₹6,250.00
Ambition weld Industries Manufacture High Quality Lithium Battery spot welding Machine for the uses a short cycle, high-current pulse to join nickel strips to Cell terminals. A very short but intense electrical current (usually 2–10 milliseconds) is sent through the electrodes and into the nickel strips. You can choose a spot welder based on your project’s needs Like
1. Portable Type 3 Kw
2. Portable Industrial Type 4 KW
3. Manual TAble Type 6KW
4. Pneumatic Table Type 6 KW
5. Pneumatic Free Size 8 KW
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Add to QuoteVERSATILE TESTING: Compatible with both Lead-Acid and Lithium battery packs, offering comprehensive charge and discharge testing capabilities in the 9-99V DC range
POWER CAPACITY: Features robust 20A current handling capability, suitable for testing various battery pack configurations and capacities
DIGITAL DISPLAY: Equipped with an LCD screen for real-time monitoring of test parameters and battery performance metrics
CONTROL INTERFACE: User-friendly design with straightforward SET and START controls for easy operation and parameter adjustment
COOLING SYSTEM: Built-in ventilation system with efficient heat dissipation ensures stable performance during extended testing sessions -
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Add to QuoteA “128 channel” and 3 AMP cell grinding machine is actually a 128-channel lithium-ion cell grading machine that tests and sorts individual battery cells simultaneously. These machines are used for quality and testing process. This machine is good for Lithiim Ion battery testing process.
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Add to QuoteSpot welding basically joins two pieces of metal using the heat from an electric current. The two pieces of metal are pressed together with electrodes on either side. The electrodes are connected via a small spot. The current must be applied for the correct amount of time in order to get a strong join. The exact timing will depend on the types and thickness of metals being joined.
Workpiece preparation: Projections are created on the workpiece. This can be done by embossing, machining, or stamping.
Placement: The workpieces are placed between large, flat, water-cooled copper electrodes. Unlike spot welding, the electrodes in projection welding are flat and do not concentrate the current.
Pressure application: A large amount of force is applied to the electrodes, which transfers the pressure to the workpieces, concentrating it at the raised projections.
Current flow: A high-amperage current is passed through the electrodes and into the workpieces. Because the contact points are small, the electrical resistance at the projections is high, generating a concentrated heat.
Fusion: The heat causes the projections to melt and collapse, fusing with the mating part to form a strong weld nugget.
Cooling and forging: The pressure from the electrodes is maintained until the weld nugget solidifies, effectively forging the joint. -
Sale!
Add to QuoteSpot welding basically joins two pieces of metal using the heat from an electric current. The two pieces of metal are pressed together with electrodes on either side. The electrodes are connected via a small spot. The current must be applied for the correct amount of time in order to get a strong join. The exact timing will depend on the types and thickness of metals being joined.
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Sale!
Add to QuoteSpot welding basically joins two pieces of metal using the heat from an electric current. The two pieces of metal are pressed together with electrodes on either side. The electrodes are connected via a small spot. The current must be applied for the correct amount of time in order to get a strong join. The exact timing will depend on the types and thickness of metals being joined.