Positive-Stop Vernier Gripper Calculator
A 2D CAD-style HTML calculator for selecting front/back gripping modes and positive-stop lock combinations.
An Excel workbook for relating stock diameter, finished diameter, usable jaw stroke, and V-jaw geometry.
ENGINEERING VALUE
Provides a compact, reviewable workholding feasibility aid.
Engineering concept illustration.
01 / THE PROBLEM
Jaw travel feasibility depends on diameter change, per-side motion, V-angle geometry, and usable stroke limits.
02 / CONSTRAINTS
03 / ENGINEERING APPROACH
Compute diameter difference and per-side stroke, then present the result alongside geometry assumptions and visual context.
Stroke Calculator; Geometry Notes; Jaw Simulation; Simulation data; Metric/inch conversions.
04 / DESIGN & IMPLEMENTATION
The workbook links stroke calculations, geometry notes, a jaw simulation and supporting data across four sheets, using metric/inch conversions.
05 / VALIDATION
The workbook supports setup screening. Recalculate the selected inputs and compare travel with the available jaw stroke and actual geometry before use.
06 / OUTCOME
Provides a compact, reviewable workholding feasibility aid.
THE ENGINEERING PRINCIPLE
A useful workholding design balances location, support, clamping, access and distortion. Documenting these decisions gives manufacturing and quality teams a basis for reviewing the setup.
How would you verify location, contact and repeatability before production release?
LET’S BUILD SOMETHING THAT WORKS
Considering a role in mechanical design, manufacturing methods,
fixture design, or estimation? Let’s connect.