The PNEUMATICSTAR is designed for grassland care, seeding, under- and reseeding. The seeding roller is driven mechanically via the support wheel or is electronically controlled by different sensors. It is designed with steady frames and, depending on the working width, the frame is rigid or mechanic or hydraulic folding. Using high-quality materials and through the special, solid construction you can put additional pressure on the 6-row tine sections in hard soil conditions.
There are 2 versions of the PNEUMATICSTAR available. MD Version with mechanical drive of the seeding roller and STI with electronic drive of the seeding roller, controlled by the STI terminal.
The seeding shaft is driven mechanically via a flexible shaft on a support wheel on the implement
Effective operation due to narrow line spacing of exact 2.5 cm / 1"
Large selection of tines as options = the right tine for every job
Central adjustment of the tine position per field (optional hydraulic adjustment)
Steps for easy and safe filling of the seeding box
No following crumblers
Optionally available front levelling plates
The photos and images show possible variants and some special versions. The factual machine configuration may differ from these illustrations.
Advantages
PNEUMATICSTAR‑MD
Great flexibility of use
Just a few examples of the various ways you can use the machines: re- or new seeding in grassland (1), underseeding in cereals (2) or corn (3), etc.
Great flexibility of use
Just a few examples of the various ways you can use the machines: re- or new seeding in grassland (1), underseeding in cereals (2) or corn (3), etc.
Perfect for under- or reseeding
The pneumatic seeders with integrated stirring-shaft are designed in such a way that each sowing tube has its own seeding wheel section to achieve perfect dosing and uniform output. For working widths wider than 6 m / 19.70 ft. the seeding hoses are split to reach 12 or 16 outlets. Machines up to 6 m / 19.70 ft. working width are standard equipped with an electric double fan. Bigger machines work with a mechanical fan as standard. A hydraulic fan is available as an option.
Perfect for under- or reseeding
The pneumatic seeders with integrated stirring-shaft are designed in such a way that each sowing tube has its own seeding wheel section to achieve perfect dosing and uniform output. For working widths wider than 6 m / 19.70 ft. the seeding hoses are split to reach 12 or 16 outlets. Machines up to 6 m / 19.70 ft. working width are standard equipped with an electric double fan. Bigger machines work with a mechanical fan as standard. A hydraulic fan is available as an option.
Driven by a rubber wheel
On the grassland weeder PNEUMATICSTAR-MD the pneumatic seeding box P-BOX-MD is mounted. On the P-BOX-MD the seeding roller is mechanically driven via a flexible shaft, which transfers the actual ground speed from a ground wheel to the seeding roller. The seeds are distributed pneumatically via hoses to the deflector plates, which spread the seeds evenly. The seeding rate is adjusted via a lever which is mounted on the stepless gearbox of the P-BOX-MD.
Driven by a rubber wheel
On the grassland weeder PNEUMATICSTAR-MD the pneumatic seeding box P-BOX-MD is mounted. On the P-BOX-MD the seeding roller is mechanically driven via a flexible shaft, which transfers the actual ground speed from a ground wheel to the seeding roller. The seeds are distributed pneumatically via hoses to the deflector plates, which spread the seeds evenly. The seeding rate is adjusted via a lever which is mounted on the stepless gearbox of the P-BOX-MD.
No rollers To combine grassland weeders and rollers in one machine does not provide the desired effect. Even distribution of the seeds over the entire working width, which is ensured by the centrally placed deflector plates, is the key factor for good emergence of the seeds. Furthermore, the operating speed of roller and grassland weeders do not match. In case soil gets stuck to the roller, seeds which have been distributed by the weeder get stuck on it and previously sown grass is collected from the ground again. In addition, a roller establishes contact between previously torn out weeds (such as the rough stalked meadow grass) and the ground. So they will not dry out but continue to grow. Especially for reseeding and grassland care, rolling is not necessary as the roller runs on the turf and has very limited contact to the soil. For new seeding rolling can be beneficial, but it should be done in a separate operation after weeds dried out and with the optimal working speed for rolling.
