01
Drawing or Sample
Dimensions, geometry, material and key acceptance points.
Build new production capacity
Start with the product.
Design the complete process.
Turn a drawing or sample into a practical process sequence, equipment configuration, validation plan and launch path.
Engineering before equipment
Define the line around the required result.
A useful line proposal must connect the finished product, material, operations, output target, quality criteria and available factory space.
- Product and process feasibility review
- Machine, tooling and transfer sequence
- Factory layout and interface planning
- Trial production and acceptance plan
From requirement
to production launch.
Each step produces evidence for the next decision.
01
Diagnose
Review product geometry, material, diameter, output and constraints.
02
Engineer
Define sequence, tooling, machine configuration, layout and controls.
03
Validate
Build, trial-run and compare samples with agreed acceptance criteria.
04
Launch
Prepare delivery, commissioning, operator training and support.
What to send
for the first review.
Clear input reduces assumptions and makes the first response more useful.
02
Wire Details
Material, profile, diameter and surface condition.
03
Target Output
Required quantity by hour, shift or month.
04
Factory Conditions
Available space, utilities, staffing and integration needs.
Build a practical line plan.
Initial response within 24h after receiving sufficient project information.