The blister cutter gear formula in a blister packing machine is essential for determining the gear ratio required for cutting blisters accurately. Here's a general formula: Blister Cutter Gear Formula: The formula for calculating the gear ratio R needed for the blister cutter in a blister Packing machine is: R=Np X Nm/Nc X Ns/Nf Where: R=Gear Ratio Np=Number of teeth on the pinion gear (drive gear on the motor shaft) Nm= Number of teeth on the driven gear (connected to the pinion) Nc= Number of teeth on the crankshaft gear (connected to the cutting mechanism) Ns = Number of strokes per minute (desired cutting speed) Nf= Frequency of the machine (cycles per minute) Explanation: Np x Nm is the gear ratio between the motor shaft and the driven gear. Nc is the gear ratio between the driven gear and the crankshaft gear. Ns is the desired cutting speed in strokes per minute. Nf is the frequency of the machine, which is cycles per minute. Let's say: Np=20 (teeth on the pinion gear) Nm=80(teeth on the driven gear) Nc=60 (teeth on the crankshaft gear) Ns=100 (desired cutting speed in strokes per minute) Nf= 120(frequency of the machine, cycles per minute) R=20x80/60 x 100/120 R=22.67 x 0.833 R=22.23 So, in this example, the gear ratio R needed for the blister cutter would be approximately 22.23. This formula helps ensure that the cutting mechanism moves at the desired speed and is synchronized with the machine's operation. Adjustments to these parameters can be made based on the specific requirements of the blister packing machine. I hope you are understand well......Thanks for watching
The blister cutter gear formula in a blister packing machine is essential for determining the gear ratio required for cutting blisters accurately. Here's a general formula: Blister Cutter Gear Formula: The formula for calculating the gear ratio R needed for the blister cutter in a blister Packing machine is: R=Np X Nm/Nc X Ns/Nf Where: R=Gear Ratio Np=Number of teeth on the pinion gear (drive gear on the motor shaft) Nm= Number of teeth on the driven gear (connected to the pinion) Nc= Number of teeth on the crankshaft gear (connected to the cutting mechanism) Ns = Number of strokes per minute (desired cutting speed) Nf= Frequency of the machine (cycles per minute) Explanation: Np x Nm is the gear ratio between the motor shaft and the driven gear. Nc is the gear ratio between the driven gear and the crankshaft gear. Ns is the desired cutting speed in strokes per minute. Nf is the frequency of the machine, which is cycles per minute. Let's say: Np=20 (teeth on the pinion gear) Nm=80(teeth on the driven gear) Nc=60 (teeth on the crankshaft gear) Ns=100 (desired cutting speed in strokes per minute) Nf= 120(frequency of the machine, cycles per minute) R=20x80/60 x 100/120 R=22.67 x 0.833 R=22.23 So, in this example, the gear ratio R needed for the blister cutter would be approximately 22.23. This formula helps ensure that the cutting mechanism moves at the desired speed and is synchronized with the machine's operation. Adjustments to these parameters can be made based on the specific requirements of the blister packing machine. I hope you are understand well......Thanks for watching
The blister cutter gear formula in a blister packing machine is essential for determining the gear ratio required for cutting blisters accurately. Here's a general formula: Blister Cutter Gear Formula: The formula for calculating the gear ratio R needed for the blister cutter in a blister Packing machine is: R=Np X Nm/Nc X Ns/Nf Where: R=Gear Ratio Np=Number of teeth on the pinion gear (drive gear on the motor shaft) Nm= Number of teeth on the driven gear (connected to the pinion) Nc= Number of teeth on the crankshaft gear (connected to the cutting mechanism) Ns = Number of strokes per minute (desired cutting speed) Nf= Frequency of the machine (cycles per minute) Explanation: Np x Nm is the gear ratio between the motor shaft and the driven gear. Nc is the gear ratio between the driven gear and the crankshaft gear. Ns is the desired cutting speed in strokes per minute. Nf is the frequency of the machine, which is cycles per minute. Let's say: Np=20 (teeth on the