For a manufacturing engineer, wire stripping is an upstream preparation process. Variation introduced here can continue into crimping, soldering, harness assembly and final inspection.
Three Basic Parameters Matter
A controlled preparation process needs repeatability in three dimensions.
Overall Cutting Length
How long is the finished wire?
Front Stripping Length
How much insulation is removed at the first end?
Rear Stripping Length
How much insulation is removed at the opposite end?
The S-3516 supports cutting lengths from 1 to 99,999.9 mm, front stripping from 0 to 80 mm and rear stripping from 0 to 50 mm.
The Engineering Value Is Repeatability
Manual preparation depends on repeated measurement, positioning, cutting, stripping and inspection.
Programmable processing changes the sequence to:
Set Parameters → Feed → Cut → Strip → Repeat
Speed is useful, but repeatability is the more important engineering value.
Why Upstream Control Matters
Inconsistent overall or stripping length can create adjustment and inspection work downstream.
Controlling the preparation stage helps reduce variation before terminals are crimped, conductors are soldered or wires are assembled into a harness.
From Operator Memory to Defined Parameters
A parameter-controlled method does not remove the need for setup, maintenance or inspection. It makes the intended specification easier to reproduce between operators and shifts.
This can support:
- Process standardization
- Repeatable production settings
- Easier operator training
- More consistent downstream preparation
Validate the Actual Wire
Send the wire outer diameter, conductor size, cutting length, strip lengths, drawing and physical sample. Southern Machinery can evaluate the application and recommend the appropriate processing configuration.