal installation adopts Morse taper, which makes the fit closer and less likely to be damaged.

Commercial-grade pure aluminum rear flywheel, high-speed operation without drifting

Product size:1190(L)*590(W)*100(H)

Product weight: 48.5kg

Oversized steel frame, better overall corrosion resistance

Tube type: flat oval tube 120*40*2.5T, flat oval tube 100*50*2.5T

Featuring aerodynamics and rounded design

Infinite magnetic control adjustment


Product Name Weight Treadmill
Type Number D16
N.W.: 48.5kgs/297lbs
G.W.: 155kgs/319lbs
Installation Size: 1190*590*100mm/ 75*40*68inch

Vertical Traction

Magnetic Resistance Exercise Bike-1


It is a natural path of motion. Thigh pads easily adjust to provide stability and comfort, and ergonomically rotating handles allow for natural user defined movement, greater variety, and increased muscular involvement.

Clear and concise muscle targetmakes it easier for trainers to know and learn;Humanization design adjustment.Trainers can adjust the positionaccording to personal body condition

Installation size:1644*1472*1850mm/ 64*58*72inch

High density foam upholstery, “furniture grade” PU leather, and integral ABS guard cover.

POM material pulley , CNC processing, customized high quality bearing to withstand High-intensity and long-term use.

Full shroud, 4mm thickness ABS virgin material, durable and eco friendly.

PU leather cushion,air permeability,sweating,comfort and anti-skid;Fitness equipment uses 6mm thick steel cable,which is more durable and safe

Quick Judgement Tips

We have prepared some little knowledge about fitness equipment for you


Check whether there is an R&D center to design its own strength equipment; talk with the designers about design concepts.

#Movement Angle

Ask designers at the R&D center if they usually work out with gym equipment. Designers who do not work out with gym equipment should never design any strength training machine.

You should try the fitness equipment yourself. You need to experience the following three aspects:

Whether it is smooth to use.

Whether specific equipment is activating your targeted muscle group.

For converging and diverging equipment, whether there is a peak contraction experience.


Know about the specific treatment methods applied to the surface.

Check if the surface is smooth to the touch.

Take a hard metal object, such as a key, and scratch the surface of the equipment in order to see the adhesion of the surface coating.

#Frame Pipe

Pipe standard: ask the supplier about the standard of this pipe. In China, for example, you should expect fitness equipment pipes to meet Q235 standard.

Pipe Size: Look for 40mm x 80mm and above for the length and width of the frame pipe, preferably with 3.0mm in thickness.

Treatment: bending production procedure is preferred over cutting and welding.

Check the thickness of the raw material, not the the painted tube.


Ask the factory representative about the treatment methods, as well as the theoretical basis of the connection.

Check the thickness of the connecting plate and the strength of the screw.


-Seat Fillings:

Press the seat firmly with your thumb or apply a specific instrument to measure its density level.

-Seat Leather:

Smell: Check whether there is any pungent smell.

Tactile impression: Touch the surface by hand and confirm the tactile impression.

Density: Observe from the cut/side surface and check its stomata; the more stomata there is, the lower the density and quality.

Thickness: Check the thickness of the material; the thicker, the better;

-Seat Support Plate

Check the material used. Generally speaking, ABS is better than iron board and plywood.

Check the appropriateness of the match between fillings and support plate.

-Seat Adjuster

Adjust the seat several times to check whether it is easy to use. After adjusting the seat, sit on it and shake to test its stability.



Material: Determine the material used and assess whether it is appropriate based on our comparison chart.

Stability: Make the pulley rotate and observe whether it wobbles.


Determine the material applied and assess whether it is suitable according to the comparison chart.

Check whether the pulley and CAM are smooth when used.

Use the machine and confirm whether its design is in line with the principle of movement.


Check the thickness of the cable; the thicker it is, the more solid the cable will be.

If you buy for commercial use, never be cheated by manufacturers who apply home use material to industrial equipment.

Ask about the maximum load capacity along with fatigue test report and check the results.


Meet the standard ISO20957: Check whether there is a certificate of ISO20957, which means the equipment has passed the International Organization for Standardization.

Stability: Try to push a pin-loaded machine to check if it is stable. On machines like the Lat Pulldown, select the maximum weight, then suddenly loosen the handle to see if the device is still stable.

Total net weight: subtract the weight plates; the heavier, the safer.

Overall structure: the surface of the fitness equipment pipe should be free of any protrusions so as to avoid injury.

The edges and corners of the surface should have a radius r ≥ 2.5mm. They should also be free of burrs and make use of round corners.

tube ends: All the tube ends should be in the accessible hand, and the foot area should be closed off.

You should be able to stop the motion at any time.

The weight selection pin should be fitted with a holding system to prevent accidental change or movement during exercise.

Plate loaded machine

Manufacturing Process



Bending is commonly used in the fabrication of fitness equipment to create components such as frames, handles, supports, and brackets.




Cutting is an essential step in the manufacturing of fitness equipment as it helps shape various components and parts.




Stamping involves placing a metal workpiece between dies and applying pressure to deform the material into the desired shape.




Welding in fitness equipment manufacturing is to create strong and permanent connections between various parts, ensuring structural stability, durability, and safety.




Sandblasting involves propelling fine granular materials, such as sand or abrasive particles, at high speeds onto the surface of the metal using compressed air or a specialized sandblasting machine.


Power Coating

Power Coating

Powder coating involves the application of a dry powder, typically made of finely ground particles of resin, pigment, and additives, to the surface of the metal.




Assembly&Test ensure that the fitness equipment is properly constructed, functions correctly, and meets quality standards before it is ready for use by consumers.




Packaging serves multiple purposes, including protecting the fitness equipment during transit, providing information to consumers, and enhancing the overall presentation and marketability of the product.


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