Laser
BiostimulantNutrition
Timing:
FoliarNutrient Type:
Macronutrient, MicronutrientFormulation:
Liquid
Importance of Late Season Nutrition
NPKS Nutrients = Delivers Genetic Potential
The Laser line includes LaserĀ P,Ā LaserĀ KS,Ā LaserĀ KB,Ā andĀ LaserĀ CaB – each individually formulated to target specific nutrients to support plants that are strong and healthy.
Key benefits of these nutrients include:
- Nitrogen enhances nutrient uptake and promotes rapid growth in the plant.
- Phosphorus functions as one of the main promoters of photosynthesis, nutrient transport, and energy transfer via energy-rich linkages (ATP).
- Potassium is involved in the formation and translocation of sugars, proteins, starch, and plant growth hormones.
- Sulphur improves root growth and seed production as well as resistance to cold.
- Calcium promotes cell wall structure, stimulates root and leaf development, and promotes the uptake and transport of other nutrients
- Boron is essential for plant growth and cell development, contributing to stalk stability and function of the cell wall membranes, and seed and fruit development.
Related Articles
Got P?
https://vimeo.com/656261398 Did you know 90% of our soils are phosphorus responsive? In a typical rotation, the removal rate of phosphorus exceeds the application amount,
Why Laser?
The Laser⢠line does more than a traditional single element foliar product. Laser products provide a combination of the essential elements required by the plant with a target nutrient(s), per formulation, to overcome a cropās specific deficiency.
The Laser product line delivers:
- Four products, each one individually formulated to target a specific nutrient while balancing overall plant nutrition
- Laser can be used on all crops and at all stages throughout the growing season
- 100% plant available with the lowest salt index
- Includes an amino acid to increase nutrient uptake and maximize nutrient use efficiency by the plant
- Compatible with most ATP products and agri-chemicals*Ā
Proven Agronomic Performance
- Data generated in North America shows that Laser KS increased overall wheat and canola yield by an average 3.0 and 6.0 bu/ac, respectively. Sufficient potassium and sulfur had a direct positive effect on the cropās yield due to stronger cell walls, enhanced synthesis of amino acids and proteins, and vigorous plant growth.
- 2020 grower replicated trials showed a synergistic effect of foliar applied potassium and boron at flowering. NRG KB increased canola yield by 4.2 bu/ac versus the check.
- Summary data collected from 2 replicated trials in 2011 have demonstrated the benefits of supplemental phosphorus nutrition. The addition of Laser P enhanced productivity by an average of 5 bu/ac in Wheat.
See The Difference
Sulphur Deficiency in Wheat
Photo shows a Sulphur deficiency plant (left) and a Sulphur sufficient plant (right).
Sufficient Sulphur has a direct positive effect on the cropās yield due to stronger cell walls, enhanced synthesis of amino acids and proteins, and vigorous plant growth.
Sufficient Sulphur has a direct positive effect on the cropās yield due to stronger cell walls, enhanced synthesis of amino acids and proteins, and vigorous plant growth.
Potassium Deficiency in Soybeans
Photo shows a Potassium deficient plant
Sufficient Potassium has a direct positive effect on the cropās yield due to stronger cell walls, enhanced synthesis of amino acids and proteins, and vigorous plant growth.
Sufficient Potassium has a direct positive effect on the cropās yield due to stronger cell walls, enhanced synthesis of amino acids and proteins, and vigorous plant growth.
Nitrogen Deficiency in Wheat
Photo shows a Nitrogen deficient plant.
Sufficient Nitrogen enhances nutrient uptake and promotes rapid growth in the plant.
Sufficient Nitrogen enhances nutrient uptake and promotes rapid growth in the plant.
Technical Info
| PRODUCT | ANALYSIS | RATE | TIMING | FORM | PRODUCT SIZE |
|---|---|---|---|---|---|
| 7-0-0-10.0Ca-2.0B | 1.0 qt/ac | Foliar | Liquid | Case (2x2.5 gallon), 125 gallon, 250 gallon | |
| 2-0-15-1.5B + Cellburst⢠| 1.0-3.0 qt/ac | Foliar | Liquid | Case (2x2.5 gallon), 125 gallon, 250 gallon | |
| 10-5-15-6.0S + MicroPak + BA | 1.0-3.0 qt/ac | Foliar | Liquid | Case (2x2.5 gallon), 125 gallon, 250 gallon | |
| 6-26-5 + MicroPak + BA | 1.0-3.0 qt/ac | Foliar | Liquid | Case (2x2.5 gallon), 125 gallon, 250 gallon |
BA = Biological Activators
Product Recommendations
- Laser products are typically applied at 1-3 qt/ac at herbicide timing (BBCH 13-31), but can also be applied later, such as at flowering or post-flowering.
- **Tissue test is required to determine the optimum application rate.
- Laser products are tank-mixable with most pesticides but a jar test is always recommended to confirm product compatibility. For support, please refer to the product compatibility information at www.atpag.com
- To view the SDSās and Product Labels please visit www.atpag.com