GLITTER 801D Spot Welder Capacitor Energy Price in Bangladesh

N.B: This is a pre-order item.

The GLITTER 801D Spot Welder Capacitor Energy is a specialized battery spot welding machine designed for assembling rechargeable battery packs by welding nickel strips directly onto battery cell terminals. It is particularly useful for 18650, 21700, 26650, Li-ion, and LiFePO4 battery pack construction, where a reliable electrical connection is required without applying excessive heat to the battery cell.

Unlike conventional soldering methods, spot welding creates a localized electrical connection between the nickel strip and battery terminal. This allows battery pack builders to connect multiple cells in series or parallel while minimizing the amount of heat transferred into the cell compared with prolonged soldering.

The GLITTER 801D uses a capacitor-energy welding principle. Electrical energy is stored inside capacitors and released rapidly through the welding electrodes when a welding pulse is triggered. The short, high-current pulse creates localized heating at the contact point between the nickel strip and battery terminal, allowing the two materials to form a welded connection.

This type of welding is especially useful when constructing battery packs because directly soldering wires or nickel strips onto cylindrical lithium battery terminals can introduce substantial heat. Excessive heat can potentially damage a cell or compromise its long-term reliability. Spot welding is therefore commonly preferred for professional and DIY battery pack assembly.

The GLITTER 801D is designed for controlled battery welding applications and provides a more practical solution than manually assembling battery packs with soldering irons. Depending on the specific configuration and material being welded, users can adjust the welding parameters to achieve a suitable connection.

The machine is suitable for battery repair technicians, electronics workshops, DIY makers, engineers, students, and battery pack manufacturers. It can be used for applications ranging from small experimental battery packs to repeated battery assembly work, provided that the machine’s operating specifications and material limitations are respected.

A major advantage of capacitor-discharge welding is the very short duration of the welding pulse. Instead of continuously heating the workpiece, the stored energy is released in a controlled pulse. This helps concentrate the welding energy at the contact point and can reduce unnecessary heating of surrounding areas.

The GLITTER 801D can be used with suitable pure nickel strips and compatible nickel-plated materials, depending on the machine’s specifications. Proper strip thickness and welding parameters are important for obtaining strong and consistent welds. Using inappropriate materials can result in weak welds, excessive heating, or poor electrical connections.

For battery pack assembly, welding quality is extremely important. A weak weld can increase electrical resistance and generate additional heat during high-current operation. A properly formed weld provides a mechanically secure and electrically conductive connection between the strip and cell terminal.

The machine is also useful for battery pack prototyping and educational projects. Engineers can use it to experiment with different cell configurations, nickel strip thicknesses, welding pulse settings, and battery pack layouts.

Overall, the GLITTER 801D Spot Welder Capacitor Energy provides a practical solution for controlled spot welding in rechargeable battery pack construction. Its capacitor-based energy delivery, compact design, and dedicated battery welding application make it a useful tool for electronics and battery-related workshops.

What is Capacitor Energy Spot Welding?

Capacitor energy spot welding is a resistance welding technique in which electrical energy is stored in capacitors and then discharged through welding electrodes for a very short period.

The welding process generally involves:

1. Positioning the nickel strip on the battery terminal.
2. Placing the welding electrodes over the required welding points.
3. Triggering the welding pulse.
4. Releasing stored electrical energy through the electrodes.
5. Generating localized heat at the contact interface.
6. Forming a mechanical and electrical weld between the strip and cell terminal.

Because the energy is delivered over a short period, the welding process can minimize unnecessary heating compared with conventional soldering.

Key Features of GLITTER 801D Spot Welder Capacitor Energy

• Capacitor-discharge spot welding technology
• Designed for battery pack assembly
• Suitable for nickel strip welding
• Compact and practical design
• Rapid welding pulse
• Localized heat generation
• Suitable for rechargeable battery cells
• Useful for cylindrical battery packs
• Suitable for Li-ion battery projects
• Suitable for LiFePO4 battery projects
• Useful for DIY battery pack construction
• Suitable for electronics workshops
• Helps reduce prolonged heat exposure to cells
• Useful for battery repair and maintenance
• Designed for repeated spot welding applications

Technical Specifications

• Product Name: GLITTER 801D Spot Welder
• Model: 801D
• Technology: Capacitor Energy / Capacitor Discharge Spot Welding
• Welding Type: Resistance Spot Welding
• Application: Battery Pack Assembly
• Primary Material: Nickel Strip / Suitable Battery Welding Strip
• Compatible Battery Types: Li-ion, LiFePO4 and other compatible rechargeable cells
• Common Cell Formats: 18650, 21700, 26650 and similar cylindrical cells
• Welding Electrodes: Dual Electrode Configuration
• Control: Electronic Welding Pulse Control
• Application: DIY, Repair, Workshop and Battery Manufacturing

Note: Exact welding current, stored capacitor energy, supported strip thickness, input voltage, and other electrical specifications may vary between GLITTER 801D versions. Check the specifications printed on the particular unit before selecting welding parameters.

