1
Enquiry
Customer sends drawings, RFQ and technical requirements so our team can begin the project intake process immediately.
A systematic, customer-focused approach that ensures every project is delivered on time and to exact specification.
At Aarman Automation, every component moves through a disciplined, customer-first process designed to deliver reliable production results, exact specifications and fast sample approval.
Customer sends drawings, RFQ and technical requirements so our team can begin the project intake process immediately.
Engineering evaluates drawings, tolerances, material selection and production feasibility for a robust manufacturing plan.
We provide a detailed quote with cost, lead time and process clarifications, ensuring transparency before work begins.
Once the sample order is confirmed, we start order registration and prepare the production schedule.
Our team defines machining strategy, cutting sequence, fixtures and tooling to deliver the ideal manufacturing path.
Precision tooling, bespoke fixtures and calibration gauges are readied to maintain consistent quality during sample runs.
The first sample is manufactured under controlled conditions to validate the process and establish part quality.
Every sample undergoes dimensional inspection, surface finish checks and quality review before submission.
Approved samples are shared with the customer along with inspection reports and manufacturing recommendations.
Once customer approval is received, we finalize process specifications and confirm volume production readiness.
Full-scale production begins with repeatable CNC machining, quality monitoring and on-time delivery planning.
High-precision CNC machining with achievable tolerances down to 5 microns on our advanced machines.
Aluminium, Mild Steel, Stainless Steel, Alloy Steel, Brass, Bronze, Cast Iron, Tool Steel, Titanium.
Maximum component size: 800×500×500mm on VMC and Ø250mm turning on CNC lathe.
Single prototype to high-volume production runs. Minimum order: 1 piece. No upper batch limit.