
.png)

Description: A mold manufacturing factory can rely on a cloud-based intelligent management platform for molds to provide support for business decision-making and analysis to the ERP system at the upper level. At the lower level, it can be deeply integrated with mold design, programming, supply chain management, automated machining, Automated Guided Vehicles (AGV), Internet of Things (IoT), Warehouse Management System (WMS), etc. This integration enables seamless information flow and communication, and accumulates big data related to mold production. By leveraging technologies such as Industrial Internet and Artificial Intelligence (AI), the solution can achieve intelligent manufacturing of molds.

Description: Based on standardized data, using an information system as the platform, and taking intelligent robots as the core, this solution helps enterprises achieve interconnectivity of production equipment and establishes a high-precision, high-efficiency intelligent manufacturing model.

Description: The EMom Yee Mold Discrete Manufacturing Operations Management System is centered around product data, integrating design data, process data, manufacturing resource data, and logistics resource data. It enables the transfer and control of data across various departments, including design, process planning, scheduling, procurement, material management, warehousing and distribution, production manufacturing, and finance. This ensures data consistency and helps enterprises establish an enterprise information management platform based on design, process, and manufacturing logistics data. With IT support, the system constructs a production operation model driven by orders for small-batch, multi-variety production. It addresses the challenges of small-batch, multi-variety production and builds a collaborative supply chain that connects customers, factories, and suppliers



LJ-1270B-2T vertical machining center with double tool magazines is a C-type vertical machining center designed by absorbing advanced technology at home and abroad. The main structure of the machine tool is composed of five castings: the bed, the slide, the worktable, the column and the headstock. The whole machine has high rigidity, good stability and high dynamic and static characteristics. The lathe bed is supported by a large span, and the best anti-deformation structure of the casting is obtained according to the Bessel point physical anti-deformation principle. The fuselage is designed by finite element analysis to ensure the stability and rigidity of the mechanism. The X/Y axis of the machine tool adopts high-precision heavy-duty roller linear guide rail, and the Z axis adopts rectangular hard rail structure, so the machine tool has good rigidity, small vibration and high precision during feeding. The machine tool adopts a shoulder-resistant tool magazine structure. The left and right shoulders of the column are equipped with two 32T disc-type manipulator tool magazines. The tool magazine support structure is reasonable and stable. The machine adopts high-performance CNC system, which can realize any three-axis linkage processing. It has the functions of drilling, boring, milling, expanding, reaming, tapping, linear interpolation, circular interpolation, spiral interpolation, three coordinate linkage and so on. The product has wide application range and strong processing ability, and is suitable for heavy cutting processing. Widely used in mold, new energy, automotive, aerospace, electrical, instrumentation, textile, printing and other industries.

According to the high quality machining requirements of polyhedral metal components, the end face structure can be machined in one process and the appearance can reach mirror quality by using the high light end face machining method of milling instead of grinding. The machine is equipped with a secondary developed numerical control system, equipped with double milling heads and a rotary worktable, which can automatically position, measure and rotate to complete the processing of four sides of the hexahedron only by inputting the processing data, and can independently analyze the cutting depth of each tool according to the cutting allowance and complete the rough milling and finish milling actions according to the pre-input program. Workpieces are processed according to the processing parameters of different materials, and all processes such as positioning, clamping, measuring, four-side processing, chamfering and the like are completed after one-key starting.

The machine tool is equipped with a super-large inverted "T" type bed base, Y-axis integral double-layer wall moving column type, positive hanging headstock type casting structure, heavy duty heavy cutting, roughing and finishing tools, durable; In order to strengthen the function of roughing, the customized thickened spindle is equipped with a 30 KW high-torque motor, which is suitable for roughing and finishing of precision molds, engineering machinery, automotive power, locomotives, ships, marine engineering and other industries.






The new generation of Chenlong G430 intelligent sawing machine is the first servo electric cylinder feed equipped with a new AI intelligent sawing system equipped with iot template, bringing faster, more stable and stronger sawing experience.

Follow guide arm, hydraulic locking guide head, alloy hydraulic locking slide feed, follow small platform, infrared cutting lamp when the slide saw slot automatic return double clamp structure standard hydraulic chip removal machine saw belt hydraulic tensioning external independent hydraulic station, oil cooler, double hydraulic pump

Casting body, high steel body structure, specially designed for precision cutting of pipe bar TCT super hard saw blade main clamp adopts the international popular three-point clamping, clamping firm and reliable active bias feeding, can avoid material surface damage, improve feeding precision High steel high precision spindle gear box with backlash elimination mechanism, make the feed stable, greatly improve the tool life
