Installations - Import export

This is a plactic cover,used for machine accessories.

Working space diameter = 60 cm Operation and connection above ground Safer spoil removal with suction excavator Detectable and steerable bore head Drill rod length 230 mm Bore length up to25 m Max. upsizing diameter = 90 mm Thrust and pull back = 40 kN Torque = 850 Nm / 60 rpm

GRUNDOPIT Power GRUNDOPIT Manhole GRUNDOPIT Keyhole Technical Data

Can be dismantled in three parts so can be used from out of the building without a core drill, i.e. for FTTX, gas connections Pneumatically driven hammer bore head assembly is ideally suited for alternating soils. If the hammer bore head meets with resistance (larger rock inclusions, solid rock, rubble deposits or brickwork), the hammer effect is activated automatically. The complete system with hydraulic power unit and mixing unit MA09 can be placed on a small trailer for safe transportation. Can be dismantled Portable Can be applied from out of a building

optimal PE pipe installation in the cold season (from 5°C ambient temperature) to prevent the machine from freezing

Pre-stroke Pulverizing Relocation Penetration

For Property service connections Advantage:Installation of casing and medium pipes for all utilities (gas, water, sewage, power, communication and fibre optic cables) with direct pipe installation for all common pipe types 15 – 20 m through the front garden without the need for trenches Advantage:No trench – no subsequent reinstatement, staircases, garden walls and other surface obstacles are simply bored beneath The GRUNDOMAT can be launched directly from inside of the building Advantages: No access hole in front of the building, shorter installation times, lower costs Wall ducts from our system partner (building seals by our system partner) Advantage: Reliable sealing of the cored brickwork walls (secure sealing of masonry) Several property services connections can be established in one day. Advantage: Greater efficiency, lower costs

Easy mounting by dismantling the system components Highprecisioninstallation Simple, time-saving machine alignment Equipment: rig, core borer, steering bore head, winged bore head for upsizing, re-usable retrievable pipes, augers Walk-over detection system

7 powerful machine types The slim design allows drilling with minimal clearance to buildings High corrosion protection, e.g. due to fully galvanised rod boxes The engine hood is made of weather-proof GRP The electronics are shock- and vibration-proof High quality manufacturing and certified supplier components (motors, pumps etc.) Highly resilient, fail-safe and service reduced High value stability Wide range of applications Compatible with tensile load measuring unit with bore data log according to the latest standards Additional safety: prototype testing by the trade organisation

For controlled and steered bores, In limited space, for high precision requirements, For house service connections on sloping terrains, beneath stairs, walls etc., bores that can’t be established using a soil displacement hammer up to 50 m bore lengths, For bores directly out of the building, as the machine is able to be dismantled, For bores out of manholes from 1 m diameter on (PIT S), For a quick, clean and economic jobsite execution.

GRUNDOMAT GRUNDORAM Machine technology Application range GRUNDOPIT GRUNDODRILL GRUNDOBORE Software Maxi HDD rigs Pipe and cable plows

UNDERCROSSINGS Road crossings and property service connections are everyday tasks for the GRUNDOMATN hammer. PIPE RAMMING FROM MODEL 130 GRUNDOMAT Ncan also be used for ramming in steel pipes by attaching a special ram cone to the head of the machine. PIPE BURSTING FROM MODEL95 Modified soil displacement hammers are also applicable for pipe renewal using the pipe bursting method. PILING Grundomats are also ideal for vertical use, e.g. piling for laying foundations.

Our type REB axial forming machines, with their compression power of up to 287,000 lbs, are particularly well-suited to effortlessly master complex geometries. With up to 6 forming steps in combination with an additional clamping unit, they will satisfy almost all requirements. The operation is simple and intuitive with a touch panel. The sequence control makes each separate movement of the respective forming step user-friendly and fully programmable. We offer the option to equip our systems with electric or hydraulic-numerical drives. These forming processes can be completed stepwise in transfer systems to achieve very short cycle times. Simultaneous axis movements ensure fast production processes and an efficient and highly dynamic production.

REB 420 - for tube-Ø from 4-20 mm Our type REB axial forming machines, with their compression power of up to 287,000 lbs, are particularly well-suited to effortlessly master complex geometries. With up to 6 forming steps in combination with an additional clamping unit, they will satisfy almost all requirements. The operation is simple and intuitive with a touch panel. The sequence control makes each separate movement of the respective forming step user-friendly and fully programmable. We offer the option to equip our systems with electric or hydraulic-numerical drives. These forming processes can be completed stepwise in transfer systems to achieve very short cycle times. Simultaneous axis movements ensure fast production processes and an efficient and highly dynamic production.

The type UMR tube forming machines use smart operating technology with many predefined settings that can be retrieved automatically to achieve perfect mirror-like surfaces. When producing flares with 20°-90° angles, with a clamping length of 1 x D, the machine achieves perfect sealing surfaces. Flaring up to 90° can be produced in a single cycle. Tools can be changed extremely quickly. With the appropriate tools, the machine can also close tube ends.

RK Easywork – workstation systems tailored individually to your production process Ergonomics and the optimum coordination of all workflows are key features of the height-adjustable RK Easywork workstation systems from RK Rose+Krieger. This protects the well-being of employees and increases productivity. The requirements of a manual workstation system are numerous, especially in the area of small and medium-sized series. As well as ergonomics, an optimum combination of manual, semi-automatic and fully automatic assembly and inspection procedures represents the biggest challenge when designing a user-friendly workstation. With the RK Easywork selection assistant, a complete assembly workstation can be configured online to meet ergonomic and task-specific requirements. BLOCAN® construction profiles made from aluminium and the electrically driven lifting columns offer a perfect combination for the creation of high-quality table concepts.

