PlanMatic "PRO"
Available in two basic widths – the work range can be extended by up to 1.2 m using the hydraulic side flaps and the optionally-available extensions.The most effienct working width can be chosen based on the available carrier and the respective jobsite situation. PM 1.4 - Width 1,40 m (4,6 ft.) Working range – 1.40 to 2.00 m (4,6 - 6,6 ft.) Working range – 1.70 to 2.30 m (5,6 - 7,5 ft.) (with two extensions of 0.15 m (0,5 ft.)) Working range – 2.00 to 2.60 m (6,6 - 8,5 ft.) (with two extensions of 0.30 m (1,0 ft.)) PM 2.0 - Width 2,00 m (6,60 ft.) Working range – 2,00 to 2,60 m (6,6 - 8,5 ft.) Working range – 2,30 to 2,90 m (7,5 - 9,5 ft.) (with two 0,15 m (0,5 ft.) extensions) Working range – 2,60 to 3,20 m (8,5 - 10,5 ft.) (with two 0.30 m (1,0 ft.) extensions) Control system 2D/3D Especially for Optimas PlanMatic dedicated software (2D / 3D suitable). Only one operating unit – a joystick with a large display – shows the relevant information. Very simple operation. Up to 46 carrier machine settings can be saved. Press-button operation to move the levelling blade in the 0-position.Control system 2D: The system automatically recognizes the laser receiver, lateral tilt sensor or the ultrasound sensor. A Leica receiver and Leica ultrasonic sensors as standard – the system is also compatible with other components from major manufacturers.Control system 3D:The Optimas PlanMatic levelling system with Leica 3D control revolutionises the way subgrade and fine grade are created. Leica 3D machine control as standard. Optimas system is also compatible with other components from major manufacturers. Simple creation of the terrain model and easy transfer to the 3D system. PlanMatic works completely independently and accurately at any desired point on the project (construction site) Enables optimal machine utilisation and high productivity and helps to save material costs. Combines simple operation, flexibility and a self-explanatory user interface. With the Optimas PlanMatic, levelling is possible by moving backwards and forwards. Many users distribute the material roughly at height or in order to bring the material right into the corners by moving forward. The material is brought to the exact height by moving backwards. All system components (laser, transverse slope, ultrasonic) can be combined. The ultrasonic sensor automatically records the height of the ground, line or kerbstone edge. Fully-automatic side flaps reduce correction work. The levelling screed can be controlled both manually and fully-automatic. Typically used in road construction, park and industry surfaces, the levelling of equestrian, sport and tennis surfaces and the levelling of factory floors.Attachable to wheel loaders, skid steer loaders, telescopic loaders and tractors with a three-point attachment. Your advantages: NEW: Automatic longitudinal slope control (ALS)In conjunction with the longitudinal tilt sensor, the ALS automatically regulates a defined longitudinal tilt (tilt position). Available with Control System 2 D and 3D Significant faster Low manpower requirements (only 1 person) Minimal reworking Highly efficient by levelling by driving backward and forward! Compact design - can also be used very well on narrow construction sites or indoor locations Screeding also in the corners Simple operation - short training times Installation of all base layers - also gravel No need to install screed rails All system components (laser, transverse slope, ultrasonic, 3D) can be combined The side flaps are hydraulically adjustable Quick-change coupling for each carrier available (optional) Quick assembly and disassembly (2 min.) Ultrasonic sensor controls the opening and closing of the hydraulic side flaps automatically. No need for centimetre-precise driving along the line. Hydraulic dump shovel attachable (optional) 3D control available (optional) Very low maintenance & logistic costs compared to other solutions
Maxi - Screed
The stable and well-designed construction permits easy laying of the various substrates (sand, ballast, shingle) and precise levelling of the fine screed (sand, chips or similar substrates) up to a width of 7 metres. With its simple operation, high efficiency and comparatively low cost, the Optimas Maxi Screed belongs on every building site. Its bucket shape and pulling points have been designed to enable a light-weight design which does not lift up when drawn. The continuously-adjustable modular design of the screed set makes it the innovative alternative to the telescope principle, which has never convinced in practice. Advantages: The modular design provides a continuously-adjustable working width of 0.35 to 7.50 m Continuous height adjustment with scaling on both sides Articulated side flaps make for clean levelling up to the edge Levelling via Optimas level bars (with plug system) or the kerb or gutter stones “Bucket design” makes for a large holding capacity Its bucket shape and pulling points have been designed to enable a light-weight design which does not lift up when drawn. Quick and easy change and fitting of various intermediate parts. Hardened and sharpened spring steel blade Modular design saves space during transport and storage Setting cambers (roof profile) up to 9 % Flexible use on a range of small and large construction sites for coarse and fine screeding (e.g. paths, residential roads, parking, industrial premises, harbour projects)
