Mask Machine Blades

Easy to install.
Sturdy and durable.
Complete specifications, customization accepted

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Product Introduction

Long rectangular blade:

Shape: rectangular, sharp at both ends, with a circular hole in the middle.

Material: made of stainless steel, high-speed steel, and hard alloy to ensure durability and rust resistance.

Usage: The Mask Machine Blades is used in the cutting section of mask machines to cut materials such as melt-blown fabric and non-woven fabric to make the main part of the mask. The circular hole is used to secure the blade in place during cutting to ensure stability.

Cutting tool:

Shape: part of scissors, with a sharp blade and a curved handle.

Material: made of stainless steel, high-speed steel, and hard alloy.

Usage: These cutting tools are used in the ear strap welding or cutting section of mask machines to cut ear straps and connect them to the mask body. The handle design makes it easy for operators to manually control the cutting process or work with the mechanical parts of the mask machine.

Product Features

01 High-precision Size

The size accuracy of mask machine blades is micron-level. The thickness tolerance is within ±0.005mm, the length error is ±0.05mm, and the width error is ±0.03mm. The size consistency deviation of the produced masks is controlled within ±0.5mm.Ensure that the mask's edges are cut neatly, with no burrs, to guarantee its sealing and protective effects.

02 Corrosion Resistance

The surface of the Mask Machine Blades is plated with a 3-5μm thick titanium nitride coating through a chemical vapor deposition process. It can be used continuously for 1000 hours in an environment with a humidity of 85% and containing trace acid and alkali substances, without obvious corrosion and without affecting the cutting effect. Extend lifespan

03 Military-grade heat treatment technology

By heating the blade to a certain temperature and then rapidly cooling it, a martensitic structure is formed, achieving a hardness of HRC 62-64 after quenching. The toughness of the heat-treated blade is 3-5 times that of traditional tools. By reducing the traditional heat treatment time from 18 hours to 5 hours, ensuring deformation during heat treatment within 0.08mm, the hardness and toughness of the blade are enhanced, significantly improving production efficiency.

Installation Steps

Before Installation

Ensure the Mask Machine Blades is disconnected and the installation site is cleaned.

During Installation

Align the blade with the slot and place it carefully to ensure it is securely installed and accurately positioned, otherwise it will result in uneven cutting.

After Installation

Conduct a test run to check if the blade operates smoothly and if the cutting effect is normal. If there are any issues, adjust promptly.

Regular maintenance

Clean

Clean the mask machine blades regularly to remove debris and impurities to prevent affecting the cutting effect.

lubricate

Lubricate with special lubricants to reduce friction and wear.

replace

Check the wear condition regularly and replace the blades with severe wear in time.

store

Pay attention to moisture and rust prevention during storage to avoid rust affecting performance.

Points to note

Avoid high temperatures

Excessive temperature will reduce the hardness of the Mask Machine Blades, increase wear, and shorten service life. Friction generates heat during cutting. If the heat is not dissipated in time, the temperature of the blade will continue to rise, the blade will become soft, and the cutting accuracy will be affected. Therefore, an effective cooling system, such as air cooling or water cooling, is required to reduce the temperature of the blade and maintain its performance.

avoid dampness

Mask machine blades are prone to rust in a humid environment, affecting performance and service life. Make sure the surface of the blade is dry before use, and anti-rust oil can be applied. The Mask Machine Blades should take moisture-proof measures to prevent water vapor from entering the interior. After each use, clean the blade in time, wipe off the moisture, and store it in a dry and ventilated place. If the blade is found to be rusty, it should be rust-proofed in time.

FAQ

01. Q: What's The Advantage Of Buying From You?

A: we Have All Kinds Of Industrial Cutting Blade, Which Can Reduce Sourcing Time For You.

02. Q: Do you have a minimum order quantity (MOQ) for the order?

A: Low MOQ is available; you can order 1 piece for sample checking.

03. Q: May I request a sample before placing my order?

A: Yes, for standard blades, we will send you one sample for quality inspection. For customized blades, we will begin mass production only after you approve the sample quality.

04. Q: What materials are mask machine blades usually made of?

A: Mask machine blades often use high-quality alloy tool steel, such as Cr12MoV. It can accurately cut mask materials, keep sharp for a long time, and is not easy to break when cutting frequently.

05. Q: How to judge whether the mask machine blades need to be replaced?

A: When the edge of the mask after cutting is uneven, there are burrs, the cutting is stuck, the resistance is increased, or there is obvious wear and tear on the blade surface, it indicates that the mask machine blades need to be replaced.

06. Q: Can the service life of mask machine blades be extended by grinding?

A: It can be extended to a certain extent. When the mask machine blades are slightly worn, fine grinding with professional tools and methods can restore their sharpness. However, the number of grinding times should not be too many, as each grinding will remove a certain amount of blade material, making the blade thinner.

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