Mini Milling Cutter

Zhongyeda mini milling cutter adopts new technology and has new quality. It is suitable for processing acrylic mini characters and has a more perfect processing effect. The overall alloy material is suitable for processing acrylic, luminous characters, etc. It is durable and wear-resistant, does not stick to the knife, does not leave knife marks, has good chip removal, and has a long processing life. Our mini milling cutter specifications are relatively complete, with a variety of different diameters and styles to choose from to meet different processing needs. Common small milling cutter diameters are usually between 1-12 mm, such as 1mm, 2mm, 3mm, etc., which are suitable for processing small workpieces, such as small parts such as watches and glasses, as well as fine processing or complex contour processing. At the same time, non-standard customization can also be carried out according to demand, and products of different angles and specifications can be customized according to customer requirements.

Features Overview

1. High-precision processing: Mini milling cutters are precisely designed to achieve high-precision cutting and engraving at high-speed rotation, which can meet processing tasks with extremely high requirements for details, such as making fine jewelry, miniature models, etc.

2. Diversified cutting capabilities: Our mini milling cutters come in a variety of types and specifications, such as double-edged spiral milling cutters, single-edged spiral milling cutters, flat-bottomed tip cutters, V-shaped cutters, etc., each with specific cutting capabilities and application scenarios. For example, flat-bottomed tip cutters are suitable for cutting and engraving straight lines, planes and other shapes; ball-end cutters are suitable for engraving three-dimensional curved surfaces.

3. Wide material adaptability: Mini milling cutters can process a variety of materials, including wood, metal, stone, plastic, composite materials, etc. Tool designs of different materials ensure the best cutting effect on different materials. For example, carbide mini milling cutters are suitable for processing metals and stones with higher hardness, while high-speed steel mini milling cutters are more commonly used for processing wood and plastic.

4. High-efficiency processing: Materials can be cut quickly at high speeds to improve processing efficiency. With the automatic control system of the engraving machine, a continuous and stable processing process can be achieved, reducing manual intervention and downtime, and it is suitable for mass production.

5. Good chip removal performance: Many mini milling cutters adopt spiral or special groove design, which helps to quickly discharge chips during the cutting process, avoid chip accumulation and damage to the tool and workpiece, and keep the cutting process smooth.

6. Reusability: It usually has high wear resistance and durability. After proper maintenance and sharpening, it can be reused many times to reduce processing costs.

7. Flexible processing methods: Mini milling cutters can cooperate with various processing methods of engraving machines, such as two-dimensional engraving, three-dimensional engraving, relief engraving, etc., to achieve the processing of complex shapes and patterns to meet different design requirements.

Application fields

1. Advertising production: Mini milling cutters are used to engrave various mini characters, luminous characters, etc. For example, acrylic advertising signs can be cut into precise shapes and edges by mini milling cutters, giving them good visual effects.

2. Jewelry processing: In jewelry making, mini milling cutters can be used to engrave metals or gemstones to create exquisite patterns, designs and shapes, such as fine engravings on rings, necklaces, earrings and other accessories.

3. Model making: Mini milling cutters include the production of architectural models, mechanical models, electronic product models, etc. It can accurately cut and engrave the various parts of the model to make it have high precision and realism.

4. Craft making: Mini milling cutters are used to make various crafts, such as wood carvings, stone carvings, root carvings, etc. Mini milling cutters can be used to create delicate textures and unique shapes to enhance the artistic value of crafts.

5. Medical device manufacturing: Mini milling cutters can be used to process micro parts in the production of medical devices, such as dental instruments, surgical instruments, etc., requiring the tool to have extremely high precision and stability to ensure the quality and safety of the parts.

Common types and specifications

1. Flat-bottomed sharp knife: The blade edge is conical, the tip is flat, the angle is usually between 30°-90°, the common shank diameters are 3.175mm, 6mm, 12mm, etc., the blade diameter ranges from 1mm to 10mm, suitable for cutting and engraving straight lines, planes, inclined planes, etc., and can be used to make advertising words, relief bottom surface processing, etc.

2. Tools Engraving machine mini milling cutter flat-bottomed sharp knife

Ball head cutter: The tip of the knife is spherical, and its radius varies. Common ones are R0.5mm, R1mm, R2mm, etc. The shank diameter is generally 3.175mm, 6mm, etc., suitable for three-dimensional surface engraving, such as figure sculptures, animal model surface processing, etc.

3. Tools Engraving machine mini milling cutter ball head cutter

Spiral milling cutter: divided into single-edge spiral milling cutter and double-edge spiral milling cutter, with good chip removal performance and cutting ability. The spiral angle is generally between 30°-60°, and the shank diameter and blade diameter are of various specifications, such as shank diameter 6mm, blade diameter 3mm, 4mm, etc., which can be used to cut various materials, especially in wood and plastic processing.

4. Tool engraving machine mini milling cutter spiral milling cutter

High-speed steel: It has high toughness and bending strength, relatively low price, easy to sharpen, suitable for processing softer materials such as wood and plastic, and can withstand certain impact loads, but when processing materials with higher hardness, the wear resistance and heat resistance are relatively poor2.

Carbide: It has high hardness, good wear resistance and strong heat resistance. It can maintain good tool shape and dimensional accuracy under high-speed cutting. It is suitable for processing materials with higher hardness such as metal, stone, and hard plastic, but it has poor toughness and relatively high price.