Silage baler
LT-Master F115 | Baler-wrapper combination

Corn silage is produced using the entire corn plant and serves as one of the most important staple feeds for livestock with high milk yields. Corn silage provides particularly nutritious energy in the form of starch from crushed corn grains and is also very rich in fiber. In this way, corn silage provides the optimal conditions for achieving maximum milk or fattening yields. Particularly at temperatures above 15 degrees Celsius, the feed can deteriorate in quality due to the high activity of microbacteria. The very high compression during the LT-Master F115 baling process achieves unmatched keeping and feed quality.

CCM (corn-cob-mix) is an excellent energy feed made from the cob and kernels of the corn cob. It is used to feed pigs, cattle, and other small ruminants. CCM silage offers the maximum energy concentration through additional starch and has an excellent price-performance ratio in comparison with traditional concentrated feed.
The crushing of corn grains gives the feed more structure and makes it very easy for livestock to pick up. Due to their compact shape, CCM silage bales are perfectly easy to handle and also ideally suited to feeding in smaller quantities.

Alongside corn silage, alfalfa silage is one of the most important basic feed components in cattle feeding. High feed intake as well as particularly high structural effectiveness contributes to substantial cattle milk yields. The cultivation of alfalfa offers high yield security and also improves the quality of the soil. However, its low sugar content makes alfalfa very difficult to preserve using traditional methods. Processing into round bales using an LT-Master F115 significantly enhances the silage quality of alfalfa thanks to the rapid air-tight seal and effective compression.

Pressed sugar beet pulp silages are characterized by a very high energy content, they are easily digestible, and impress with their palatability. They are an ideal supplement to grass silages since they have a negative ruminal nitrogen balance and thereby compensate for the protein balance in the stomach. Pressed beet pulp silages have very low lactic acid content and therefore also a very low total acidity. High compression as well as clean processing while still warm are hugely important for silage quality. LT-Master F115 round bales also cool down faster and can therefore be used for feeding sooner.

A TMR contains a balanced mix of staple forage and concentrated feed. Dry matter content and energy content are perfectly coordinated. TM rations have a very positive effect on milk yields and animal health. Previously fermented silages are mixed and ensiled again for stockpiling TMR. The LT-Master F115 can be used to produce TMR inventory quickly, easily, and inexpensively. It is transportable and therefore an ideal solution for trade.

Be it wood shavings, wood wool, bark mulch, wood chips, or pellets, the LT-Master F115 can be used to press all materials into compact bales. This makes transport easier and also saves on expensive storage locations. The bales can be transported with a tractor, stacked, or loaded onto a pallet. Pressed into a bale, the material stays clean and dry.

Cereal grain whole plant silages tend to be produced using barley, wheat, or triticale. Cultivation provides a very reliable yield and has benefits in the field of crop management. However, cereal grains have a very low energy content and is difficult to ensile using traditional methods. Optimal compression and the rapid air-tight seal make it easy to produce cereal grain silage with the LT-Master F115.

Grass silage serves as the most important staple forage for livestock. The feed is made from an optimal combination of sweet grasses, herbs, and clover.
Grass types with a high sugar content guarantee a good fermentation process. Thanks to the LT-Master F115, even grasses with a higher fiber content can be optimally processed due to the high bale density.

The storage of garbage and waste is an ever-growing problem. Some materials are prepared for further processing and used as substitute fuels. The LT-Master F115 offers a quick and easy solution to the associated storage and transport problems. Compressed bales can be transported compactly and are ideally suited to temporary storage. In principle, solid residues such as plastic, domestic refuse, shredded carpet, and even compost can be processed into round bales.

Industrial hemp is characterized by a very high CBD content and is primarily used in the pharmaceutical and cosmetics industry.

Wild animal feed, vegetable waste, sugar cane, crushed corn, horse manure, apple pomace, straw, etc.

The LT-Master F115 is equipped as standard with a combined dual binding unit. As a result, two rolls of net or film can be inserted at the same time or even in combination.

