The development of modern science and technology has provided a wealth of means and methods for the development of modern agricultural plant protection. The remote real-time monitoring system of pests is a very important monitoring method for pests and diseases. Its successful application has not only improved the workload of traditional monitoring methods. , time-consuming and time-consuming work, and improving the working environment of the monitoring staff has played an increasingly important role in improving the current warning level of pests and diseases, greatly improving the ability of the Chinese agricultural sector to respond to natural disasters, and for large areas of prevention. The control has a certain guiding role and effectively guarantees the safety of food production. Manganese Steel Plate Cutting Machine
Cutting
mode: Laser cutting
Suit
material: carbon steel, alloy steel, galvanized plate, stainless steel, copper
plate, aluminium plate, steel tube, copper pipe, aluminium pipe etc. sheet
matal.tube stock.
1.Product describe
Fast
cutting spead, high working efficiency and high stability, it is a high-tech
equipment that set one of fiber laser technology, CNC technology and high-tech
equipment.
2. Product features
Imported
with original packaging servo motor and reducer, bilateral drive, high
operating speed and high precision.
Can
remote operation, convenient and efficient, save labor.
Imported
cutting head, optical glass, focusing is convenient and cutting perfect.
Fiber
transmission, no need to adjusted the optical circuits, focal spot is more
smaller.
Adopted
auto lubrication system, auto dual-temperature control syatem, convenient and
efficient.
High
precision grinding guide rail, gear and rack, precision class up to ±0.02mm.
3.Product
parameters
Type
TI-3015
Effective
cutting width ( mm)
1500
Effective
cutting Length ( mm)
3000
Circular
tube diameter ( mm)
10-150
Square
tube size ( mm)
10-150
Range
of vertical stroke ( mm)
0-200
Input
power
AC380V/50Hz;AC220V/50Hz
Cutting
thickness ( mm)
0.3-15
Cutting
speed ( mm)
21000
(1000W/stainless δ1mm)
Idle
speed ( mm)
100000
Maximum
Acceleration (G)
1.2
Position
repeat accuracy ( mm)
±0.05
Laser
power (w)
500-1500
Drive
mode
Precision
rack bilateral drive
Laser
wavelength ( nm)
1080
Cooling
mode
water-cooling
Environmental
temperature
5-35℃
Cutting
material
Carbon
steel, stainless steel, alloy steel, copper, aluminum, galvanized sheet
4.
Cutting samples
Cnc Laser Cutter,Manganese Steel Plasma Cutting Machine,Manganese Steel Gantry Cutting Machine,Manganese Steel Plate Cutting Machine Shandong Buluoer Intelligent Technology Co., Ltd. , https://www.buluoercuttingmachine.com
Topp Yunnong R&D and production of remote pest real-time monitoring system applied the most advanced technology, will be remote photo insect report lamp, remote photo spore capture device, wireless remote photo spore capture device, wireless remote automatic weather station, Remote video surveillance systems and other systems are organically integrated and have the function of pest forecasting and disease monitoring. It is one of the specific applications of modern scientific and technological methods in pest and disease early warning monitoring. The system monitors pests remotely and real-time, monitoring data passes. The wireless network is sent to the dispatcher's mobile phone or computer terminal, and the dispatcher can understand the pests and diseases in the field in the control room, and provide timely guidance on large-scale prevention and control based on the knowledge of the occurrence and growth of pests.
With the development of modern plant protection information technology, the general prevention and control of agriculture requires generally unified command and deployment. The remote real-time monitoring system of pests can not only quickly and accurately predict the occurrence of pests and diseases in the monitoring and forecasting area, but also serve as a command and control for experts. The basis for decision-making, and the use of pest remote real-time monitoring systems, can also achieve information sharing, and greatly promote the standardization, networking, modernization, automation, and visualization of agricultural pest forecasting and early warning.