Mini Screed Connect
The stable and well-designed construction permits the perfect levelling of the fine screed (sand, chips or similar substrates) up to a width of 5 metres. This enables you to construct a paver bed in one step that is true to the line in both height and profile. With its simple operation, high efficiency and comparatively low cost, the Optimas manual screed Connect belongs on every building site. Its bucket shape and pulling points have been designed to enable a light-weight design which does not lift up when drawn. The continuously-adjustable modular design of the manual screed makes it the innovative alternative to the telescope principle, which has never convinced in practice. The Optimas manual screed Connect with level bars is multi-functional and flexible and can be used for paths, parking spaces and drive entries. Advantages: The modular design provides a continuously-adjustable working width of 0.25 to 5.20 m. Articulated side flaps make for clean levelling up to the edge. Levelling via Optimas level bars with plug system or kerb or gutter stones. Continuous height adjustment on both sides. “Bucket design” makes for a large holding capacity. Its bucket shape and pulling points have been designed to enable a light-weight design which does not lift up when drawn. Quick and easy change and fitting of various intermediate parts. Hardened and sharpened spring steel blade. Modular design saves space during transport and storage
PlanMatic "Basic"
Available in two basic widths – the work range can be extended by up to 1.2 m using the hydraulic side flaps and the optionally-available extensions. The most effienct working width can be chosen based on the available carrier and the respective jobsite situation. PM 1.4 - Width 1,40 m (4,6 ft.) Working range – 1.40 to 2.00 m (4,6 - 6,6 ft.) Working range – 1.70 to 2.30 m (5,6 - 7,5 ft.) (with two extensions of 0.15 m (0,5 ft.)) Working range – 2.00 to 2.60 m (6,6 - 8,5 ft.) (with two extensions of 0.30 m (1,0 ft.)) PM 2.0 - Width 2,00 m (6,60 ft.) Working range – 2,00 to 2,60 m (6,6 - 8,5 ft.) Working range – 2,30 to 2,90 m (7,5 - 9,5 ft.) (with two 0,15 m (0,5 ft.) extensions) Working range – 2,60 to 3,20 m (8,5 - 10,5 ft.) (with two 0.30 m (1,0 ft.) extensions) Control System Especially for Optimas PlanMatic dedicated software. Only one operating unit – a joystick with a large display – shows the relevant information. Very simple operation. Up to 46 carrier machine settings can be saved. A Leica receiver and Leica ultrasonic sensors as standard – the system is also compatible with other components from major manufacturers. With the Optimas PlanMatic, levelling is possible by moving backwards and forwards. Many users distribute the material roughly at height or in order to bring the material right into the corners by moving forward. The material is brought to the exact height by moving backwards. The levelling screed can be controlled both manually and fully-automatic. Typically used for levelling of equestrian, sport and tennis surfaces and the levelling of factory floors. Your advantages: Attachable to wheel loaders, skid steer loaders, telescopic loaders and tractors with a three-point attachment. Significant faster Low manpower requirements (only 1 person) Minimal reworking Highly efficient by levelling by driving backward and forard! Compact design - can also be used very well on narrow construction sites or indoor locations Screeding also in the corners Simple operation - short training times Installation of all base layers - also gravel No need to install screed rails Quick-change coupling for each carrier available (optional) Quick assembly and disassembly (2 min.) Very low maintenance & logistic costs compared to other solutions Available with extensions 2x 150 mm and 2x 300 mm (optional)
Screeding
We have the right levelling system for each job site size and requirement!
The basis for a high-quality and durable paved surface is the exact preparation of the sub-base and the bedding.
