Factory Custom Metal Powder Injection Molding for Medical Parts by MIM
JMRRC Agriculture Spraying Drones Designed for improve the pesticides spraying efficiency and effect of the control pest. Of course it also can spraying the liquid fertilizer to the leaves. To compare the spraying work by hand, The spraying drone get 10x efficient than by hand, and pesticide get even distribution. Duo to classify the drones ,If depend the input energy, There has 3 kinds : full electric powered by Lipo batteries, gas engine, and Hybrid system , In the market most of the spraying drones use the Drone Lipo Battery as the energy, Because it is economy, easily operate ,convenent to maintenance, and safe than the gas engine, or other hybrid system.And if depend the capacity of the tanks, JMRRC Spraying Drone series has payload for 5L, 10L,16L, and 21L so far. Depend the area of the fields we can recommend the correct drones for you.
The spraying nozzle tips can be exchange to many different models because farmers may has spraying requests for the plants. Usual we use model of 11015 ,and 11010 optoinal , user can exhange it easily themselves.
The Drone Flight Controller has the follow functions suit for the farm work demands: A-B point auto spraying,Manual Spraying,Route Plans spraying , Break point (out of tank alarm and continue to spraying after reload.),Failsafe etc.
Pesticide Drone,Spry Waterproof Drone,Drone Pesticide Sprayer,Crop Dusting Drones shenzhen GC Electronics Co.,Ltd. , https://www.jmrdrone.com
Fortunately, there are several parts of design such as hinges, fiber optic connector bases, and new style connectors are closely dependent on MIM technology. These products are being produced in a large number and MIM technology is being adopted by more and more.
MIM and CIM--Drome can provide one-stop service solution.
The basic attributes include:
1.Economical production of complex parts with weight from 0.03 to 200g from high-performance engineering materials.
2.Parts with high dimensional precision (±0.1%~±0.5%) and good surface quality (surface roughness 1~2μm).
3.Parts with high relative density (96%~100%), homogeneous microstructure and superior performance.
4.Adaptable to powders of various materials and wide application of the parts.
5.Material saving through the recycle of wastes, production process with high level of automation and suitable for mass production
Flow chart of metal injection molding
Application of MIM
Products Range:
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Material
Â
Typical Values
Â
Â
Designation Code
Density g/cm3
Tensile Properties
Young's modulus, Gpa
Un-notched Charpy Impact Energy,J
Hardness,Rockwell
Â
Â
UTS. Mpa
Y.S. (0.2%), Mpa
Elongation (in 25.4mm) %
Â
Â
Macro (apparent)
 Micro (converted)
MIM-Fe2Ni
7.8
280
115
25
Â
Â
55 HRB
50HRCÂ Â Â Â
MIM-Fe8Ni
7.8
450
Â
12
Â
Â
84HRB
50HRCÂ Â Â Â
MIM-2200 (as sintered)
7.8
290
125
40.0
190
135
45 HRB
Â
MIM-2700 (as sintered)
7.8
415
255
26.0
190
175
69 HRB
Â
MIM-4605 (as sintered)
7.8
440
205
15.0
200
70
62 HRB
Â
MIM-4605 (Q&T)
7.8
1655
1480
2.0
205
55
48 HRC
55 HRC
MIM-304L
7.8
500
Â
70
Â
Â
60 HRB
Â
MIM-316L (as sintered)
7.85
520
175
50.0
190
190
67 HRB
Â
MIM-410
7.7
900
Â
7
Â
Â
Â
40 HRC
MIM-420 (heat treated)
7.7
1380
1200
12
190
40
Â
45-60HRC
MIM-430L (as sintered)
7.8
410
240
25.0
210
150
65 HRB
Â
MIM-440C
7.8
700
590
15
Â
Â
Â
45-60HRC
MIM-17-4PH (as sintered)
7.8
900
730
6.0
190
140
27 HRC
Â
MIM-17-4PH (heat treated)
7.8
1190
Spraying Drones