No rollers To combine grassland weeders and rollers in one machine does not provide the desired effect. Even distribution of the seeds over the entire working width, which is ensured by the centrally placed deflector plates, is the key factor for good emergence of the seeds. Furthermore, the operating speed of roller and grassland weeders do not match. In case soil gets stuck to the roller, seeds which have been distributed by the weeder get stuck on it and previously sown grass is collected from the ground again. In addition, a roller establishes contact between previously torn out weeds (such as the rough stalked meadow grass) and the ground. So they will not dry out but continue to grow. Especially for reseeding and grassland care, rolling is not necessary as the roller runs on the turf and has very limited contact to the soil. For new seeding rolling can be beneficial, but it should be done in a separate operation after weeds dried out and with the optimal working speed for rolling.
Deflector plates are mounted centrally on the tine sections
The deflector plates with splash-guard are placed in the centre of each tine section. They spread the seeds before the last two rows of tine sections to establish optimal seed to soil contact.
Deflector plates are mounted centrally on the tine sections
The deflector plates with splash-guard are placed in the centre of each tine section. They spread the seeds before the last two rows of tine sections to establish optimal seed to soil contact.
Exact line spacing of the tines of 2.5 cm / 1”
The line spacing of exact 2.5 cm / 1” has a significant influence on the effect and quality of the operation. Tine fields with 6-rows with 60 tines on 1.5 m / 4.9 ft. fields ensure an effective and efficient weed control. A bigger distance between the tines will leave unworked strips where weeds will continue to grow and the turf will not be aerated.
Exact line spacing of the tines of 2.5 cm / 1”
The line spacing of exact 2.5 cm / 1” has a significant influence on the effect and quality of the operation. Tine fields with 6-rows with 60 tines on 1.5 m / 4.9 ft. fields ensure an effective and efficient weed control. A bigger distance between the tines will leave unworked strips where weeds will continue to grow and the turf will not be aerated.
Stable operation Due to the solid and strong frame construction the operation of machine and frame is very steady, independently from the working speed. Also on hard soil the tined weeder can apply sufficient pressure on the tines without making the frame swing. In addition, the frame is designed to withstand heavy loads and many seasons of operation without any problems.
Stable operation Due to the solid and strong frame construction the operation of machine and frame is very steady, independently from the working speed. Also on hard soil the tined weeder can apply sufficient pressure on the tines without making the frame swing. In addition, the frame is designed to withstand heavy loads and many seasons of operation without any problems.
Exact tine position and movement
The tines are fixed against rotation by sturdy plastic holders on the tine fields. This guarantees a tine that is aligned exactly in the working direction. The spring of the tine is mounted freely below the tine holder. This improves the vibration of the tine and guarantees the movement of the tine by the spring. A breaking of the tine is almost excluded since the movement of the tine is not limited.
Exact tine position and movement
The tines are fixed against rotation by sturdy plastic holders on the tine fields. This guarantees a tine that is aligned exactly in the working direction. The spring of the tine is mounted freely below the tine holder. This improves the vibration of the tine and guarantees the movement of the tine by the spring. A breaking of the tine is almost excluded since the movement of the tine is not limited.
Tine aggressivity quickly adjustable via central adjustment lever
The aggressivity of the spring loaded tines on the grassland care machine can be adjusted as required via one central adjustment lever per tine section in 5 positions between ''dragging'' or ''on grip''.
Tine aggressivity quickly adjustable via central adjustment lever
The aggressivity of the spring loaded tines on the grassland care machine can be adjusted as required via one central adjustment lever per tine section in 5 positions between ''dragging'' or ''on grip''.
Guaranteed equal tine aggressivity over the entire working width
The tine tube is torsion-resistant and guarantees the same tine position and the same tine aggressivity over the entire frame length. This is particularly important in hard soil conditions.
Guaranteed equal tine aggressivity over the entire working width
The tine tube is torsion-resistant and guarantees the same tine position and the same tine aggressivity over the entire frame length. This is particularly important in hard soil conditions.
Compact Retraction Even machines with a working width of 12 m / 39.4 ft and 15 m / 49.2 ft can be folded to a transport width of only 3 m / 9.8 ft. Machines with a working width of 4.5 to 9 m the side wings of the main frame are folded upwards for transport. 9 m / 29.5 ft. machines can be equipped with a double-fold system and a heavy-duty construction, from 12 m / 39.4 ft. this is standard. On all versions a hitching very closely to the tractor is ensured.
