



1. Customize LM402 CCD visual positioning and labeling machine to realize automatic positioning and labeling of the top cover of the test tube. And 2, that t tube product in the coordinate box can be detected in various mode, and is accurately labeled on the top cover surface.

1. It is precisely attached to the surface of objects under high temperature conditions, and the printed information does not fade, fall off or blur. And 2, that adhesive strength, the chemical corrosion resistance and the ultraviolet resistance are strong.


A linear guide is a mechanical element that uses a rotating bearing to make a heavy object move easily and straightly. The linear guide rail is composed of a moving part "sliding seat", a "rail" supporting the movement of the sliding seat and a "ball bearing". The linear motion is performed by installing a ball circulation mechanism on these parts.

The rolling motion of the ball between the screw rod and the nut is utilized to convert the rotary motion into the linear motion or convert the linear motion into the rotary motion. Its main components include screw, nut and ball.

The LM rolling guide rail ball screw integrated intelligent combined unit realizes the functions of the intelligent combined unit with high rigidity and high precision in the minimum space through the high-rigidity outer side rail with a U-shaped section shape and the inner side sliding block integrating the LM rolling guide rail parts on the two side surfaces and the central ball screw part. In addition, because the supporting seats a and B can also be used as supporting units, and the inner sliding block can also be used as a workbench, the working hours required for design and assembly can be greatly reduced, thereby reducing the overall cost.


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The automotive wiring harness is the main body of the network of the automobile circuit, which is composed of multiple wires, and is an important part of connecting the various electrical and electronic equipment of the automobile, and plays an important role in transmitting electrical signals and transmitting current. Automotive wiring harness usually includes the main line harness and branch harness, the main harness connects the various electrical and electronic equipment of the car, and the branch harness is the connecting part between the main line harness and the various branch appliances. The design and manufacture of automotive wiring harnesses need to meet a range of performance requirements, including high temperature resistance, moisture resistance, corrosion resistance, vibration resistance, interference resistance, etc. If the wiring harness of the car fails, it may cause the electrical and electronic equipment of the car to not work properly, and may even cause safety accidents. Therefore, the quality and reliability of automotive wiring harnesses are very important.

An energy storage wiring harness is a kind of wiring harness used in energy storage systems, mainly used to connect energy storage devices (such as battery packs, supercapacitors, etc.) and other related components (such as inverters, chargers, controllers, etc.). The main function of the energy storage wiring harness is to transmit electrical energy and signals, and ensure the normal communication and cooperation between the energy storage equipment and other components. It usually consists of wires, plugs, sockets, terminals, etc., and can be customized and designed according to specific energy storage system needs. The design and manufacture of energy storage wiring harnesses need to take into account the characteristics and requirements of energy storage equipment, such as voltage, current, power, etc. At the same time, it is also necessary to consider the performance of the wiring harness such as high temperature resistance, wear resistance, waterproof, and anti-interference to ensure its reliability and stability in the energy storage system. Energy storage wiring harnesses are widely used in new energy vehicles, energy storage power stations, solar power generation and other fields. With the continuous development and application of energy storage technology, the importance of energy storage wiring harness has become increasingly prominent.

An energy storage wiring harness is a kind of wiring harness used in energy storage systems, mainly used to connect energy storage devices (such as battery packs, supercapacitors, etc.) and other related components (such as inverters, chargers, controllers, etc.). The main function of the energy storage wiring harness is to transmit electrical energy and signals, and ensure the normal communication and cooperation between the energy storage equipment and other components. It usually consists of wires, plugs, sockets, terminals, etc., and can be customized and designed according to specific energy storage system needs. The design and manufacture of energy storage wiring harnesses need to take into account the characteristics and requirements of energy storage equipment, such as voltage, current, power, etc. At the same time, it is also necessary to consider the performance of the wiring harness such as high temperature resistance, wear resistance, waterproof, and anti-interference to ensure its reliability and stability in the energy storage system. Energy storage wiring harnesses are widely used in new energy vehicles, energy storage power stations, solar power generation and other fields. With the continuous development and application of energy storage technology, the importance of energy storage wiring harness has become increasingly prominent.



Diameter Tolerance: ±0.01 mm Hardness: HRB ≤ 15 Tensile Strength: ≤ 228 MPa Yield Strength: ≤ 103 MPa Elongation: ≥ 16% Characteristics Low tensile and yield strength, high elongation, easy to deform and process, stable performance, excellent oxidation effect with batch-to-batch consistency, low internal stress after post-processing, and customizable special profiles. Applications Suitable as billet material for cold forging and warm forging of aerospace components and high-strength parts.

Diameter Tolerance: ±0.05 mm Hardness: HRB ≤ 15 Tensile Strength: ≤ 228 MPa Yield Strength: ≤ 103 MPa Elongation: ≥ 16% Characteristics Low tensile and yield strength, high elongation, easy to deform and process, stable performance, excellent oxidation effect with consistent quality across batches, low internal stress after post-processing, and customizable special profiles. Applications Suitable as billet material for cold forging and warm forging of aerospace components and high-strength parts.

Outer Diameter Tolerance: < 1 μm Inner Diameter Tolerance: ±0.05 mm (Smooth Inner Wall) Hardness: HRB 88 ± 2 Tensile Strength: > 590 MPa Yield Strength: > 570 MPa Elongation: ≥ 10% Characteristics Stable performance, excellent and consistent oxidation effect, easy to turn, and customizable special profiles are available. Applications Suitable for fields requiring high strength, lightweight, corrosion resistance and high-grade oxidation performance.


1. Gantry rack dual-drive structure, reinforced welding bed, large gantry milling finishing, gantry milling and vibration aging to eliminate stress, to ensure that the machine deformation tolerance is small 2. High performance, using the original packaged fiber laser, stable performance, service life of more than 100000 hours; 3. Through finite element structural mechanics analysis, the beam has light weight, high rigidity and good dynamic performance.

A special production and processing equipment for advertising logo, exhibition display, LED light guide plate, LED luminous characters, acrylic products and other industries; High-precision screw drive components, with the Japanese servo drive motor, to ensure the accuracy of the cutting; All-steel structure seamless welding, 800 ° aging annealing heat treatment, ultra-large CNC gantry milling precision processing, strong smoke exhaust, protect the light path from pollution; Special beam processing technology keeps the laser beam consistent over the entire processing range.

1. The front and rear chucks are pneumatic chucks, with one-button automatic centering and dual-drive rotation to ensure the synchronization of front and rear rotation; 2. Cooperate with FScut high-end CNC system to ensure the processing accuracy requirements for long-term work; 3. Convenience of operation: self-compiled correction function, very intelligent, convenient and practical to find the pipe center; 4. Strong expansion performance: It can be widely used for cutting round pipes, square pipes and rectangular pipes in the pipe industry. The maximum processing diameter is 220mm for round pipes and 160mm * 160mm for square pipes.