Clock Springs

Whatever counter balance spring product you need, our experienced work force and dedicated support staff is at your service.

With decades of experience as a spring manufacturer and state-of-the-art equipment and tools, we at Makeway Spring have the capability to handle your project from design to out the door quickly and at the highest level of quality. Whether your application is mechanical or industrial, we can meet your needs.

Carbon Steel Specifications: MK-65MN-CL01 、MK-65MN-CL02 、MK-65MN-CL03

  • Mechanical watches:

    Clock springs serve as the primary power source for watches, storing energy and gradually releasing it to keep the hands moving continuously.

  • Toys:

    In wind-up toys,clock springs store energy when wound,which is released to produce motion in the toy.

  • Roll-up doors and blinds:

    Clock springs provide the pulling force needed for smooth operation of roll-up doors and help maintain the position of blinds.

  • Seat adjusters:

    Used in car seats or office chairs to provide the adjustment force for height or angle positioning.

  • Automated equipment:

    In some automated production lines,clock springs are used to provide rotational power or reset functions.

Material
Shape
Surface Treatment:
  • Carbon Steel: Such as 65Mn or 1075 high-carbon steel, which offers good elasticity and fatigue resistance at a low cost, suitable for most mechanical devices.
  • Stainless Steel: Such as 301 and 304 stainless steel, providing excellent corrosion resistance, ideal for humid or corrosive environments, and commonly used in outdoor equipment and marine environments.
  • Alloy Steel: Such as chrome-silicon and chrome-vanadium steel, offering higher strength and heat resistance, suitable for high-stress, high-temperature, or long-duration operations.
  • Phosphor Bronze: Known for its good elasticity and corrosion resistance, commonly used in electronic devices or precision instruments.
  • Nickel-based Alloys: Such as Inconel, designed for extreme high-temperature or corrosive environments, often used in aerospace or chemical applications.
  • Flat Strip: The most common shape, typically wound into a spiral to store torque, found in watches, clockwork toys, tape measures, and similar devices.
  • Conical Winding: Some clock springs are designed with a conical winding to save space or provide more uniform stress distribution.
  • Multi-layer Structure: Certain clock springs feature a multi-layer winding design, enhancing their energy storage capacity and providing stable torque release.
  • Bluing (Oxidation Treatment): Forms an oxide layer on the spring’s surface to improve corrosion and wear resistance, commonly used in mechanical equipment.
  • Galvanizing: Adds a layer of zinc to the surface, enhancing corrosion resistance, particularly in humid environments.
  • Nickel or Chrome Plating: These treatments not only improve corrosion resistance but also enhance surface smoothness and wear resistance, making them suitable for high-demand applications.
  • Stress Relief Treatment: Heat treatment or stress relief processes remove residual stresses from manufacturing, increasing the spring's fatigue resistance and extending its service life.
  • Painting or Coating: Provides additional protection against corrosion and can be used for aesthetic purposes or color coding.

Compression Springs

Tension Springs

Torsion Springs

product video

Examples Of Our Clock springs

We have the capability to provide our customers with custom clock springs to meet nearly any specification

Play Video

Clock Spring Solutions

Quality Clock Spring Design

Whatever end product you need,any length or size,our commitment to quality means that your brand is in good hands.We take the pressure off you by adhering to the highest standards so you can rest assured that your springs come out perfect.

Clock Spring Testing

We Use Meticulous Testing to Ensure the Perfect End Result

We use the most advanced tools to test clock spring to ensure they perfectly match your manufacturing project.

Material Testing:
We test to verify the composition and quality of materials before we even start making your product. Our commitment to quality custom springs starts with quality materials.

Dimensional Accuracy:
We always test for dimensional accuracy to the smallest unit to ensure that, large or small, your lot of product is dimensionally ideal.

Operational Testing:
You want your springs to function at the highest level.We here at Makeway Spring use meticulous testing to ensure each spring meets or exceeds your requirements.

Clock Spring Customization

Customized Clock Springs for Any Application.

If you have a unique application that requires a specialized spring,we have a solution to fit your needs.At Makeway Spring,we don’t just sell springs,we also sell a service.

Our team is dedicated to helping you find the right clock spring for your needs and providing you with the customer support you need to get the job done right. We offer fast and reliable shipping, so you can get your custom clock springs on time every time.

Whether your business is big or small, we have the clock spring solution for you. Contact us today to learn more about our clock springs and how we can take care of your specific needs.

Clock Spring F.A.Q.

Whatever counter balance spring product you need, our experienced work force and dedicated support staff is at your service.

A clockwork spring, also known as a power spring,is a type of flat metal strip that is coiled in a spiral shape and is capable of storing and releasing energy.It stores energy through rotational movement and releases it to provide continuous rotational force,commonly used in devices requiring sustained power.

Clockwork spring store mechanical energy by coiling tighter when rotational force is applied.When released,the spring uncoils and releases the stored energy,producing continuous rotational movement or driving force.

The force a clock spring can handle depends on its material, thickness,and design. Manufacturers typically provide specific load capacities to ensure safe operation within the designed load limits.

Yes,clock springs can be customized in terms of size,material,and load capacity to suit specific mechanical devices or applications.

The quality of a clock spring can be judged by its material, surface treatment,elasticity,and load capacity. If the spring loses its elasticity or shows signs of fatigue,it may need to be replaced.

Our Products

Spring Manufacturing Products

From the initial spring design to the manufacturing and delivery.Our best practices and quality assurance ensure you end up with the precise parts made just for your project. Every solution is designed for your needs.

Compression Springs

Compression springs are a common type of spring designed to resist compressive forces. These springs are typically coiled and are widely used in applications like automotive suspensions, industrial machinery, and electronic devices.

Die Springs

Die springs are designed for high-load applications, commonly used in stamping dies and die sets. These springs are usually made of high-strength alloy steel, providing greater resistance to compression and longer service life.

Tension Springs

Tension springs store energy when stretched and return to their original shape when released. They are commonly used in applications such as door locks, toys, and mechanical devices. Tension springs typically have hooks on both ends for attachment.

Tension Springs(Headless)

Headless tension springs are similar to regular tension springs but lack traditional hooks or ends. These springs are used in applications requiring specific attachment methods to meet design requirements.

Clock Springs

Clock springs, also known as mainsprings, are coiled springs used to store mechanical energy. They are widely used in clocks, toys, and other devices that require energy storage. These springs can be wound manually or mechanically and then release energy to power mechanical devices.

Torsion Springs

Torsion springs are designed to withstand torque or rotational force. These springs are commonly used in clips, switches, garage doors, and other devices where rotational force is applied, providing a counteracting force by twisting.

Brass Springs

Brass springs are made from brass material, offering excellent corrosion resistance and electrical conductivity. They are often used in applications requiring corrosion resistance or electrical conductivity, such as electrical switches and terminals.

Wire Forming

Wire forming include various springs and parts formed by bending metal wire into shapes. These are custom-designed for specific applications and can be made into complex shapes to fit unique mechanical or electronic devices.