pinion gear) Nm=80(teeth on the driven gear) Nc=60 (teeth on the crankshaft gear) Ns=100 (desired cutting speed in strokes per minute) Nf= 120(frequency of the machine, cycles per minute) R=20x80/60 x 100/120 R=22.67 x 0.833 R=22.23 So, in this example, the gear ratio R needed for the blister cutter would be approximately 22.23. This formula helps ensure that the cutting mechanism moves at the desired speed and is synchronized with the machine's operation. Adjustments to these parameters can be made based on the specific requirements of the blister packing machine. I hope you are understand well......Thanks for watching
The blister cutter gear formula in a blister packing machine is essential for determining the gear ratio required for cutting blisters accurately. Here's a general formula: Blister Cutter Gear Formula: The formula for calculating the gear ratio R needed for the blister cutter in a blister Packing machine is: R=Np X Nm/Nc X Ns/Nf Where: R=Gear Ratio Np=Number of teeth on the pinion gear (drive gear on the motor shaft) Nm= Number of teeth on the driven gear (connected to the pinion) Nc= Number of teeth on the crankshaft gear (connected to the cutting mechanism) Ns = Number of strokes per minute (desired cutting speed) Nf= Frequency of the machine (cycles per minute) Explanation: Np x Nm is the gear ratio between the motor shaft and the driven gear. Nc is the gear ratio between the driven gear and the crankshaft gear. Ns is the desired cutting speed in strokes per minute. Nf is the frequency of the machine, which is cycles per minute. Let's say: Np=20 (teeth on the pinion gear) Nm=80(teeth on the driven gear) Nc=60 (teeth on the crankshaft gear) Ns=100 (desired cutting speed in strokes per minute) Nf= 120(frequency of the machine, cycles per minute) R=20x80/60 x 100/120 R=22.67 x 0.833 R=22.23 So, in this example, the gear ratio R needed for the blister cutter would be approximately 22.23. This formula helps ensure that the cutting mechanism moves at the desired speed and is synchronized with the machine's operation. Adjustments to these parameters can be made based on the specific requirements of the blister packing machine. I hope you are understand well......Thanks for watching
@@PHARMAACQUAINTANCE sir ye pata kese chalega ki kon se set par kon sa gear lagega.aur printing gear aur cutting gear kese ka pata kese lagega ki kis set par kon sa gear lagega.please batayen.hamara forman kuchh batate nahi hai...
The blister cutter gear formula in a blister packing machine is essential for determining the gear ratio required for cutting blisters accurately. Here's a general formula: Blister Cutter Gear Formula: The formula for calculating the gear ratio R needed for the blister cutter in a blister Packing machine is: R=Np X Nm/Nc X Ns/Nf Where: R=Gear Ratio Np=Number of teeth on the pinion gear (drive gear on the motor shaft) Nm= Number of teeth on the driven gear (connected to the pinion) Nc= Number of teeth on the crankshaft gear (connected to the cutting mechanism) Ns = Number of strokes per minute (desired cutting speed) Nf= Frequency of the machine (cycles per minute) Explanation: Np x Nm is the gear ratio between the motor shaft and the driven gear. Nc is the gear ratio between the driven gear and the crankshaft gear. Ns is the desired cutting speed in strokes per minute. Nf is the frequency of the machine, which is cycles per minute. Let's say: Np=20 (teeth on the pinion gear) Nm=80(teeth on the driven gear) Nc=60 (teeth on the crankshaft gear) Ns=100 (desired cutting speed in strokes per minute) Nf= 120(frequency of the machine, cycles per minute) R=20x80/60 x 100/120 R=22.67 x 0.833 R=22.23 So, in this example, the gear ratio R needed for the blister cutter would be approximately 22.23. This formula helps ensure that the cutting mechanism moves at the desired speed and is synchronized with the machine's operation. Adjustments to these parameters can be made based on the specific requirements of the blister packing machine. I hope you are understand well......Thanks for watching
