Tips and tricks

# Title Description
18 Part control station TCP The Tornos Control Panel (TCP) is equipped with 4 USB ports. This makes it very easy to make full use of the panel and its large screen. You can add a number of peripherals to it to simplify your daily life. As for example: keyboard, camera, etc.
17 TCP “Dual” EvoDECO A smooth transition with the "Dual" solution. At any time, you can easily switch from "TB-DECO" to "TISIS" and vice versa.
16 Engraving TISIS Optimove With TISIS, it is now easy to program engraving of your workpieces.
15 “Green Motion” Mode TISIS Optimove "Green Motion" mode allows you to slow down unproductive rapid movements if doing so does not penalise the overall cycle time for the workpiece. In other words, it allows a tool to move into position to start machining just in time.
14 Turning grooves and plunge cuts TISIS Optimove TISIS provides an easy way to program grooves and plunge cuts.
13 Postprocessor Optimove ISO machines With powerful algorithms, the computer "Optimove" generates trajectories of very sharp axes. It becomes very easy and fast to program complex trajectories without having to use CAM.
12 "Twister" turning TISIS Optimove

TISIS Optimove now benefits from a new innovative turning process. The "TWISTER" turning.


11 Gear hobbing TISIS Optimove TISIS Optimove allows you to program straight gear hobbing and helical gear hobbing with the utmost ease.
10 Polygoning TISIS Optimove TISIS Optimove allows you to program from simple traditional polygon to helical polygon with variable pitch with ease.
9 Partial cut ISO machines Manually retrieve your parts at the guidebush !
8 First and last part EvoDECO TB-DECO In this edition, we will explain how to manage the first and last part in your series of parts.
7 Simultaneous drilling ISO machines A large number of Tornos machines can benefit from a bidirectional end base. To win in cycle time it is interesting to do a drilling operation and counter operation simultaneously.
6 Turbo Process ISO machines Tornos now provides its customers with a new part machining process. This "Turbo" model is intended for users wishing to achieve optimal cycle time thanks to an innovative process.
5 Tornos Machining Macros ISO machines For some years now, Tornos has offered its customers its famous program sequencing macros which automate a part cycle. Tornos is now going one step further, offering macros for its ISO machines that are referred to as "machining" macros and "unproductive" macros.
4 B Macro ISO machines The B macro is a programming language whose parameters are set on FANUC numerical controls. It allows you to make your programs smart.
3 Long parts ISO machines On a machine, machining a part that is longer than the stroke of the machine main spindle in a single feeding is impossible. This is why Tornos now offers the chance of feeding several times a given quantity of material for a single part.
2 User friendliness during production ISO machines To illustrate the user friendliness offered by Tornos machines during production monitoring and during machining of the first part (program fine-tuning).
1 Cycle time optimisation ISO machines This first edition addresses a vital topic in the world of lathe machine operation, namely: cycle time.

Decomagazine articles

decomag # Tips and tricks
2020 93 Do you want to reduce your cycle times without too much effort ? Use TISIS to turbocharge your productivity !
2018 86 Ways to optimize cycle time #3
2017 82 Multiple feeding – Long parts – ISO machines
2017 80 Ways to optimise cycle times #2
2016 76 Ways to optimize cycle time
2015 73 Positioning the tool on the Z4 axis for bar turning work
2014 68 Rigid tapping on the SwissNano
2013 65 Managing access rights on the TB-DECO
2011 56 Tube machining
2010 54 MultiAlpha & MultiSigma: Chip breaker - The Initial Cut
2010 52 Simplified debugging of macros
2009 51 Torx multispindle milling cycle
2009 51 Programming macro for the Delta line
2009 49 Pre-setting of tools & management of correctors for Micro /Sigma machines
2009 48 New TORX G962 milling cycle
2008 47 Tricks and tips: B Macro (3)
2008 46 Tricks and tips: B Macro...
2008 45 Tricks and tips : PELD
2007 42 Manage the modification rights to component programs!
2007 42 Multi Programs
2007 41 New models TB-DECO ADV 2007
2007 40 Use of V6 simulation with TB-DECO 2006
2006 39 Extension of milling with polar co-ordinates on the Y axis
2006 38 New G 978 turning tool threading cycle for TB-DECO
2006 37 G96 used for cutting on the DECO [a-line] machine
2006 36 Fast programming of ISO code
2005 35 Programming personalised Macros
2005 34 Programming a recess with interrupted cut
2005 33 TB-DECO 2005: Save 10 % on programming time!
2005 33 Parameterized programming
2005 32 Tips and new functions of the TB-DECO ADV
2004 30 New tip for the MULTIDECO
2004 29 Ernergy optimisation
2004 28 Two new tips for the TB-DECO !
2003 27 High speed Working.
2003 26 Z1 - Z3 end drilling (continued)
2003 25 End drilling Z1- Z3
2003 24 TB-DECO: Operation of the calculator
2002 23 Parameterized part, using the extended program
2002 22 How to perform counter-operation milling using platen 2
2002 21 Rough work and finishing
2002 20 A tip for the MULTIDECO!
2002 20 A tip for the DECO!
2001 19 Tip: Compensating the plate radius
2001 18 Compensating the plate radius in the TB-DECO
2001 17 New macro versions for the TB-DECO 5.05
2000 15 How to overcome a looping error on a spindle?
2000 14 How to overcome a looping error?
2000 13 Thread chasing by interpolating axes X3 and Z1
2000 12 New functionality of the G913: Chip deburring...
2000 12 Extraction position on the MULTIDECO
1999 11 Updating old DECO 10 programs
1999 11 A special tip for the MULTIDECO!
1999 10 Producing parts made from thin-walled piping material
1999 9 New G904 macro for the DECO 2000 - 20/26 mm capacity
1999 9 Saving time when machining a long part
1999 8 Now for the second use of the polar co-ordinate...
1998 7 New macro G903 for the DECO 10 and DECO 20/26
1998 6 Tips : to avoid using an expensive tooling
1998 5 Cross tapping with a thread milling cutter on the T24 tool
1998 4 Tool offset concept