The automatic double-ended milling machine for idler shafts has been put into production, enhancing the quality and efficiency of conveyor idler manufacturing.

2026-09-15

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Lixian Dingli Conveyor Machinery Co., Ltd.

The double‑ended automatic groove‑milling (flat) machine for idler shafts has completed commissioning and has been officially put into service in the idler‑assembly machining workshop. The machine features synchronized operation of left‑ and right‑side milling heads, enabling simultaneous machining of the flat surfaces and keyways at both ends of the idler shaft in a single clamping, thereby eliminating coaxiality errors introduced by multiple setups. Its heavy‑duty, long bed ensures robust cutting rigidity, while hydraulic automatic workpiece clamping facilitates fully automated, cyclical processing. Compared with conventional single‑machine, multi‑head machining, this equipment delivers significantly higher productivity and superior dimensional consistency of finished parts. It is compatible with multiple specifications of idler shafts, supporting the mass production of conveyor‑equipment components and enhancing the precision of idler assembly.
The automatic double-ended milling machine for idler shafts has been put into production, enhancing the quality and efficiency of conveyor idler manufacturing.

　　The double-ended automatic groove‑milling (flat) machine for idler shafts has completed commissioning and has been officially put into service in the idler‑assembly machining workshop. The machine features synchronized operation of left‑ and right‑side milling heads, enabling simultaneous machining of the flat surfaces and keyways at both ends of the idler shaft in a single clamping, thereby eliminating coaxiality errors introduced by multiple setups. Its heavy‑duty, long bed ensures robust cutting rigidity, while hydraulic automatic workpiece clamping facilitates fully automated, cyclical processing. Compared with conventional single‑machine, multi‑head machining, this equipment delivers significantly improved productivity and superior dimensional consistency of finished parts. It is compatible with multiple specifications of idler shafts, supporting the mass production of conveyor‑equipment components and enhancing the precision of idler assembly.

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Multi‑layer belt feeders have rolled off the production line in batch, enabling simultaneous, quantitative feeding of multiple material streams.

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Smart belt conveyor project implemented at a coal mine, with an energy-saving drive system reducing production energy consumption.

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The automatic double-ended milling machine for idler shafts has been put into production, enhancing the quality and efficiency of conveyor idler manufacturing.

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