The blister cutter gear formula in a blister packing machine is essential for determining the gear ratio required for cutting blisters accurately. Here's a general formula: Blister Cutter Gear Formula: The formula for calculating the gear ratio R needed for the blister cutter in a blister Packing machine is: R=Np X Nm/Nc X Ns/Nf Where: R=Gear Ratio Np=Number of teeth on the pinion gear (drive gear on the motor shaft) Nm= Number of teeth on the driven gear (connected to the pinion) Nc= Number of teeth on the crankshaft gear (connected to the cutting mechanism) Ns = Number of strokes per minute (desired cutting speed) Nf= Frequency of the machine (cycles per minute) Explanation: Np x Nm is the gear ratio between the motor shaft and the driven gear. Nc is the gear ratio between the driven gear and the crankshaft gear. Ns is the desired cutting speed in strokes per minute. Nf is the frequency of the machine, which is cycles per minute. Let's say: Np=20 (teeth on the pinion gear) Nm=80(teeth on the driven gear) Nc=60 (teeth on the crankshaft gear) Ns=100 (desired cutting speed in strokes per minute) Nf= 120(frequency of the machine, cycles per minute) R=20x80/60 x 100/120 R=22.67 x 0.833 R=22.23 So, in this example, the gear ratio R needed for the blister cutter would be approximately 22.23. This formula helps ensure that the cutting mechanism moves at the desired speed and is synchronized with the machine's operation. Adjustments to these parameters can be made based on the specific requirements of the blister packing machine. I hope you are understand well......Thanks for watching
The blister cutter gear formula in a blister packing machine is essential for determining the gear ratio required for cutting blisters accurately. Here's a general formula: Blister Cutter Gear Formula: The formula for calculating the gear ratio R needed for the blister cutter in a blister Packing machine is: R=Np X Nm/Nc X Ns/Nf Where: R=Gear Ratio Np=Number of teeth on the pinion gear (drive gear on the motor shaft) Nm= Number of teeth on the driven gear (connected to the pinion) Nc= Number of teeth on the crankshaft gear (connected to the cutting mechanism) Ns = Number of strokes per minute (desired cutting speed) Nf= Frequency of the machine (cycles per minute) Explanation: Np x Nm is the gear ratio between the motor shaft and the driven gear. Nc is the gear ratio between the driven gear and the crankshaft gear. Ns is the desired cutting speed in strokes per minute. Nf is the frequency of the machine, which is cycles per minute. Let's say: Np=20 (teeth on the pinion gear) Nm=80(teeth on the driven gear) Nc=60 (teeth on the crankshaft gear) Ns=100 (desired cutting speed in strokes per minute) Nf= 120(frequency of the machine, cycles per minute) R=20x80/60 x 100/120 R=22.67 x 0.833 R=22.23 So, in this example, the gear ratio R needed for the blister cutter would be approximately 22.23. This formula helps ensure that the cutting mechanism moves at the desired speed and is synchronized with the machine's operation. Adjustments to these parameters can be made based on the specific requirements of the blister packing machine. I hope you are understand well......Thanks for watching
The blister cutter gear formula in a blister packing machine is essential for determining the gear ratio required for cutting blisters accurately. Here's a general formula: Blister Cutter Gear Formula: The formula for calculating the gear ratio R needed for the blister cutter in a blister Packing machine is: R=Np X Nm/Nc X Ns/Nf Where: R=Gear Ratio Np=Number of teeth on the pinion gear (drive gear on the motor shaft) Nm= Number of teeth on the driven gear (connected to the pinion) Nc= Number of teeth on the crankshaft gear (connected to the cutting mechanism) Ns = Number of strokes per minute (desired cutting speed) Nf= Frequency of the machine (cycles per minute) Explanation: Np x Nm is the gear ratio between the motor shaft and the driven gear. Nc is the gear ratio between the driven gear and the crankshaft gear. Ns is the desired cutting speed in strokes per minute. Nf is the frequency of the machine, which is cycles per minute. Let's say: Np=20 (teeth on the pinion gear) Nm=80(teeth on the driven gear) Nc=60 (teeth on the crankshaft gear) Ns=100 (desired cutting speed in strokes per minute) Nf= 120(frequency of the machine, cycles per minute) R=20x80/60 x 100/120 R=22.67 x 0.833 R=22.23 So, in this example, the gear ratio R needed for the blister cutter would be approximately 22.23. This formula helps ensure that the cutting mechanism moves at the desired speed and is synchronized with the machine's operation. Adjustments to these parameters can be made based on the specific requirements of the blister packing machine. I hope you are understand well......Thanks for watching
