| [version en cours de rédaction] | [version en cours de rédaction] |
| Ligne 3 : | Ligne 3 : | ||
|Tags=ZX5, Improvement, Enhancement | |Tags=ZX5, Improvement, Enhancement | ||
}} | }} | ||
| − | <translate> | + | <translate>A video of the machine in production can be seen here https://vimeo.com/279288374<br /> |
| − | |||
| − | A video of the machine in production can be seen here https://vimeo.com/279288374<br /> | ||
=Mechanical Enhancements= | =Mechanical Enhancements= | ||
| Ligne 15 : | Ligne 13 : | ||
<br /> | <br /> | ||
| − | * Tapered pins on both sides of machine ensure an accurate and reliable datum | + | *Tapered pins on both sides of machine ensure an accurate and reliable datum |
| − | * 2 holes and pins are used to cover all profile types - this eliminates the need for a "G" axis sideways movement on the gripper | + | *2 holes and pins are used to cover all profile types - this eliminates the need for a "G" axis sideways movement on the gripper |
| − | * Elininates gripper slip | + | *Elininates gripper slip |
| − | * Allows a more dynamic acceleration and deceleration on all x axis movements, therefore improving cycle time | + | *Allows a more dynamic acceleration and deceleration on all x axis movements, therefore improving cycle time<br /> |
| + | {{#annotatedImageLight:Fichier:ZX5 Improvements and Upgrades Annotation 2019-09-26 1414421.jpg|0=400px|hash=|jsondata=|mediaClass=Image|type=frameless|align=right|src=https://stuga.dokit.app/images/8/8b/ZX5_Improvements_and_Upgrades_Annotation_2019-09-26_1414421.jpg|href=./Fichier:ZX5 Improvements and Upgrades Annotation 2019-09-26 1414421.jpg|resource=./Fichier:ZX5 Improvements and Upgrades Annotation 2019-09-26 1414421.jpg|caption=|size=400px}} | ||
| + | ==Roller beds== | ||
| + | *All profile slideways on both sides of machine consist of roller beds | ||
| + | *Simple and inexpensive to replace if worn | ||
| − | + | *Profile slides with negligible friction | |
| − | + | *No marking of profile on base | |
| + | *Rollers lift and place profile onto transfer conveyors, reducing both profile marking and possibility of profile "tipping" | ||
| + | *Allows a more dynamic acceleration and deceleration on all x axis movements, therefore improving cycle time | ||
| − | |||
| − | + | ==Y Drive for Y notching== | |
| − | + | Y notching on Stuga flowline has always been a particularly difficult operation to maintain a necessary high accuracy due to many factors,. often outside of the machine's control | |
| − | |||
| − | |||
| + | * Profile Extrusion Tolerances in profile width | ||
| + | * Profile length expansion in the time between machining and sawing (a 6 metre length expands by 1.2mm with just a 2 degree temperature rise) | ||
| + | * Linearity and accuracy of one side to the other | ||
| + | * Operator care and attention to detail | ||
| + | * Wear / backlash on linear axes | ||
| − | + | The Y drive system overcomes these issues by producing the entire Y cut in one operation in a similar way to an arrowhead. | |
| + | |||
| + | * The saw centralising feature, widely recognised as a ideal way to overcome profile width tolerances when cutting arrow heads, now has an "offsetting" axis. | ||
| + | * This allows the saw to cut a square then mitre and vary the position of this to create Y notches of various depths | ||
| + | * Because this is done in one operation, there is no opportunity for a "line up" error between the machining side and the sawing side | ||
| + | * The toothed gripper is very important because allows the bar to be pulled back out of the way when creating the Y notch. This prevents the opposite prep getting created on the following piece on the bar | ||
| + | * The centralising feature means that any profile width inaccuracies are eliminated | ||
| + | <br /> | ||
==Quad Plunge== | ==Quad Plunge== | ||
Version du 26 septembre 2019 à 14:50
This document is intended for existing users and owners of Stuga Flowlines to help explain the improvements and enhancements made to the flowline / ZX3 / ZX4 range of machines into out latest flagship product - the ZX5
A video of the machine in production can be seen here https://vimeo.com/279288374
Mechanical Enhancements
Twin V Notch Heads
Four dedicated, direct drive motors are used to power 4 V notch blades. The arrangement allows a front or rear V notch to be cut in one pass, as opposed to two passes (as on older Stuga machines). This reduces the cycle time of all V notch operations. Y notches are now carried out on the saw side of the machine (see Y Drive)
Tru-loc Gripper System
A dual-tooth fixed gripper design accurately and reliably locates into the profile
- Tapered pins on both sides of machine ensure an accurate and reliable datum
- 2 holes and pins are used to cover all profile types - this eliminates the need for a "G" axis sideways movement on the gripper
- Elininates gripper slip
- Allows a more dynamic acceleration and deceleration on all x axis movements, therefore improving cycle time
Roller beds
- All profile slideways on both sides of machine consist of roller beds
- Simple and inexpensive to replace if worn
- Profile slides with negligible friction
- No marking of profile on base
- Rollers lift and place profile onto transfer conveyors, reducing both profile marking and possibility of profile "tipping"
- Allows a more dynamic acceleration and deceleration on all x axis movements, therefore improving cycle time
Y Drive for Y notching
Y notching on Stuga flowline has always been a particularly difficult operation to maintain a necessary high accuracy due to many factors,. often outside of the machine's control
- Profile Extrusion Tolerances in profile width
- Profile length expansion in the time between machining and sawing (a 6 metre length expands by 1.2mm with just a 2 degree temperature rise)
- Linearity and accuracy of one side to the other
- Operator care and attention to detail
- Wear / backlash on linear axes
The Y drive system overcomes these issues by producing the entire Y cut in one operation in a similar way to an arrowhead.
- The saw centralising feature, widely recognised as a ideal way to overcome profile width tolerances when cutting arrow heads, now has an "offsetting" axis.
- This allows the saw to cut a square then mitre and vary the position of this to create Y notches of various depths
- Because this is done in one operation, there is no opportunity for a "line up" error between the machining side and the sawing side
- The toothed gripper is very important because allows the bar to be pulled back out of the way when creating the Y notch. This prevents the opposite prep getting created on the following piece on the bar
- The centralising feature means that any profile width inaccuracies are eliminated
Quad Plunge
Spindle Motor Control
Software Enhancements
Laser Length Measuring
Production Reports
Drive Obsolescence
Draft
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