Linear units are used in almost every single area of automation and machine engineering. From simple adjustments that may be seldom required, right up to highly complex, highly precise and highly dynamic multi-axis systems. Every task is different. And every task requires a technically accomplished, cost-effective solution. RK linear units – variety offers the ideal solution The wide range of RK linear units is the result of the variety of customer applications. What used to be referred to as 'special applications' have now become readily available, attractively priced standard modules. It is therefore likely that the ideal RK linear unit for your particular application already exists.

Our rotational technology increases the possibilities of forming on tubes with minimal expenditure on tools. All the drives are servo-electric by design and, if needed, CNC-operated. In our SRM rollforming machines, all the settings are preloaded, so there is no longer any need for costly adjustments. Different tool variants further expand the processing possibilities for chipless cutting or post-bending cutting. The machines can produce internal and external profiles and can also roll in synchronicity thanks to a special tool head (inside/outside).

Pipe installation works according to the latest German standards (DWA A125, GW 304) Video-theodolite measuring system No disturbances (loosening/compaction) caused by soil extraction Shallow bores possible Vibration-free working Simple exchange of the boring tools in alternating soils or in case of wear. Variable pressing-frame length

REB 660- for tube-Ø 6 - 60 mm Our type REB axial forming machines, with their compression power of up to 287,000 lbs, are particularly well-suited to effortlessly master complex geometries. With up to 6 forming steps in combination with an additional clamping unit, they will satisfy almost all requirements. The operation is simple and intuitive with a touch panel. The sequence control makes each separate movement of the respective forming step user-friendly and fully programmable. We offer the option to equip our systems with electric or hydraulic-numerical drives. These forming processes can be completed stepwise in transfer systems to achieve very short cycle times. Simultaneous axis movements ensure fast production processes and an efficient and highly dynamic production.

Our rotational technology increases the possibilities of forming on tubes with minimal expenditure on tools. All the drives are servo-electric by design and, if needed, CNC-operated. In our SRM rollforming machines, all the settings are preloaded, so there is no longer any need for costly adjustments. Different tool variants further expand the processing possibilities for chipless cutting or post-bending cutting. The machines can produce internal and external profiles and can also roll in synchronicity thanks to a special tool head (inside/outside).

Connecting tubes which have been cut to size can be connected to one another using ITAS tube connectors made of cast aluminium via a simple plug-in principle. No further mechanical processing is necessary, which reduces assembly costs to a minimum. An internal clamping mechanism and the tightening of the special clamping screws guarantee a positive connection with smooth transitions, which are pleasant to the touch and also ensure enhanced safety – injuries due to getting caught up are an impossibility. The result is a simple and stable system which fulfils all safety guidelines.

Connecting tubes which have been cut to size can be connected to one another using ITAS tube connectors made of cast aluminium via a simple plug-in principle. No further mechanical processing is necessary, which reduces assembly costs to a minimum. An internal clamping mechanism and the tightening of the special clamping screws guarantee a positive connection with smooth transitions, which are pleasant to the touch and also ensure enhanced safety – injuries due to getting caught up are an impossibility. The result is a simple and stable system which fulfils all safety guidelines.

Connecting tubes which have been cut to size can be connected to one another using ITAS tube connectors made of cast aluminium via a simple plug-in principle. No further mechanical processing is necessary, which reduces assembly costs to a minimum. An internal clamping mechanism and the tightening of the special clamping screws guarantee a positive connection with smooth transitions, which are pleasant to the touch and also ensure enhanced safety – injuries due to getting caught up are an impossibility. The result is a simple and stable system which fulfils all safety guidelines.

Connecting tubes which have been cut to size can be connected to one another using ITAS tube connectors made of cast aluminium via a simple plug-in principle. No further mechanical processing is necessary, which reduces assembly costs to a minimum. An internal clamping mechanism and the tightening of the special clamping screws guarantee a positive connection with smooth transitions, which are pleasant to the touch and also ensure enhanced safety – injuries due to getting caught up are an impossibility. The result is a simple and stable system which fulfils all safety guidelines.

onnecting tubes which have been cut to size can be connected to one another using ITAS tube connectors made of cast aluminium via a simple plug-in principle. No further mechanical processing is necessary, which reduces assembly costs to a minimum. An internal clamping mechanism and the tightening of the special clamping screws guarantee a positive connection with smooth transitions, which are pleasant to the touch and also ensure enhanced safety – injuries due to getting caught up are an impossibility. The result is a simple and stable system which fulfils all safety guidelines.

Connecting tubes which have been cut to size can be connected to one another using ITAS tube connectors made of cast aluminium via a simple plug-in principle. No further mechanical processing is necessary, which reduces assembly costs to a minimum. An internal clamping mechanism and the tightening of the special clamping screws guarantee a positive connection with smooth transitions, which are pleasant to the touch and also ensure enhanced safety – injuries due to getting caught up are an impossibility. The result is a simple and stable system which fulfils all safety guidelines.

The type UMR tube forming machines use smart operating technology with many predefined settings that can be retrieved automatically to achieve perfect mirror-like surfaces. When producing flares with 20°-90° angles, with a clamping length of 1 x D, the machine achieves perfect sealing surfaces. Flaring up to 90° can be produced in a single cycle. Tools can be changed extremely quickly. With the appropriate tools, the machine can also close tube ends.

Photovoltaic (PV) Solar Power converts light from the sun directly into electricity via the photoelectric effect. Aluminum makes an ideal substrate material to support the thin film of photovoltaic solar cells, as well as a safe, attractive housing for the absorber. Its lightweight nature makes the units easy to move, and its resistance to corrosion extends the lifespan of the units. Sheet-rolled, bonded industrial aluminum can also make an effective support for PV units.