E-shop of the
tillage equipment
E-shop of the
tillage equipment
Publication date: 2026-07-12
Fuel costs remain one of the largest operating expenses in modern farming. As a result, agricultural producers increasingly evaluate machinery not only by field capacity but also by its ability to reduce fuel consumption while maintaining high tillage quality.
DUCAT disc harrows from LOZOVA MACHINERY have been engineered as energy-efficient machines capable of delivering excellent post-harvest tillage performance with lower draft force. Their efficiency is achieved through a combination of engineering solutions rather than a single design feature.
During tillage operations, tractor fuel is primarily used to overcome the draft force created by the implement. The greater the resistance, the more fuel is required.
Fuel efficiency depends on several factors, including:
• tine design;
• disc attack angle;
• consistent working depth;
• balanced load distribution;
• operating speed;
• bearing unit performance.
For this reason, modern disc harrows are designed as integrated energy-efficient systems.
One of the defining features of DUCAT disc harrows is the proprietary 3D spring tine.
It allows each working element to move in three planes, following field contours while reducing shock loads.
This provides:
• lower draft force;
• smoother operation in compacted areas;
• reduced tractor load;
• consistent working depth;
• minimized energy losses.
As a result, the tractor engine operates more efficiently, contributing to lower fuel consumption.
Fuel economy is not measured only in liters per hectare.
Field productivity is equally important.
DUCAT disc harrows are designed to operate at high working speeds without compromising tillage quality. This enables farmers to:
• complete field operations faster;
• cover more hectares per day;
• improve tractor utilization;
• reduce total operating costs.
Ultimately, this lowers the cost of tillage per hectare.
Operating costs are influenced not only by fuel consumption but also by maintenance requirements.
DUCAT disc harrows feature ZERO MAINTENANCE bearing units that eliminate the need for daily lubrication.
This allows operators to:
• reduce preparation time;
• minimize lubricant consumption;
• avoid maintenance-related errors;
• maximize machine availability during peak seasons.
These advantages contribute directly to higher operational efficiency.
Low fuel consumption cannot be achieved through a single design feature.
Instead, DUCAT combines:
• optimized disc geometry;
• the proprietary 3D spring tine;
• accurate ground contour following;
• consistent working depth;
• high operating speeds;
• maintenance-free bearing units.
Together, these engineering solutions create measurable economic benefits throughout the working season.
To maximize the fuel-saving potential of DUCAT disc harrows, operators should:
• adjust the working depth according to field conditions;
• avoid unnecessary deep tillage;
• maintain the recommended operating speed;
• inspect discs and rollers regularly;
• match tractor power to the implement size.
Following these recommendations helps achieve maximum field efficiency and lower operating costs.
Because efficient engineering reduces draft force while maintaining consistent field performance.
Yes. Appropriate working speeds improve productivity and reduce the cost of tillage per hectare.
No. DUCAT disc harrows feature maintenance-free ZERO MAINTENANCE bearing units.
Working depth, draft force, operating speed, machine adjustment, and field conditions all influence fuel efficiency.
Modern fuel savings are achieved through intelligent engineering rather than compromise. DUCAT disc harrows from LOZOVA MACHINERY combine high productivity, reduced draft force, and maintenance-free technology to help farmers lower operating costs while maintaining consistently high-quality post-harvest tillage.