Working width 3.50 m

Always correctly dosed! This setting can be used to optimally adapt the round bales to the required feed quantity. The bale size can be varied continuously between 0.60 and 1.15 m.

only for film binding

The correct dry and moisture content of the material is crucial for high compression of the material and perfectly compressed bales. In the case of very dry materials, water can be added directly to the bale chamber via the water injection unit.<br/>

Consists of a solenoid valve, tubing, and adjustable nozzles.

All work cycles are fully automatic

The drive works using a joint shaft, which also makes it possible to use a tractor at any time. The engine is very quiet and operating costs are kept down in comparison with a tractor with high fuel costs. As a result, not only do you save space, but also exhaust gases, thereby enabling operation in sheds. However, the cover makes it possible to use the electric drive outdoors with ease too (temperature range: -15 to +60°C). The maintenance costs are very low and thanks to the base with forklift slings, the electric drive is easy to transport. The electric drive has a soft starter. This massively reduces initial voltage peaks as well as the starting torque. This also saves power and is gentle on the drive, shafts, and transmission.

Consisting of weighing table, weighing terminal, and label printer with GÖWEIL logo or customer logo

The four weighing cells are directly integrated into the wrapping table. The display is attached to the switch panel. The weighing process for the wrapped bales runs automatically, ensuring that there are no time delays in the workflow. The bales can be weighed individually or even analyzed as a complete batch. The various options can be set very easily via the terminal. The label printer depicts information such as the bale weight, date, time, and a loaded logo. If no labels are required, this function can be switched off on the terminal. Adhesive labels and labeling strips are standard products and available from specialist stores. The weighing system can be retrofitted on existing machines.

Consisting of weighing table, weighing terminal, and label printer with GÖWEIL logo or customer logo

The four weighing cells are directly integrated into the wrapping table. The display is attached to the switch panel. The weighing process for the wrapped bales runs automatically, ensuring that there are no time delays in the workflow. The bales can be weighed individually or even analyzed as a complete batch. The various options can be set very easily via the terminal. The label printer depicts information such as the bale weight, date, time, and a loaded logo. If no labels are required, this function can be switched off on the terminal. Adhesive labels and labeling strips are standard products and available from specialist stores. The weighing system can be retrofitted on existing machines.

Thanks to the bale tipper integrated in the bale delivery ramp, it is possible to gently deposit the bale on the left or right. If this is deactivated, the bale is rolled off to the front as standard. Storage of the bales on their ends enables quicker and gentler removal.

In order to achieve a good ensiling result, there are a few key factors: 

• The ensiling suitability of the material
• Adherence to the ensiling rules (harvest time and wilting, cutting length, efficiency of the silage chain, compression, and air-tight seal)
• Weather conditions

If not all factors are perfectly coordinated (e.g., due to periods of bad weather), silage additives should help to significantly improve the ensiling result by preventing incorrect fermentation and subsequent warming processes.

Using a self-priming pump with filter and electronic flow meter, the silage additive is injected directly into the bale chamber via two stainless steel nozzles. The silage additive is thereby optimally distributed in the feed of the round bales. The dosing unit is ideal both for lactic acid bacteria and low-corrosion acids.

Note: tank not included.
Important: After use, the silage additive dosing must be rinsed with water every day.

Scope of delivery:

• Dosistar control unit
• Pump with filter
• Electronic flow measurement
• Various nozzles
• Suction hose for external containers

12V to 24V

Consisting of spiral cable with 15-pin to 13-pin and 2x 7-pin to 13-pin

Customers can choose from a large selection of drawbar eye types

All drawbar eye types

WITHOUT EU type-approval

The LT-Master can be used to process not only corn silage, but also CCM, alfalfa, hemp, sugar beet pulp, grain, compound feed, and lots of other materials, into perfectly compressed and wrapped round bales.

The weight depends on the bale size and on the dry mass content of the material.

The tractor must have at least 120 HP (90 kW) and needs the following connections:
1. 1 double-acting and 1 single-acting control device for the pivoting drawbar.
2. Power is supplied to the machine via the cable harness supplied.
3. 7-pin socket for the entire lighting system, except work lights.
4. Connection for electric motor: 400 V/50 Hz, CEE 125 A, 740 rpm, protection class IP55

Oil requirement pivoting drawbar: 10 l at 200 bar

The number of bales produced in an hour may depend on the material.