Bar loading magazine for multi spindle automatic lathe Schütte SG18, factory new

Special offer! Test phase on your machine in D/A/CH/BeNeLux possible!

Manufacturer: Giovanni Cucchi
Machine type: Bar loading magazine for multi-spindle Schütte SG18
Type: DBM 21/36
Design: lateral loading magazine / integral loading magazine
Yob: 2021
length of bars: 33000mm
Total length: approx. 3680mm
Bar stock: approx. 680mm
Optimized loading time (modification to Schütte may also be required) 12-14 seconds (total loading time).
There are several pieces brand new and immediately available.
Please, contact us for getting more information and pictures on mail(at)tar-mc.com or www.tar-mc.com
subject to sale and mistakes

TEST the new DB-EVO bar loader
4 WEEKS, NON-BINDING, FREE OF CHARGE (conditions on request)
very high speeds even with profile material

Manufacturer: Giovanni Cucchi
Machine type: Automatic bar loading magazine for single-spindle / short turning
Type: DB-EVO
Design: Surface loading magazine or bundle loading magazine
diameter range: 20-110mm

DB-EVO at a glance:
Scope of delivery and optionally orderable functions:
- oriented loading of the bar material possible (e.g. edge upwards) - optional feeding of saw cuts and short parts possible - optional
- Monitoring and fault diagnosis (touch screen)
- Surface magazine
- Bundles and other variants possible
- automatic loading of short bars
- Trays for tools
- low power consumption (start/stop function)
- Available in versions for 1.5, 1.8, 2.5, 3.3, 4.2 and 6.1 meter rod length - Special lengths on request
- Also available in special designs (e.g. unloading function, stamp, etc.)
- Also available with bundle loading
- Optional shifting device

The advantages of DB-EVO barfeeders at a glance:
- oriented loading of the bar material possible (e.g. edge upwards)
- dry running - no oil flow
- significantly reduces vibrations even with material that is not optimally straight due to the unique design of the guide channel
- very high speeds even with profile material (e.g. hexagon, square, flat material and special profiles)
- short remaining pieces, as no clamping sleeve is used
- very short charging time (charging process still during machining)
- solid construction
- very low wear of the guide channel
- external loading - therefore no stop for new bars necessary, low power consumption (start/stop function)

Please, contact us for getting more information and pictures on mail(at)tar-mc.com or www.tar-mc.com

Manufacturer: Giovanni Cucchi
Machine type: Bar loading magazine for multi-spindle
Type: DBM/DBMF
Design: Surface loading magazine or bundle loading magazine
diameter range: 6-67mm

DB-EVO at a glance:
Proven technology - in use for decades
The material feed of this loader generation is carried out by the machine. Bar loaders DBM/DBMF are mounted on rails, so that they can be easily separated from the machine at any time by unlocking them on the machine for changing feed grippers and cleaning work. These magazines do not require bar tubes on the machine and are bolted directly to the machine (see pictures).
It is possible to work in automatic mode as well as in manual mode. In the event of any malfunctions, the magazine can be used as a conventional bar guide tube. This eliminates machine downtime if service technicians are required.
These magazines have dry channel segments (no oil flow!). Therefore they are very quiet and vibration-free. Since the magazines are only in use during the loading cycle, they require less energy. CUCCHI GIOVANNI loading magazines are completely maintenance-free.

An overview of the advantages of DBM loading magazines for multi-spindle machines:
- very short loading time
- no oil flooding - dry running
- short design (e.g. 3670 mm for 3300 mm bar length)
- quick removal of the feed tube - simply push the loading magazine on rails away from the machine
- no downtime - bar material can be fed manually through the loading magazine into the machine in case of a malfunction
- new centring in the channel - also for small diameters < 6 mm
- short set-up times - quick changeover to the new diameter
- no scoring and scratches on sensitive surfaces due to plastic guides

Please, contact us for getting more information and pictures on mail(at)tar-mc.com or www.tar-mc.com

Manufacturer: Giovanni Cucchi
Machine type: Bar loading magazine for multi-spindle
Type: CMSP/CMSPF
Design: Side loader as surface loading magazine or bundle loading magazine

CMSP / CMSPF at a glance:
Proven technology - in use for decades
The material feed of this loader generation is carried out by the loading magazine. Bar loading magazines CMSP/CMSPF are mounted on rails, so they can be easily disconnected from the machine at any time by unlocking them at the quick release.
These magazines do not require bar tubes on the machine and are screwed directly to the machine. It is possible to work in automatic mode as well as in manual mode.
The magazine is mounted on rails, so it can be easily disconnected from the machine at any time by the operator by unlocking it on the machine. To change bar diameters, only the clamping sleeves of the magazine are changed.
The centering unit adjusts itself to the new diameter by itself. It dampens all kinds of vibrations during machining (suitable for round, square and hexagonal material!) and prevents the bar from forming an arc in the channel. This allows very high speed machining (even with larger diameters).
Quick changeover to the next diameter to be machined and a significant reduction of vibrations, due to the proven double centering, are only two of the many advantages of this system.

The advantages of CMSP/CMSPF barfeeders at a glance:
- short loading time
- optimal guiding of the bar material by double or, if necessary, triple centring device
- no oil flooding - dry running
- quick change of the diameter to be machined
- short design - space saving
- very low wear of the guide channel
- self-adjusting centring device
- significant reduction of vibrations

Please, contact us for getting more information and pictures on mail(at)tar-mc.com or www.tar-mc.com