CNC Automation for Automotive Parts Manufacturing | New Partner
CNC automation for automotive components: gantry robot tending on lathes and machining centers, with storage feeding, auto flip and in-line inspection.
Machining Automation for Automotive Components
Large batches, tight cycles and high consistency requirements: automotive parts are one of the areas where the gains from automation are most direct.
Automotive Components, in short
Automotive components are machined in large batches with tight cycles and high consistency requirements, which is where automation returns most directly. Typical parts are air-conditioning pressing plates, brackets, flanges, shaft sleeves, housings and end covers, and die-cast structural parts. The approaches normally used are lathe loading and unloading, machining center automation, automatic flipping for second-operation clamping and in-line post-machining inspection; storage and feeding are sized to the batch.
Typical pain points in this industry
Typical workpieces
Workpiece shapes and processes differ considerably between projects; the actual proposal is based on the measured part and on a survey of the machines.
Automation approaches that fit
The following business-line solutions are commonly used on these workpieces.
On the shop floor
How this industry is served: related business lines
The same kind of workpiece is attacked differently at each operation. Below is the role each business line plays on these workpieces.
Machine-brand pages for these workpieces
This industry's workpiece types are not broken out as separate sections on the machine-brand pages, which follow machine type. Use the two overviews below to find a page by brand and by machine type.
Machining applications for these workpieces (8)
See how a workpiece is machined, on which machines, and how it is loaded, fed and inspected — the application pages also name the business line that covers it.
Die-cast housing
Aluminum die-cast housing, Die-cast structural part · EV parts / 3C electronics
View detailsRelated case studies and knowledge
Send the machine brand/model, part drawing or photo, blank and finished-part handling, single or multi-machine layout, target cycle and acceptance requirements.
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