Car park cleaning - Import export

Particularly efficient, highly manoeuvrable, and designed to work on inclines the Scrubmaster B175 R. With three different working widths available and equipped with either disc or cylindrical brushes providing a cleaning performance of up to 7,560 m²/h, this rideon scrubberdrier masters almost any cleaning tasks – even when working uphill The Scrubmaster B175 R can manage inclines of up to 15 % in cleaning mode, which makes this scrubberdrier your numberone choice when it comes to cleaning multistorey car parks as well as other large areas such as airports and industrial production halls or shopping centres and logistics facilities.

Provides excellent performance and economic efficiency in the field of industrial floor cleaning the Sweepmaster 1200 RH. Equipped with stateoftheart technology “made in Germany”, this rideon vacuum sweeper provides a cleaning performance of up to 10,300 m²/h and is ideally suited for sweeping production halls, empty floor spaces or paved outdoor areas in a fast and particularly efficient manner. Thanks to its high climbing ability, this machine always has sufficient power reserves for cleaning multistorey car parks and access ramps

At our Centre of Competence measuring 1,100 square metres, there are more than 15 testing units at your disposal for the optimisation of your cleaning processes. Batch units for parts carriers up to 660 x 480 x 300 mm in size Tunnel cleaning unit Cleaning units for large parts up to approx. 2,100 mm in width and 1,500 kg in weight Test and compare various media and alternative cleaning processes Get to know efficient parts handling methods and equipment

Palletless automated car parking system CUBILE Palletless technology The palletless fully automated car parking system CUBILE is a perfect solution for creating from 50 to over 1000 parking spaces. As no pallets are used for transporting cars, the system is very fast and efficient. Drivers park their car at ground level in one of the entrance cabins and receive a parking ticket. The cabin is the only interface between the driver and the car park. From this point everything is automatic. The cabin’s rolling gate closes and the car is transported below ground in a lift before it is collected by one of horizontal transfer vehicles and brought to a free parking space. In the palletless parking system CUBILE, the Lödige Shifter does the heavy lifting. This is an ultra-flat robot that drives underneath the car and lifts it up at the wheels to take it from the lift to the transfer vehicle and transport it to the parking space.

Pallet based automated car parking system RESPACE Pallet based technology The pallet based automated car parking system RESPACE is an interesting solution for creating up to 50 parking spaces. Drivers park their car on a pallet in a cabin. The cabin is the only interface between the driver and the car park. From this point everything is automatic. The door of the cabin closes and the car is transported downwards by lift. From there the car standing on the pallet is brought to a free parking space via roller conveyors. The pallet based parking system RESPACE is characterized by a very compact design. From the lift the pallets with the vehicles are moved directly to adjacent parking spaces. Car parking and removal follows according the puzzle principle. The car park has 60 parking spaces and is used as a hotel car parking, but also available to the public.

The “Smart-One” is the modular barrier for intensive use. In addition to its fast and virtually noiseless opening, the barrier has a lasting stability. The look-and-feel of the barrier can be personalized with removable side panels. The web-based wireless controller “SmartControl” guides you to remote diagnostics and parametrisization.

Private parking systems are often used for non-commercial car parks where the main aim is to prevent incorrect parking. Depending on the infrastructure of your parking, you can choose between different parking scenarios.

We design, manufacture and install Car Parking Canopies according to customers needs and requests.

Model No.: LSP-4092BD; Constitue: 1 control box, 4 sensors,1 LED monitor, a string of power lines; Function: A. Buzz indicator (buzzer built-in the display); (1)1.5m—0.8m: Bi,Bi,Bi; (2)0.8m—0.4m: Bi,Bi,BiBi (the closer, the faster); (3)0.4m—0.0m: BiBi…(continuous beeping); B. Visual indicator; (1)2.5m—0.3m: display the distance accurately; (2)0.3m—0.0m: display 00 and you must to stop; (3)Five sets lights in three colors (green denotes safe, yellow denotes warning, red denotes stop), two sides lights indicate the orientation of obstacles, the number indicate the distance between obstacle and vehicle. Technical specification: Working voltage: 10V~15V OR 24V; Working current: ≤200mA; Max Power: ≤4W; Ultrasonic frequency: 40KHz; Working temperature: -30℃~ +70℃; Alarming volume: ≥63dB; Alarming distance: 1.5~0.1m; Display distance: 2.5~0.3m.

Wireless parking spaces' occupancy detector is dedicated for the use on on road car parks, in particular, located in the dense urban infrastructure. Sensor to glue to different surfaces. No maintenance needed. Core exchangeable without removing the base from the ground. As to surface-mount sensors, the requirements are much more complex. It needs to be quite thin for vehicle and pedestrian safety reasons. And the casing should be able to withstand heavy mechanical loads.

We offer a wide range of durable and affordable accessories for roads, car parks and loading bays. These include rubber corners, speed ramps, mirrors, bollards, cable protectors, barriers and much more.

Wireless parking spaces' occupancy detector is dedicated for the use on on road car parks, in particular, located in the dense urban infrastructure. Each parking space is equipped with a wireless sensor mounted directly in the existing surface. Based on the continuous measurement of natural magnetic field of the Earth, the sensor is recording field disturbance caused by a vehicle. Information about the state of the actual occupancy of a parking space is obtained as the current register and immediately transferred by radio to a base station using a private or a public IoT network.