The blister cutter gear formula in a blister packing machine is essential for determining the gear ratio required for cutting blisters accurately. Here's a general formula: Blister Cutter Gear Formula: The formula for calculating the gear ratio R needed for the blister cutter in a blister Packing machine is: R=Np X Nm/Nc X Ns/Nf Where: R=Gear Ratio Np=Number of teeth on the pinion gear (drive gear on the motor shaft) Nm= Number of teeth on the driven gear (connected to the pinion) Nc= Number of teeth on the crankshaft gear (connected to the cutting mechanism) Ns = Number of strokes per minute (desired cutting speed) Nf= Frequency of the machine (cycles per minute) Explanation: Np x Nm is the gear ratio between the motor shaft and the driven gear. Nc is the gear ratio between the driven gear and the crankshaft gear. Ns is the desired cutting speed in strokes per minute. Nf is the frequency of the machine, which is cycles per minute. Let's say: Np=20 (teeth on the pinion gear) Nm=80(teeth on the driven gear) Nc=60 (teeth on the crankshaft gear) Ns=100 (desired cutting speed in strokes per minute) Nf= 120(frequency of the machine, cycles per minute) R=20x80/60 x 100/120 R=22.67 x 0.833 R=22.23 So, in this example, the gear ratio R needed for the blister cutter would be approximately 22.23. This formula helps ensure that the cutting mechanism moves at the desired speed and is synchronized with the machine's operation. Adjustments to these parameters can be made based on the specific requirements of the blister packing machine. I hope you are understandable well......Thanks for watching
Bhai galat method Hai Iske Chakkar me Na Pado Me Kisi Ka Dushman Nahin hun yah galat hai jo yah Bata rahe ha method isase Poochho ki Chhota Gair 45 ka Kaise nikala bhai gairo Se Mat Nahi nikalte mat se Gair nikalte Ha
Bhai yahi method hai, big gear or small gear se hi calculate karte hai Book me bhi yahi likha h Bhai study kar ke hi video banaya h... Aap bhi ek baar check karo
![[LIVE] : ONE ลุมพินี 83 วันนี้!! คู่เอก "พันฤทธิ์ vs ซุปเปอร์บอล วันของโอม MBK"](http://i.ytimg.com/vi/1b4pkKHa_Fk/mqdefault.jpg)
Gear kaise pta kre kis forming pe kon sa gear lagega
Nice one. 45 and 72 is no. Of teeth on Small gear and big gear correct? And this are printing gear ?
Yes, correct
Strip machine ke cutting gear ka kya formula rehta h sir....please describe. .
The blister cutter gear formula in a blister packing machine is essential for determining the gear ratio required for cutting blisters accurately. Here's a general formula:
Blister Cutter Gear Formula:
The formula for calculating the gear ratio R needed for the blister cutter in a blister Packing machine is:
R=Np X Nm/Nc X Ns/Nf
Where:
R=Gear Ratio
Np=Number of teeth on the pinion gear (drive gear on the motor shaft)
Nm= Number of teeth on the driven gear (connected to the pinion)
Nc= Number of teeth on the crankshaft gear (connected to the cutting mechanism)
Ns = Number of strokes per minute (desired cutting speed)
Nf= Frequency of the machine (cycles per minute)
Explanation:
Np x Nm is the gear ratio between the motor shaft and the driven gear.
Nc is the gear ratio between the driven gear and the crankshaft gear.
Ns is the desired cutting speed in strokes per minute.
Nf is the frequency of the machine, which is cycles per minute.
Let's say:
Np=20 (teeth on the pinion gear)
Nm=80(teeth on the driven gear)
Nc=60 (teeth on the crankshaft gear)
Ns=100 (desired cutting speed in strokes per minute)
Nf= 120(frequency of the machine, cycles per minute)
R=20x80/60 x 100/120
R=22.67 x 0.833
R=22.23
So, in this example, the gear ratio R needed for the blister cutter would be approximately 22.23.
