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The spring terminal is automatically fed by the motor gear. When cutting the terminal, the circular positioning pin fixes the material belt hole for cutting PIN, and the material is cut by the motor cam mechanism. The index plate sucks the part of the product, and the cut product is moved to the next station by the sucked part. The CCD detection light source station can be equipped with a high-precision diamond mirror to achieve the function of detecting multiple surfaces. CCD1 and CCD2 detect the overlapping, shortage, deviation and other conditions of the product in the previous cutting, the detection signal is sent to the next station, and the defective products are automatically discharged into the box through the pipeline. The packaged shielding cover is manually placed in the storage bin, and the shielding cover is conveyed to the flexible vibration plate by direct vibration; the bottom of the flexible vibration plate is a backlight source, which is convenient for the CCD to position the product; The product suction mechanism is composed of 8 suction heads, 4 of which take the material from the flexible disk and put it into the 3D detection jig, and the other 4 suction heads take the product after detection from the 3D detection jig for tape packaging. The 3D line laser detection replaces the traditional optocoupler detection, realizing zero-cost replacement. The correlation and repeatability accuracy of 3D line laser detection is 0.015 mm-0.02 mm. Products without flatness detection can be directly packed by 8-head machine.

The shielding cover is manually placed in the storage bin, and the shielding cover is conveyed to the flexible vibration plate by direct vibration; the bottom of the flexible vibration plate is a backlight source, which is convenient for the CCD to position the product; The product suction mechanism consists of six suction heads, three of which take the material from the flexible disk and put it into the 3D detection jig, and the other three suction heads take the product after detection from the 3D detection jig and put it on the plastic suction plate. The 3D line laser detection replaces the traditional optocoupler detection to realize zero-cost replacement. The correlation and repeatability accuracy of 3D line laser detection is 0.015 mm-0.02 mm. For products without flatness detection, the blister tray can be placed directly according to the 6-head machine. The blister tray mechanism has the function of AB tray. It is convenient and fast to change the blister tray with different external dimensions. The length and width of the blister tray packaging mechanism can be adjusted by shaking the two-way screw rod and handle. The maximum length is 390 and the width is 310, and the minimum length is 285 and the width is 140.

The shielding cover is manually placed in the storage bin, and the shielding cover is conveyed to the flexible vibrating plate at the time of direct vibration; the bottom of the flexible vibrating plate is a backlight source, which is convenient for the CCD to locate the position of the product; the product suction mechanism is a four-suction head, and a single product is synchronously placed on the detection and packaging production line after being sucked and rotated. The whole assembly line can be adjusted back and forth, and the product fixture can be adjusted according to the size of the product, so as to realize zero-cost replacement. 3D line laser correlation and repeatability accuracy 0.01. After the laser detection of the product line, the PPU is transported and put into the transfer line (one out of two). The PPU carries the product from the transfer line to the CCD detection station (one out of one). CCD1 detects the front paint surface of the product from bottom to top, and CCD2 detects the front appearance of the product from top to bottom. The product transfer mechanism is completed by double modules. The operator puts the stacked blister tray into the empty tray bin, and the blister tray taking mechanism takes out the empty blister tray. After the blister tray is filled with products, it is automatically stacked or the blister tray is packed in a staggered manner, and it is taken out manually.




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.


The LVS-6108 label printing and detection all-in-one machine can effectively detect bar code errors, bar code duplication, bar code defects, code skipping and missing, character defects, dirty labels, template comparison, bar code grade detection, label content offset, etc. A variety of detection functions meet the needs of various label detection, which can effectively reduce costs and increase efficiency for enterprises, ensure product quality, and eliminate label defects, bar code errors and other problems.

Aumex LVS-FJA12108 rewinding label detector [1] Duplicate code, character defect, character missing, character line feed, dirty label and bar code grade can be solved by detecting the printed label. [2] Function: ① Off-line label detection to prevent abnormal labels such as repeated printing, character defects and blurred labels. ② Support one-dimensional code, QR Code, character, logo and simultaneous detection of multiple tags ③ Automatic shutdown alarm for bar code number with duplicate number, missing number and wrong number not within the set range ④ The display interface is the abnormal label picture, and the abnormal label stops at a fixed position. ⑤ Labels with width not exceeding 105mm and unlimited length can be detected. ⑥ Maximum direct rewinding of label 100mm


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T-1500-4 four-head gantry machining center, one machine for four purposes, a sharp tool for batch production. The innovative cross slide structure integrates four independently controlled Z-axes and high-speed spindles. Four workpieces can be processed in parallel by milling, drilling, tapping and other continuous processes in one clamping, which is specially designed for mass production. The efficiency is 3-4 times higher than that of a single machine, and the land occupation and manpower are greatly saved. High rigidity cast iron bed, equipped with precision wire rail and C3 grade screw, excellent dynamic response, to achieve high-speed and high-precision cutting. BT30 main shaft (20000r/min) is equipped with air curtain protection, which is effective in preventing liquid and dust and is stable for a long time. Fully sealed protection with independent chain tool magazine, quarantine of water chips, fast and reliable tool change, to ensure smooth complex processing. It is especially suitable for the efficient mass production of small and medium-sized parts in 5G communication, precision hardware, automotive parts, medical equipment and other fields.

T-6050-2 double-head vertical machining center, dual-drive parallel, flexible and efficient. Specially designed for multi-variety, small and medium batch production, using cross slide and independent double spindle, double Z-axis structure. Milling, drilling, boring, tapping and other processes can be completed for two workpieces in parallel by one clamping, so as to realize efficiency multiplication and flexible production scheduling. The whole machine adopts high rigidity herringbone column and super large base, combined with high bearing roller line rail, to ensure excellent stability and accuracy during high-speed cutting. Equipped with high performance BT40 high speed spindle and reliable tool arm magazine to meet the needs of complex parts processing. It is suitable for diversified production scenarios of precision parts, 5G communications, auto parts, medical devices and other industries, and is an ideal choice for improving production capacity and coping with complex processes.