LASCO Umformtechnik GmbH
Booth number: N2.617
www.lasco.com
About us
Hydraulic presses with single and double-acting compaction of various sizes (KSE and KSP series) for the production of lime sandstones and fly-ash blocks (blocks with aggregates containing silicate).
Furthermore automation and process technology as well as complete Turn-key sand-lime block factories.
Address
Hahnweg 139
96450 Coburg
Germany
E-mail: lasco@lasco.de
Phone: +49 9561 6420
Internet: www.lasco.com
Jia 302, 3rd Area of Jinsong, Chaoyang Dist., Huateng Tower, Unit 1706A
100021 Beijing
China
E-mail: lasco.beijing@lasco.de
Phone: +86 10 87730378
Internet: www.lasco.com
Contact person:
Bing Li
General Manager
E-mail: lucifer_cqu@163.com
Phone: +86 10 8773 0378
Bernd Schubert
Sales Engineer
E-mail: bernd.schubert@lasco.de
Phone: +49 9561 642-505
Products & Services
- Hydraulic presses with double-acting compaction
- Hydraulic presses with single-acting compaction
- Vario-block presses • Automation and process technology
- Turn-key sand-lime block factories
- Moulds and wear parts
- Overhaul and modernization of existing lines
SAND-LIME BLOCK PRESS WITH DOUBLE-ACTING COMPACTION
SAND-LIME BLOCK PRESS WITH SINGLE-ACTING COMPACTION
Double-acting compaction press KSP 1001
LASCO sand-lime block presses of the KSP series are the cornerstone of modern sandlime block production.
Equipped with an electro-oil-hydraulic drive they compact from two sides with an accuracy of 0.1 mm and
consistent homogeneity. This is a prerequisite for uniform stability of the block in its entire cross-section.
Single-acting compaction press KSE 1250
Block heights of up to 250 mm are the speciality of the KSE press, developed for low heights of construction and foundation pits. It is used both for the production of traditional lime sandstones and for the production of blocks with aggregates (e.g. fly ash).
The press design guarantees easy of access. The hydraulic drive is mounted on floor level. Filling device, mould box and stone removal device are all integrated in a hydraulically or electrically driven compact component.