Compact Retraction Even machines with a working width of 12 m / 39.4 ft and 15 m / 49.2 ft can be folded to a transport width of only 3 m / 9.8 ft. Machines with a working width of 4.5 to 9 m the side wings of the main frame are folded upwards for transport. 9 m / 29.5 ft. machines can be equipped with a double-fold system and a heavy-duty construction, from 12 m / 39.4 ft. this is standard. On all versions a hitching very closely to the tractor is ensured.
Stronger construction from 9 m / 29.5 ft. working width
A larger working width means greater forces acting on a machine. The triangular bracing on machines with shear folding prevents the side wings from swinging and jumping even at higher working speeds. The tine aggressivity can be adjusted depending on the conditions.
Stronger construction from 9 m / 29.5 ft. working width
A larger working width means greater forces acting on a machine. The triangular bracing on machines with shear folding prevents the side wings from swinging and jumping even at higher working speeds. The tine aggressivity can be adjusted depending on the conditions.
„100 % made by EINBÖCK in AUSTRIA“
In-house development from the idea to serial production We have over 85 years experience in designing of agricultural machinery.
From practitioner for practitioner 75 % of our sales and product management team are farmers, therefore we develop practice-oriented, user-friendly machines and adjustment options. Our top priority is to provide the right machines and suitable product specifications.
Suppliers from the region and Central Europe Long-lasting relations to suppliers ensure constant quality of raw materials and components, as well as reliable supply.
„100 % made by EINBÖCK in AUSTRIA“
In-house development from the idea to serial production We have over 85 years experience in designing of agricultural machinery.
From practitioner for practitioner 75 % of our sales and product management team are farmers, therefore we develop practice-oriented, user-friendly machines and adjustment options. Our top priority is to provide the right machines and suitable product specifications.
Suppliers from the region and Central Europe Long-lasting relations to suppliers ensure constant quality of raw materials and components, as well as reliable supply.
Manufacturing exclusively in Dorf an der Pram in Upper Austria Our high vertical range of manufacture guarantees the best quality and long working life. "100 % made by Einböck in Austria" ensures the highest quality in all areas of production.
Practical testing of all machines on our own test fields Before prototypes are turned into serial production, they have to withstand extensive tests on fields and roads. This allows us to achieve absolute precision and reliability.
After-sales service A decades-long supply of wear and spare parts ensures maximum service life of the machines as well as direct and close contact to customers.
Manufacturing exclusively in Dorf an der Pram in Upper Austria Our high vertical range of manufacture guarantees the best quality and long working life. "100 % made by Einböck in Austria" ensures the highest quality in all areas of production.
Practical testing of all machines on our own test fields Before prototypes are turned into serial production, they have to withstand extensive tests on fields and roads. This allows us to achieve absolute precision and reliability.
After-sales service A decades-long supply of wear and spare parts ensures maximum service life of the machines as well as direct and close contact to customers.
Technical data
PNEUMATICSTAR‑MD
Lower links, quick coupling pendular axle / up to 6 m / 19.7 ft.
Mounting category CAT I up to 5 m / 16.4 ft / CAT II from 6 m / 19.7 ft.
Tines Ø 7 mm / 0.28", length 490 mm / 19.3", individually changeable
Line spacing 2.5 cm / 1"
Tine tube with anti-rotation device
Parking support (from 3 m / 9.8 ft. working width)
Pneumatic seeder P-BOX-MD with mechanic drive and separate seeding roller section per hose
Electric fan 12 volt - up to 6 m / 19.7 ft. working width
Mechanical fan with PTO-shaft - for 9 m / 29.5 ft and 12 m / 39.4 ft. working width
One seeding roller with fine and one with coarse toothing
Seeding roller can be changed without tools
Tank made from sheet steel
Calibration plate + calibration pan
Tank volume 300 litres with tank inspection glass + drainage opening (for PNEUMATICSTAR 600 NR = 500 l)
Adjustment of the seeding rate via a flexible cable, driven by a ground wheel through a stepless gearbox
Specially designed distribution plates with splash guard
Steps for filling
Transport width 2 m – 3 m (6.6 ft. - 9.8 ft.)
