Depending on the weight of the part, the VSR method delivers high amplitude and low frequency vibrations to the part for a certain period of time. This reduces the residual stress and static equilibrium is restored, without deterioration or change in tensile strength, yield point or fatigue resistance.
Place the frames outdoors for more than a month. Eliminate recurring heat stress caused by several times to reduce residual stress, achieve stable dimensional accuracy, increase rigidity and deformation-resistant capacity, thus Ensure dimensional stability of frames.
Installation detection and fixing the guide rail and shelf. Professional technicians assemble important precision parts such as the guide rail and rack and adjust them with a dial indicator so that the rack and pinion are properly assembled.
Laser interferometer-Has advantages such as high measurement accuracy and speed, etc. The interferometer essentially uses a laser as the light source, creating a measurement system with interference. It can be used as a refractive mirror laser interferometer and calibration of precision machine tool or measuring instrument for a variety of measurement works of linear position, speed, angle, flatness, straightness, parallelism and perpendicularity.
The frame is made of cross reinforcements every 30cm, which has a stronger load-bearing capacity to ensure long-term stable operation of the equipment.
An infrared flaw detector is used to detect incorrect welding, missing welding and desoldering. To ensure welding quality.
After strict production standards and inspections, the frames produced by FHBS Laser have high rigidity and precision, which can sustain long-term stable use without deformation.
Beams have the following advantages: lightness, small inertia and high rigidity. It can ensure high precision and stability of the beam during high-speed movement.
Electro-optical conversion
Efficiency: >35%
Service life >100,000 hours
Maintenance free.
Reliable and stable European process technology. Fully sealed internal structure can prevent the optical part from being contaminated by dust. It has a high-precision, easy-to-maintain modular design.
The system we use is a special CNC system developed by domestic top CNC system developers, with high integration, improved functions, simple operation, high stability and leading technology.
Quick cutting works with software that analyzes the slot, defines the grids and hole lines, and then divides the cut into separate dashes or arc segments that lie on the same line or circle. In this way it can improve the production efficiency of thin material.
The efficiency of the fiber laser cutting machine can be increased by cutting its idle time. If three consecutive actions are completed "simultaneously", the idle time can be shortened: when moving from point A to point B, the cutting head rises at the same time; As it approaches point B, it falls at the same time.
The bridge connects the part to the surrounding material, so that the waste of the bridge does not fall, and the part in the bridge position is glued to the base material without falling, thus eliminating the need for Sorting work.
Common edge cutting reduces the length of the cut and reduces the number of perforations, which can significantly increase productivity. It can also reduce machining time, minimize material waste, save cutting gas and reduce wear on machine parts.
With the automatic edge detection function, the angle and origin of the sheet metal bend can be detected. The cutting process can be adjusted to suit the angle and position of the sheet to avoid waste. The workpiece adjustment time is reduced, the work intensity is reduced, and the cutting efficiency is increased.
Check whether the beam processing form and position tolerance are within the design scope to ensure the equipment quality.
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