This formula helps ensure that the cutting mechanism moves at the desired speed and is synchronized with the machine's operation. Adjustments to these parameters can be made based on the specific requirements of the blister packing machine.
I hope you are understand well......Thanks for watching
300 ki machine me 90 ke center me Pocket size 98×40 hai to kitne stereo (#size) chahiyeaur gear konse lagege?
The blister cutter gear formula in a blister packing machine is essential for determining the gear ratio required for cutting blisters accurately. Here's a general formula:
Blister Cutter Gear Formula:
The formula for calculating the gear ratio R needed for the blister cutter in a blister Packing machine is:
R=Np X Nm/Nc X Ns/Nf
Where:
R=Gear Ratio
Np=Number of teeth on the pinion gear (drive gear on the motor shaft)
Nm= Number of teeth on the driven gear (connected to the pinion)
Nc= Number of teeth on the crankshaft gear (connected to the cutting mechanism)
Ns = Number of strokes per minute (desired cutting speed)
Nf= Frequency of the machine (cycles per minute)
Explanation:
Np x Nm is the gear ratio between the motor shaft and the driven gear.
Nc is the gear ratio between the driven gear and the crankshaft gear.
Ns is the desired cutting speed in strokes per minute.
Nf is the frequency of the machine, which is cycles per minute.
Let's say:
Np=20 (teeth on the pinion gear)
Nm=80(teeth on the driven gear)
Nc=60 (teeth on the crankshaft gear)
Ns=100 (desired cutting speed in strokes per minute)
Nf= 120(frequency of the machine, cycles per minute)
R=20x80/60 x 100/120
R=22.67 x 0.833
R=22.23
So, in this example, the gear ratio R needed for the blister cutter would be approximately 22.23.
This formula helps ensure that the cutting mechanism moves at the desired speed and is synchronized with the machine's operation. Adjustments to these parameters can be made based on the specific requirements of the blister packing machine.
I hope you are understand well......Thanks for watching
Cutting gear aur printing gear ka formula kya hai
The blister cutter gear formula in a blister packing machine is essential for determining the gear ratio required for cutting blisters accurately. Here's a general formula:
Blister Cutter Gear Formula:
The formula for calculating the gear ratio R needed for the blister cutter in a blister Packing machine is:
R=Np X Nm/Nc X Ns/Nf
Where:
R=Gear Ratio
Np=Number of teeth on the pinion gear (drive gear on the motor shaft)
Nm= Number of teeth on the driven gear (connected to the pinion)
Nc= Number of teeth on the crankshaft gear (connected to the cutting mechanism)
Ns = Number of strokes per minute (desired cutting speed)
Nf= Frequency of the machine (cycles per minute)
Explanation:
Np x Nm is the gear ratio between the motor shaft and the driven gear.
Nc is the gear ratio between the driven gear and the crankshaft gear.
Ns is the desired cutting speed in strokes per minute.
Nf is the frequency of the machine, which is cycles per minute.
Let's say:
Np=20 (teeth on the pinion gear)
Nm=80(teeth on the driven gear)
Nc=60 (teeth on the crankshaft gear)
Ns=100 (desired cutting speed in strokes per minute)
Nf= 120(frequency of the machine, cycles per minute)
R=20x80/60 x 100/120
R=22.67 x 0.833
R=22.23
So, in this example, the gear ratio R needed for the blister cutter would be approximately 22.23.
This formula helps ensure that the cutting mechanism moves at the desired speed and is synchronized with the machine's operation. Adjustments to these parameters can be made based on the specific requirements of the blister packing machine.
I hope you are understand well......Thanks for watching
Yrr aisa nhi hai
Good work Anna ❤❤
Thanks dear
Stereo to stereo gap how to come...