Type/ Working width cm / inch
Tines
Feeler wheels
Deflector plates
Sections
Seeding rollers
from HP / kW
Weight approx. kg / lbs
PNEUMATICSTAR-MD 200 / 78.70 1
84
2
8
1
B,E
25 / 18
260 / 573
PNEUMATICSTAR-MD 300 / 118.10 1
120
2
8
2
B,E
30 / 22
350 / 772
PNEUMATICSTAR-MD 500 / 196.90 2
204
4
8
3
C,E
50 / 37
580 / 1.279
PNEUMATICSTAR-MD 600 / 236.20 2
240
4
8
4
C,E
60 / 44
690 / 1.521
PNEUMATICSTAR-MD 600 / 236.20 SR 2
240
4
8
4
C,E
60 / 44
920 / 2.028
PNEUMATICSTAR-MD 600 / 236.20 NR 2
240
4
8
4
C,F
80 / 59
1.100 / 2.425
PNEUMATICSTAR-MD 900 / 354.30 3,4
360
4
12
6
G,H
90 / 66
1.400 / 3.086
PNEUMATICSTAR-MD 900 / 354.30 SR 3
360
4
12
6
G,H
90 / 66
1.490 / 3.285
PNEUMATICSTAR-MD 1200 / 472.40 3
480
4
16
8
D,F
100 / 74
1.650 / 3.638
PNEUMATICSTAR-MD 1200 / 472.40 SR 3
480
4
16
8
D,F
100 / 74
1.760 / 3.880
1 rigid frame, not foldable 2 hydraulic folding 3 hydraulic folding with double folding 4 can be extended up to 12 m / 39.40 ft. SR = heavy frame (for contractors or communities)
NR = with mechanical fan, also suitable for the distribution of fertilizer (seeding unit as well as distribution plates made from stainless steel), stronger gearbox, no European folding - frame SR version (heavy frame), 500 l tank standard
Technical data and specifications are approximate and without obligation. Construction and design are subject to change.
Increased vibration-effect due to special tine holder
Increased vibration-effect due to special tine holder
Tine 490 mm / 19.3” long, Ø 7 mm / 0.28"
This universal tine with a diameter of 7 mm / 0.28“ and a length of 490 mm / 19.3“ is optimal for middle to hard soils. With this tine length, soil unevenness can be perfectly compensated.
Tine 490 mm / 19.3” long, Ø 7 mm / 0.28"
This universal tine with a diameter of 7 mm / 0.28“ and a length of 490 mm / 19.3“ is optimal for middle to hard soils. With this tine length, soil unevenness can be perfectly compensated.
Rubber support wheels for gently operation
Depending on the working width, the grassland- and reseeding weeders are guided by two or four rubber support wheels. Via the support wheels the working depth of the tines is regulated. They are height-adjustable in the half-hole grid.
Rubber support wheels for gently operation
Depending on the working width, the grassland- and reseeding weeders are guided by two or four rubber support wheels. Via the support wheels the working depth of the tines is regulated. They are height-adjustable in the half-hole grid.
Stop bar for perfect adoption to the surface
By taking away or demounting the stop bar on the wing (only on machines without shear folding) the machine follows the contours of the land surface perfectly.
Stop bar for perfect adoption to the surface
By taking away or demounting the stop bar on the wing (only on machines without shear folding) the machine follows the contours of the land surface perfectly.
Mechanical locking in transport position Frames on machines without shear folding lock mechanically in transport position. The lock is released via a pulling-rope. (only on machines without shear folding)
Mechanical locking in transport position Frames on machines without shear folding lock mechanically in transport position. The lock is released via a pulling-rope. (only on machines without shear folding)
Tine section holders protected by plastic
Hard plastic protection at the connection between the tine section and its holders prevents wear of the steel components and ensures that they do not harm each other. They also ensure good guidance of the tine section, while still allowing adjustment to the terrain.
Tine section holders protected by plastic
Hard plastic protection at the connection between the tine section and its holders prevents wear of the steel components and ensures that they do not harm each other. They also ensure good guidance of the tine section, while still allowing adjustment to the terrain.
Options
PNEUMATICSTAR‑MD
Tines 490 mm / 19.3 long, ø 8 mm / 0.31"
Tines 490 mm / 19.3 long STRAIGHT, ø 8 mm / 0.31"
Tines 490 mm / 19.3 long, ø 10 mm / 0.39" (only for version SR)
Hydraulic transport lock
Tine loss protection
Hydraulic tine adjustment
Adjustable spring-mounted front levelling plate
Retaining plate
Mechanical jogging unit
Electronic hectare counter
500 litre tank
Plastic tank instead of the standard steel tank
Mechanical fan
Hydraulic fan
Electric adjustment of seeding quantity
Airflow monitoring
Alarm when seeding box is getting empty
Seeding unit made from stainless steel
Deflector plate made from stainless steel
Warning signs with holder and LED-lights
Detailed Description
Hydraulic tine adjustment – perfect in changing soil conditions
The hydraulic tine adjustment makes adjustment to the GRASS-MANAGER in changing soil conditions easier. Furthermore, folding to the transport position is more convenient as you can easily put the tines into a flat position. The hydraulic tine adjustment can be retrofitted any time.
