Almost anything is possible

Drilling systems

In the last five decades, KLEMM Bohrtechnik has decisively contributed to the development of the drilling systems that are currently available on the market. As a result, the company has a product range that covers almost all drilling applications. The listing shows what is possible.

 

possible

typical

Excavation pit securing with grouted anchor

 

Buoyancy securing by grouted piles

 

Slope stabilization by grouted anchors

 

Slope stabilization by grouted piles

 

Foundations by grouted piles

 

Ground stabilisation with dry granulate displacement columns (CSV method)

 

Detection bores for unexploded ordnance

 
 

possible

typical

Excavation pit securing with grouted anchor

 

Buoyancy securing by grouted piles

 

Slope stabilization by grouted anchors

 

Slope stabilization by grouted piles

 

Foundations by grouted piles

 

Cavity filling (e.g. in case of subsidence damage)

 

Drainage bores and groundwater control

 

Detection bores for unexploded ordnance

 

Exploration bores

 
 

possible

typical

Buoyancy securing by grouted piles

 

Foundations by grouted piles

 

Foundations with reinforced in-situ concrete micro-piles

 
 

possible

typical

Excavation pit securing with grouted anchor

 

Excavation pit securing with self-drilling anchors

 

Excavation pit securing with screw anchors

 

Buoyancy securing by grouted piles

 

Buoyancy securing by self-drilling anchors

 

Slope stabilization by self-drilling anchors

 

Foundations by grouted piles

 

Foundations by self-drilling anchors

 

Foundations with reinforced in-situ concrete micro-piles

 

Foundations with micro-piles in the soil mixing method

 

Ground stabilisation by freeze bores

 

Ground stabilisation by horizontal compensation grouting (HPI)

 

Cavity filling (e.g. in case of subsidence damage)

 

Ground stabilisation in tunnel construction by shield injections

 

Blast-hole drilling

 

Drainage bores and groundwater control

 

Detection bores for unexploded ordnance

 
 

possible

typical

Excavation pit securing with grouted anchor

 

Buoyancy securing by grouted piles

 

Slope stabilization by grouted anchors

 

Slope stabilization by grouted piles

 

Foundations by grouted piles

 

Foundations with reinforced in-situ concrete micro-piles

 

Cavity filling (e.g. in case of subsidence damage)

 

Drilling for geothermal heat loops

 

Bores for extinguishing pipes

 

Drainage bores and groundwater control

 

Detection bores for unexploded ordnance

 
 

possible

typical

Excavation pit securing with grouted anchor

 

Buoyancy securing by grouted piles

 

Slope stabilization by grouted anchors

 

Slope stabilization by grouted piles

 

Foundations by grouted piles

 

Foundations with reinforced in-situ concrete micro-piles

 

Ground stabilisation by freeze bores

 

Ground stabilisation by horizontal compensation grouting

 

Drilling for geothermal heat loops

 

Bores for extinguishing pipes

 

Drainage bores and groundwater control

 
 

possible

typical

Excavation pit securing with grouted anchor

 

Buoyancy securing by grouted piles

 

Slope stabilization by grouted anchors

 

Slope stabilization by grouted piles

 

Foundations by grouted piles

 

Foundations by casing-reinforced overburden bored piles with rock socketing

 

Blast-hole drilling

 

 

possible

typical

Excavation pit securing with grouted anchor

 

Excavation pit securing with grouted anchor below groundwater level

 

Excavation pit securing with self-drilling anchors

 

Excavation pit securing with screw anchors

 

Buoyancy securing by grouted piles

 

Buoyancy securing by self-drilling anchors

 

Slope stabilization by grouted anchors

 

Slope stabilization by grouted piles

 

Slope stabilization by self-drilling anchors

 

Foundations by grouted piles

 

Foundations by self-drilling anchors

 

Foundations with reinforced in-situ concrete micro-piles

 

Ground stabilisation by freeze bores

 

Ground stabilisation by horizontal compensation grouting

 

Cavity filling (e.g. in case of subsidence damage)

 

Drainage bores and groundwater control

 

 

possible

typical

Excavation pit securing with grouted anchor

 

Buoyancy securing by grouted piles

 

Buoyancy securing by grouted piles

 

Slope stabilization by grouted piles

 

Foundations by grouted piles

 

Foundations with reinforced in-situ concrete micro-piles

 

Ground stabilisation by horizontal compensation grouting

 

Cavity filling (e.g. in case of subsidence damage)

 

Drainage bores and groundwater control

 

 

possible

typical

Excavation pit securing with grouted anchor below groundwater level

 