Sir blister machine ka cutting gear kese nikalte hai. Please bataye
The blister cutter gear formula in a blister packing machine is essential for determining the gear ratio required for cutting blisters accurately. Here's a general formula:
Blister Cutter Gear Formula:
The formula for calculating the gear ratio R needed for the blister cutter in a blister Packing machine is:
R=Np X Nm/Nc X Ns/Nf
Where:
R=Gear Ratio
Np=Number of teeth on the pinion gear (drive gear on the motor shaft)
Nm= Number of teeth on the driven gear (connected to the pinion)
Nc= Number of teeth on the crankshaft gear (connected to the cutting mechanism)
Ns = Number of strokes per minute (desired cutting speed)
Nf= Frequency of the machine (cycles per minute)
Explanation:
Np x Nm is the gear ratio between the motor shaft and the driven gear.
Nc is the gear ratio between the driven gear and the crankshaft gear.
Ns is the desired cutting speed in strokes per minute.
Nf is the frequency of the machine, which is cycles per minute.
Let's say:
Np=20 (teeth on the pinion gear)
Nm=80(teeth on the driven gear)
Nc=60 (teeth on the crankshaft gear)
Ns=100 (desired cutting speed in strokes per minute)
Nf= 120(frequency of the machine, cycles per minute)
R=20x80/60 x 100/120
R=22.67 x 0.833
R=22.23
So, in this example, the gear ratio R needed for the blister cutter would be approximately 22.23.
This formula helps ensure that the cutting mechanism moves at the desired speed and is synchronized with the machine's operation. Adjustments to these parameters can be made based on the specific requirements of the blister packing machine.
I hope you are understand well......Thanks for watching
@@PHARMAACQUAINTANCE sir ye pata kese chalega ki kon se set par kon sa gear lagega.aur printing gear aur cutting gear kese ka pata kese lagega ki kis set par kon sa gear lagega.please batayen.hamara forman kuchh batate nahi hai...
Hello sir, blister m/c ka gear ka formula batayege sie
Ok I will do and make a new video
Thanks for watching and support
Kulbendra kopney gear nikalne ka formula batay sahab thanks
The blister cutter gear formula in a blister packing machine is essential for determining the gear ratio required for cutting blisters accurately. Here's a general formula:
Blister Cutter Gear Formula:
The formula for calculating the gear ratio R needed for the blister cutter in a blister Packing machine is:
R=Np X Nm/Nc X Ns/Nf
Where:
R=Gear Ratio
Np=Number of teeth on the pinion gear (drive gear on the motor shaft)
Nm= Number of teeth on the driven gear (connected to the pinion)
Nc= Number of teeth on the crankshaft gear (connected to the cutting mechanism)
Ns = Number of strokes per minute (desired cutting speed)
Nf= Frequency of the machine (cycles per minute)
Explanation:
Np x Nm is the gear ratio between the motor shaft and the driven gear.
Nc is the gear ratio between the driven gear and the crankshaft gear.
Ns is the desired cutting speed in strokes per minute.
Nf is the frequency of the machine, which is cycles per minute.
Let's say:
Np=20 (teeth on the pinion gear)
Nm=80(teeth on the driven gear)
Nc=60 (teeth on the crankshaft gear)
Ns=100 (desired cutting speed in strokes per minute)
Nf= 120(frequency of the machine, cycles per minute)
R=20x80/60 x 100/120
R=22.67 x 0.833
R=22.23
So, in this example, the gear ratio R needed for the blister cutter would be approximately 22.23.
This formula helps ensure that the cutting mechanism moves at the desired speed and is synchronized with the machine's operation. Adjustments to these parameters can be made based on the specific requirements of the blister packing machine.
I hope you are understand well......Thanks for watching
Video banaye sir jaise sterio ki bnyi
Bhai gear kon sa lagega vo bta do
Very good sir ji
Thanks
Amazing knowledge sir......thank you so much
Thanks
Thanks sir
Welcome
Very good
Thanks
Blister ke main gear ka formula batao sir. Jo m/c ke andar hote hai 2 gear.
The blister cutter gear formula in a blister packing machine is essential for determining the gear ratio required for cutting blisters accurately. Here's a general formula:
Blister Cutter Gear Formula:
The formula for calculating the gear ratio R needed for the blister cutter in a blister Packing machine is:
R=Np X Nm/Nc X Ns/Nf
Where:
R=Gear Ratio
Np=Number of teeth on the pinion gear (drive gear on the motor shaft)
Nm= Number of teeth on the driven gear (connected to the pinion)
Nc= Number of teeth on the crankshaft gear (connected to the cutting mechanism)
Ns = Number of strokes per minute (desired cutting speed)
Nf= Frequency of the machine (cycles per minute)
Explanation:
Np x Nm is the gear ratio between the motor shaft and the driven gear.
