External Factors that can affect accuracy on Stuga Machines
Auteur Gareth Green | Dernière modification 11/08/2020 par Gareth Green en cours de rédaction ⧼frevu-button-review-label⧽
External Factors that can affect accuracy on Stuga Machines
Accuracy Swarf_Clearance_in_Night_Vents_ProfileA.jpg
There are many external factors that can affect the accuracy of Stuga machines. it is incredibly important that these factors are all eliminated as potential root causes.
If you do suspect that one of these factors is potentially a problem, it is equally important to be able to prove and demonstrate your suspicions clearly.
External Factor | Description | Link to Page | Affected Machines |
---|---|---|---|
Temperature change | Profiles expand around 0.5-1.0mm per 10 degree in temperature change
If the bar temperature changes between machining and sawing, the bar expands and accuracy is compromised |
Proving temperature change variance | Flowlines
ZX3 / 4/ 5 |
Profile Width | Depth of front V and Y notches depends on the profile width
Arrow head position depends on profile width (Autoflow and Microline only) |
All | |
Innaccurate welders | Finished Y notch depth depends heavily on reverse butt burn-off | ||
Incorrect link data (Y notch codes) | Machine will cut to the depth that it is told | ||
Profile symmetry | Test T Transom Symmetry | ||
Wet profile | |||
Profile left on TT overnight | |||
Bowed profile | |||
Twisted profile | |||
Parallelism of profile faces | |||
Cleanliness | |||
Blades / tooling | |||
Tolerances (+/- 0.5mm) | |||
Customer expectation | |||
Blade buckled / missing teeth | |||
Incorrect pos test fiddling | |||
Proper operator trained | |||
Laser lens | |||
Rear of saw - clean | |||
Blunt saw blade | |||
Skipping the laser |
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