Buoyancy securing by grouted piles

 

Slope stabilization by grouted anchors

 

Slope stabilization by grouted piles

 

Foundations by grouted piles

 

Foundations with reinforced in-situ concrete micro-piles

 

Ground stabilisation by freeze bores

 

Ground stabilisation by horizontal compensation grouting

 

Cavity filling (e.g. in case of subsidence damage)

 

Drilling for geothermal heat loops

 

Bores for extinguishing pipes

 

Drainage bores and groundwater control

 

 

possible

typical

Excavation pit securing with grouted anchor

 

Buoyancy securing by grouted piles

 

Slope stabilization by grouted anchors

 

Slope stabilization by grouted piles

 

Foundations by grouted piles

 

Foundations with reinforced in-situ concrete micro-piles

 

Foundations by casing-reinforced overburden bored piles with rock socketing

 

Ground stabilisation by horizontal compensation grouting

 

Cavity filling (e.g. in case of subsidence damage)

 

Drilling for geothermal heat loops

 

Bores for extinguishing pipes

 

 

possible

typical

Excavation pit securing with grouted anchor

 

Excavation pit securing with grouted anchor below groundwater level

 

Buoyancy securing by grouted piles

 

Slope stabilization by grouted anchors

 

Slope stabilization by grouted piles

 

Foundations by grouted piles

 

Foundations with reinforced in-situ concrete micro-piles

 

Ground stabilisation by freeze boresn

 

Ground stabilisation by horizontal compensation grouting

 

Cavity filling (e.g. in case of subsidence damage)

 

Drainage bores and groundwater control

 
 

possible

typical

Excavation pit securing with grouted anchor

 

Excavation pit securing with self-drilling anchors

 

Excavation pit securing with screw anchors

 

Buoyancy securing by grouted piles

 

Buoyancy securing by self-drilling anchors

 

Slope stabilization by grouted anchors

 

Slope stabilization by grouted piles

 

Slope stabilization by self-drilling anchors

 

Gründungen durch Verpresspfähle

 

Foundations by grouted piles

 

Foundations with reinforced in-situ concrete micro-piles

 

Foundations with micro-piles in the soil mixing method

 

Ground stabilisation by freeze bores

 

Cavity filling (e.g. in case of subsidence damage)

 

Drainage bores and groundwater control

 
 

possible

typical

Excavation pit securing with grouted anchor

 

Buoyancy securing by grouted piles

 

Slope stabilization by grouted anchors

 

Slope stabilization by grouted piles

 

Foundations by grouted piles

 

Foundations with reinforced in-situ concrete micro-piles

 

Cavity filling (e.g. in case of subsidence damage)

 

Drainage bores and groundwater control

 
 

possible

typical

Excavation pit securing with grouted anchor

 

Excavation pit securing with grouted anchor below groundwater level

 

Buoyancy securing by grouted piles

 

Slope stabilization by grouted anchors

 

Hangsicherung durch Verpresspfähle

 

Slope stabilization by grouted piles

 

Foundations by grouted piles

 

Cavity filling (e.g. in case of subsidence damage)

 

Drainage bores and groundwater control

 
 

possible

typical

Excavation pit securing with grouted anchor

 

Excavation pit securing with grouted anchor below groundwater level

 

Buoyancy securing by grouted piles

 

Slope stabilization by grouted anchors

 

Slope stabilization by grouted piles

 

Foundations by grouted piles

 

Foundations with reinforced in-situ concrete micro-piles

 

Drainage bores and groundwater control

 
 

possible

typical

Foundations with micro-piles in the soil mixing method

 

Bodenstabilisierung durch horizontale Kompensationsbohrungen (Hebungsinjektion)

 

Baugrundverbesserung durch Verdichtungsinjektion (HDI-Säulen)

 

Dammabdichtung und Schmalwandherstellung mit HDI

 

Unterfangungen bzw. Nachgründungen mit HDI

 

Bodenstabilisierung im Tunnelbau durch Schirminjektionen

 

 

possible

typical

Subsoil improvement by compaction injection (HPI columns)

 

Creation of horizontal cut-off layers by HPI injection

 

Dam sealing and vertical cut-off walls with HPI

 

Underpinning with HPI

 
 

possible

typical

Subsoil improvement by compaction injection (HPI columns)

 

Creation of horizontal cut-off layers by HPI injection

 

Dam sealing and vertical cut-off walls with HPI

 

Underpinning with HPI

 
 

possible

typical

Exploration bores

 

 

possible

typical

Exploration bores