Selection guide
WM-1215C vs Schleuniger UniStrip 2015: A Specification-Based Shortlist
Compare published pneumatic stripping limits for WM-1215C and UniStrip 2015, then identify what matched wire trials must establish before replacement.
Technically reviewed by: Lao Xiaoyu (劳晓宇) · Senior Engineer
Content updated:
Review confirmed:
The WM-1215C and Schleuniger UniStrip 2015 are candidates to evaluate for small-wire pneumatic end stripping. Overlapping specification limits do not make them interchangeable. This is a comparison of published information, not a side-by-side performance test or a claim of affiliation.
Published scope checked on 20 September 2026
Our figures are from the WM-1215C product specification. The comparison figures are from the official UniStrip 2015 page on the Komax Group website.
| Selection item | Wiromac WM-1215C | Schleuniger UniStrip 2015 |
|---|---|---|
| Process | Pneumatic, semi-automatic wire-end stripping | Pneumatic wire stripping |
| Maximum outside diameter | 3.2 mm | 3.2 mm |
| Stripping length | 1–20 mm | 1–20 mm |
| Diameter-related specification | 0.01 mm diameter-setting increment | 0.01 mm, labelled “Diameter precision” on the official page |
The final row deliberately preserves the different descriptions. Neither statement is a verified finished-part tolerance in this comparison. Minimum diameter, available tooling and material-dependent limits must also be checked in the configuration offered for your order. Do not treat a missing row in this short table as a missing feature on either machine.
When this shortlist is useful
Use it when an operator already presents small pre-cut wires and the intended outside diameter and strip length fall within the relevant limits. Start with the wire-end drawing, insulation, conductor construction, input length and how the operator holds the part. Confirm the air requirements and available tooling for each candidate.
If you need an integrated reel-fed cut-to-length process, this is the wrong comparison: use our cutting and stripping selection guide. For concentric layer preparation, use the coaxial stripping guide. An overlapping diameter range does not supply those additional functions.
What a replacement trial should decide
| Decision | Apply the same check to both candidates |
|---|---|
| Does the strip meet the drawing? | Measure strip length and inspect conductor condition on identified samples |
| Can operators repeat the setup? | Repeat the agreed changeover and first-piece approval procedure |
| Is it productive for the batch? | Time loading, stripping, unloading, stops and required inspection; count accepted parts |
| Can it fit the workstation? | Check utilities, guarding, operator access and the required wire holding length |
| Can it be supported? | Obtain the actual spare-part list, maintenance requirements, support scope and delivery quotation |
We have not established a comparative purchase price, cost per accepted part, delivery advantage, component interchangeability or service-life advantage. Those require current quotations or controlled records. A fast quotation response is not a machine delivery date.
Send your wire and finished-end drawing to qualify our WM-1215C against the required result. Record the final configuration and acceptance conditions with the quote, using the same conditions if you also evaluate another machine.
See the process in action
Demonstrations from the machines referenced in this guide. Click to watch the operation, then request a trial with your own material.
Questions engineers ask
Is WM-1215C a proven drop-in equivalent to UniStrip 2015?
No equivalence test is reported here. Some published operating limits overlap, but tooling, material behavior, setup, safety integration and support must be checked for the intended work.
Does a 0.01 mm diameter setting mean 0.01 mm finished-wire accuracy?
No. An adjustment increment or a field called diameter precision does not by itself establish finished strip-length accuracy or strand-damage performance.
Can the published cycle figures establish which machine is faster?
Only matched measurements with the same wire, strip geometry, loading method and inspection boundary support that conclusion. This comparison does not claim a speed advantage.