Nc is the gear ratio between the driven gear and the crankshaft gear.
Ns is the desired cutting speed in strokes per minute.
Nf is the frequency of the machine, which is cycles per minute.
Let's say:
Np=20 (teeth on the pinion gear)
Nm=80(teeth on the driven gear)
Nc=60 (teeth on the crankshaft gear)
Ns=100 (desired cutting speed in strokes per minute)
Nf= 120(frequency of the machine, cycles per minute)
R=20x80/60 x 100/120
R=22.67 x 0.833
R=22.23
So, in this example, the gear ratio R needed for the blister cutter would be approximately 22.23.
This formula helps ensure that the cutting mechanism moves at the desired speed and is synchronized with the machine's operation. Adjustments to these parameters can be made based on the specific requirements of the blister packing machine.
I hope you are understand well......Thanks for watching
@@PHARMAACQUAINTANCE thankyou sir❤️
Sir request for cutting or printing ka please one small viedo clip
As soon as possible
Pta kaise kre sir
Uspar likha hoga
Sir ink na fahle kya kare
Replace your Printing drum also replace the Roller Pad
In strip you can change the stereo
Sir blister machine की जानकारी दे
ok we will try in Next video
Hello sir cutter gear ka formula bataye sir
I will try to make a video
Hello Sir, India ka Sar ko pata laga Kya?
Bata De Ne mujhe
mobile number share karo
45 bala kaise pta krenge
Count kar sakte ho
Sar ji help kiye the aapki
Kaise kiye the
Gear ke formula
The blister cutter gear formula in a blister packing machine is essential for determining the gear ratio required for cutting blisters accurately. Here's a general formula:
Blister Cutter Gear Formula:
The formula for calculating the gear ratio R needed for the blister cutter in a blister Packing machine is:
R=Np X Nm/Nc X Ns/Nf
Where:
R=Gear Ratio
Np=Number of teeth on the pinion gear (drive gear on the motor shaft)
Nm= Number of teeth on the driven gear (connected to the pinion)
Nc= Number of teeth on the crankshaft gear (connected to the cutting mechanism)
Ns = Number of strokes per minute (desired cutting speed)
Nf= Frequency of the machine (cycles per minute)
Explanation:
Np x Nm is the gear ratio between the motor shaft and the driven gear.
Nc is the gear ratio between the driven gear and the crankshaft gear.
Ns is the desired cutting speed in strokes per minute.
Nf is the frequency of the machine, which is cycles per minute.
Let's say:
Np=20 (teeth on the pinion gear)
Nm=80(teeth on the driven gear)
Nc=60 (teeth on the crankshaft gear)
Ns=100 (desired cutting speed in strokes per minute)
Nf= 120(frequency of the machine, cycles per minute)
R=20x80/60 x 100/120
R=22.67 x 0.833
R=22.23
So, in this example, the gear ratio R needed for the blister cutter would be approximately 22.23.
This formula helps ensure that the cutting mechanism moves at the desired speed and is synchronized with the machine's operation. Adjustments to these parameters can be made based on the specific requirements of the blister packing machine.
I hope you are understand well......Thanks for watching
Bahut badiya sr aapka no. Mil sakta h sr.plz
Yes
9760885353
Ger ke hisab se pinting dham ke se nikal na he
Hii
Hello thanks for watching the video
Sir blister main gear kaise nikalte hai
The blister cutter gear formula in a blister packing machine is essential for determining the gear ratio required for cutting blisters accurately. Here's a general formula:
Blister Cutter Gear Formula:
The formula for calculating the gear ratio R needed for the blister cutter in a blister Packing machine is:
R=Np X Nm/Nc X Ns/Nf
Where:
R=Gear Ratio
Np=Number of teeth on the pinion gear (drive gear on the motor shaft)
Nm= Number of teeth on the driven gear (connected to the pinion)
Nc= Number of teeth on the crankshaft gear (connected to the cutting mechanism)
Ns = Number of strokes per minute (desired cutting speed)
Nf= Frequency of the machine (cycles per minute)
Explanation:
Np x Nm is the gear ratio between the motor shaft and the driven gear.
