• OUR STANDARD.

    TECHNOLOGY AT THE
    MAXIMUM LEVEL.

INVESTMENTS

Investments

New machining centre

New machining centre

Not only to resist the constantly growing pressure of changes as well as the sophisticated
customer requirements at the market, it is extreme necessary for a company to invest into the future.
TZT has set a new milestone into the future and invested into a milling machine with plate field selection.
The delivery is planned for July 2016.

Technical information:
Brand: MTE
Model: FBF-S 7000 (BT)

Processway / Capacities:
X-axis: 7.000 mm
Platefield selection: 9.000 mm
Y-axis: 1.500 mm
Z-axis: 1.200 mm

Drivepower: 36 kw

  • incl. automatic tool changer for more than 40 magazine locations
  • incl. NC-rotary table
  • incl. tailstock
Cycle-controlled lathes

Cycle-controlled lathes

Two new, additional DUS 1000 from Boehringer with lengths of 6 m and 8 m ensure high flexibility in the
production of very long parts and individual parts.

Balancing machine with belt drive

1 new, additional Schenck RoTec to satisfy the demanding and important requirements of balancing.
Rollers with a circumference of up to 1,300 mm and a weight of up to 4 t can be balanced at high revs
(maximum of up to 1560 m/min), at operating speed. The CAB 920 measuring system permits balancing
on three levels while allowing for the documentation of a 2 F measurement and of an acceleration curve.
Automatic drilling units facilitate precise drillings and drilling depths, substantially reducing the number of
measuring processes.

Highest quality – our standard

End customers are demanding increasingly higher standards of the quality of printing matters – whether
with regard to packing or other printing products. Our new technology enables us to make cylinders
ensuring the maximum possible purity and homogenity in copper-plating. Using this innovative
manufacturing technique, copper is applied directly to the material so that there is no more need for
nickel-plating. What remains is just the copper baths (either alkaline or acidic) enabling us to
substantially reduce delivery periods.