Working Principle of GLITTER 801D Spot Welder Capacitor Energy

The GLITTER 801D stores electrical energy in internal capacitors. When the welding electrodes make contact with the nickel strip and battery terminal, the machine releases the stored energy as a short-duration electrical pulse.

The resistance at the interface between the nickel strip and cell terminal converts the electrical energy into localized heat. This heat forms the weld point while the surrounding battery area experiences comparatively less heating than it would during prolonged soldering.

The welding electrodes also apply mechanical pressure to maintain proper electrical contact during the pulse.

The resulting weld connects the nickel strip electrically and mechanically to the battery terminal.

Applications of GLITTER 801D Spot Welder Capacitor Energy

• 18650 battery pack assembly
• 21700 battery pack assembly
• Li-ion battery pack construction
• LiFePO4 battery pack construction
• DIY rechargeable battery projects
• Battery pack repair
• Portable power station assembly
• Power bank battery assembly
• Electric vehicle battery pack prototyping
• RC battery pack projects
• Robotics battery packs
• Solar storage battery projects
• Electronics workshops
• Engineering laboratories
• Battery manufacturing and prototyping

Advantages of GLITTER 801D Spot Welder Capacitor Energy

• Fast welding operation
• Localized heat generation
• Suitable for battery pack assembly
• Better suited to battery terminals than prolonged soldering
• Compact and practical
• Consistent welding when correctly configured
• Useful for different battery pack configurations
• Suitable for DIY and professional workshop applications
• Reduces assembly time compared with manual soldering
• Provides strong electrical and mechanical connections when properly adjusted

Limitations

• Requires correct welding parameter selection.
• Different nickel materials require different welding settings.
• Excessive welding energy can damage battery cells or terminals.
• Not every nickel-plated strip has the same welding characteristics as pure nickel.
• Battery cells must be positioned securely before welding.
• The exact supported strip thickness depends on the particular 801D version.

Installation / Usage Tips

• Use only compatible battery cells and welding strips.
• Inspect every cell for physical damage before assembly.
• Keep battery terminals clean and dry.
• Use appropriate nickel strip thickness for the intended current.
• Start with a conservative welding setting and test on suitable material.
• Perform test welds before assembling the complete battery pack.
• Check weld strength after testing.
• Avoid repeated welding on exactly the same point.
• Keep the electrodes clean for consistent welding.
• Ensure the battery cells cannot move during welding.
• Use appropriate eye and electrical safety precautions.
• Never weld damaged or compromised rechargeable cells.
• Allow the equipment to cool if required during extended operation.

Important: Battery spot welding involves high electrical energy and can create heat, sparks, and battery hazards. Use the machine only with appropriate supervision, protective equipment, and according to the manufacturer’s instructions.

Why Choose GLITTER 801D Spot Welder Capacitor Energy

The GLITTER 801D Spot Welder Capacitor Energy is a useful choice for anyone working with rechargeable battery pack assembly. Its capacitor-based welding technology provides short-duration energy delivery, allowing nickel strips to be attached to compatible battery terminals without relying on prolonged soldering.

For workshops, battery repair businesses, electronics engineers, and DIY battery builders, a dedicated spot welder can significantly simplify the battery assembly process and provide more repeatable results when the correct welding parameters are used.

Why Buy from Electroxbd

• 100% Quality Tested Products
• Trusted Source for Reliable Electronic Parts
• Fast Delivery Across Bangladesh
• Competitive Pricing
• Quality Electronics Tools and Equipment
• Dedicated Technical Support
• Suitable for Battery Pack Builders
• Ideal for Students, Engineers, Technicians and DIY Makers

Frequently Asked Questions (FAQ)

What is the GLITTER 801D Spot Welder used for?

It is used for spot welding nickel strips to compatible rechargeable battery cells during battery pack assembly and repair.

Can the GLITTER 801D be used for 18650 batteries?

Yes, it is suitable for compatible 18650 battery pack assembly when the correct nickel strip and welding parameters are used.

Can this spot welder be used for LiFePO4 batteries?

Yes, it can be used for suitable LiFePO4 battery pack construction, provided the cell terminals, welding strip, and welding parameters are compatible with the machine.

Why is spot welding preferred over soldering for battery packs?

Spot welding creates a short-duration localized connection, which can reduce prolonged heat exposure to the battery cell compared with directly soldering onto the cell terminal.

Where can I buy GLITTER 801D Spot Welder in Bangladesh?

You can buy the GLITTER 801D Spot Welder Capacitor Energy from Electroxbd, a trusted electronics components supplier in Bangladesh.

Common Questions:

Q: What is the price of GLITTER 801D Spot Welder Capacitor Energy in Bangladesh?

A: The latest price of GLITTER 801D Spot Welder Capacitor Energy in Bangladesh is 24500 BDT.

Q: Where to buy GLITTER 801D Spot Welder Capacitor Energy in Bangladesh?

A: You can buy the GLITTER 801D Spot Welder Capacitor Energy at the best price from ElectroXBD in Bangladesh.