Hydraulic tine adjustment – perfect in changing soil conditions
The hydraulic tine adjustment makes adjustment to the GRASS-MANAGER in changing soil conditions easier. Furthermore, folding to the transport position is more convenient as you can easily put the tines into a flat position. The hydraulic tine adjustment can be retrofitted any time.
Options P-BOX-MD For ideal options for the seeding unit P-BOX-MD, like different fan systems or 500 l tank, click here.
Options P-BOX-MD For ideal options for the seeding unit P-BOX-MD, like different fan systems or 500 l tank, click here.
Levelling plate for excellent distribution and levelling of mole hills
In front of the weeder sections a levelling plate can be mounted, which is overload-protected by a leaf spring. This levelling plate is height adjustable and ensures an excellent distribution and levelling of mole hills. In addition, it distributes and levels manure and slurry. (Only up to 6 m working width and for 900 SR and 1200 SR, not in combination with hydraulic tine adjustment)
Levelling plate for excellent distribution and levelling of mole hills
In front of the weeder sections a levelling plate can be mounted, which is overload-protected by a leaf spring. This levelling plate is height adjustable and ensures an excellent distribution and levelling of mole hills. In addition, it distributes and levels manure and slurry. (Only up to 6 m working width and for 900 SR and 1200 SR, not in combination with hydraulic tine adjustment)
Tines 490 mm / 19.3“ long, Ø 10 mm / 0.39“ instead of standard tine
For heavily matted grassland or for middle to hard soil conditions, the tines with a diameter of 10 mm / 0.39" and a length of 490 mm / 19.3" should be used. These grassland tines are also ideal when used to control meadow panicle in summer.
(Only available for frame version SR & PRO)
Tines 490 mm / 19.3“ long, Ø 10 mm / 0.39“ instead of standard tine
For heavily matted grassland or for middle to hard soil conditions, the tines with a diameter of 10 mm / 0.39" and a length of 490 mm / 19.3" should be used. These grassland tines are also ideal when used to control meadow panicle in summer.
(Only available for frame version SR & PRO)
Tine 490 mm / 19.3“ long, Ø 8 mm / 0.31“
In case of middle matted grassland or middle soil conditions, the tines with a diameter of 8 mm / 0.31" and a length of 490 mm / 19.3" are preferable. These tines are also the most used.
Tine 490 mm / 19.3“ long, Ø 8 mm / 0.31“
In case of middle matted grassland or middle soil conditions, the tines with a diameter of 8 mm / 0.31" and a length of 490 mm / 19.3" are preferable. These tines are also the most used.
Tine 490 mm / 13.9” long STRAIGHT, Ø 8 mm / 0.31” For stony soil, in order not to bring stones to the surface, we recommend the straight tines with a diameter of 8 mm / 0.31” and a length of 490 mm / 19.3”. Tines adjusted “dragging“ protect the turf in wet grassland.
Tine 490 mm / 13.9” long STRAIGHT, Ø 8 mm / 0.31” For stony soil, in order not to bring stones to the surface, we recommend the straight tines with a diameter of 8 mm / 0.31” and a length of 490 mm / 19.3”. Tines adjusted “dragging“ protect the turf in wet grassland.
Warning signs with LED-lights For this grassland seeder warning signs are also available for the front and rear. (Symbol image - options vary depending on the design).
Warning signs with LED-lights For this grassland seeder warning signs are also available for the front and rear. (Symbol image - options vary depending on the design).
Plastic tank Instead of the standard steel tank, a 265 l plastic tank can be installed. This corrosion-resistant design plastic tank is made of the highest quality materials and is thus extremely durable and unbreakable.
Plastic tank Instead of the standard steel tank, a 265 l plastic tank can be installed. This corrosion-resistant design plastic tank is made of the highest quality materials and is thus extremely durable and unbreakable.