Nc is the gear ratio between the driven gear and the crankshaft gear.
Ns is the desired cutting speed in strokes per minute.
Nf is the frequency of the machine, which is cycles per minute.
Let's say:
Np=20 (teeth on the pinion gear)
Nm=80(teeth on the driven gear)
Nc=60 (teeth on the crankshaft gear)
Ns=100 (desired cutting speed in strokes per minute)
Nf= 120(frequency of the machine, cycles per minute)
R=20x80/60 x 100/120
R=22.67 x 0.833
R=22.23
So, in this example, the gear ratio R needed for the blister cutter would be approximately 22.23.
This formula helps ensure that the cutting mechanism moves at the desired speed and is synchronized with the machine's operation. Adjustments to these parameters can be made based on the specific requirements of the blister packing machine.
I hope you are understand well......Thanks for watching
Sar Gair Kaise nikaalenge Chhota Bada yah batao
The blister cutter gear formula in a blister packing machine is essential for determining the gear ratio required for cutting blisters accurately. Here's a general formula:
Blister Cutter Gear Formula:
The formula for calculating the gear ratio R needed for the blister cutter in a blister Packing machine is:
R=Np X Nm/Nc X Ns/Nf
Where:
R=Gear Ratio
Np=Number of teeth on the pinion gear (drive gear on the motor shaft)
Nm= Number of teeth on the driven gear (connected to the pinion)
Nc= Number of teeth on the crankshaft gear (connected to the cutting mechanism)
Ns = Number of strokes per minute (desired cutting speed)
Nf= Frequency of the machine (cycles per minute)
Explanation:
Np x Nm is the gear ratio between the motor shaft and the driven gear.
Nc is the gear ratio between the driven gear and the crankshaft gear.
Ns is the desired cutting speed in strokes per minute.
Nf is the frequency of the machine, which is cycles per minute.
Let's say:
Np=20 (teeth on the pinion gear)
Nm=80(teeth on the driven gear)
Nc=60 (teeth on the crankshaft gear)
Ns=100 (desired cutting speed in strokes per minute)
Nf= 120(frequency of the machine, cycles per minute)
R=20x80/60 x 100/120
R=22.67 x 0.833
R=22.23
So, in this example, the gear ratio R needed for the blister cutter would be approximately 22.23.
This formula helps ensure that the cutting mechanism moves at the desired speed and is synchronized with the machine's operation. Adjustments to these parameters can be made based on the specific requirements of the blister packing machine.
I hope you are understandable well......Thanks for watching
Sir apka formula galat he
Ho sakta hai
Aap Pehle gear ⚙️ bhi calculate kar sakte h
Dono hi method h
Gear se stereo ya stereo se gear
But thanks for watching my video
Sir jab galt formula hai bolta hai log tab aap ak printig gear jaisa chhoti vidio banaiye sir
ok i will try
Please consider number send kriye sir
But why.
9760885353
Bhai galat method Hai Iske Chakkar me Na Pado Me Kisi Ka Dushman Nahin hun yah galat hai jo yah Bata rahe ha method isase Poochho ki Chhota Gair 45 ka Kaise nikala bhai gairo Se Mat Nahi nikalte mat se Gair nikalte Ha
Bhai yahi method hai, big gear or small gear se hi calculate karte hai
Book me bhi yahi likha h
Bhai study kar ke hi video banaya h...
Aap bhi ek baar check karo
@@PHARMAACQUAINTANCE
To Fir aap bata sakte ho ki small gear 45 sthit ka hi Kyu laga
@@PHARMAACQUAINTANCE bhai me blister machine ka hi opreator hu
Bhai me bhi QA manager hu
@@PHARMAACQUAINTANCE Agar bhai 45 and 72 ka Gair nahi mila to kaun sa Gair lagaoge Pata ha Kuchh