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Specifications
Brand: TitaniaType: Double Side Foot Callous File
Material: Durable stainless steel with ergonomic handle
Usage: Foot care, callus removal, skin smoothing
Origin: Made in Germany
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Specifications
Brand: TitaniaProduct Type: Pedicure Set
Pieces: 4 (assorted pedicure essentials)
Material: High-quality durable materials
Use: For removing calluses, smoothing skin, and nail care
Suitable For: Home and professional use
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Add to cartSpecifications
Brand: TitaniaProduct Type: Pedicure Set
Pieces: 4 (assorted pedicure essentials)
Material: High-quality durable materials
Use: For removing calluses, smoothing skin, and nail care
Suitable For: Home and professional use
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Specifications
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Brand: Titania
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Product Type: Foot File / Pedicure Tool
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Material: Sapphire-coated filing surface
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Features: Dual-sided (coarse & fine)
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Handle: Ergonomic, durable plastic
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Origin: Made in Germany
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Add to cartSpecifications
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Brand: Titania
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Product Type: Foot File / Pedicure Tool
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Material: Sapphire-coated filing surface
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Features: Dual-sided (coarse & fine)
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Handle: Ergonomic, durable plastic
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Origin: Made in Germany
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The station is user-configurable through its digital interface. Here’s how to set it up:
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Connection: Connect the soldering iron to its port on the control unit. Plug the station’s power cord (220V, EU plug) into a wall outlet.
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Power On: Turn on the station using the power switch. The LCD screen will illuminate.
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Set Temperature:
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Use the ▲ (Up) and ▼ (Down) buttons to adjust the temperature to your desired value (e.g., 320°C for lead-free solder, 280°C for lead-based solder on PCBs).
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The screen will show the set temperature (usually the larger number) and often the actual tip temperature (a smaller number) as it heats up.
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Waiting to Heat: Wait for the actual temperature to stabilize at the set value. The station may beep or show an indicator when ready.
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Calibration (if needed): Some stations allow temperature calibration. Refer to the manual. This usually involves entering a settings menu (e.g., by holding buttons) and applying an offset to match the displayed temperature to a known value using a thermometer.
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Using the Stand: Always place the iron in its stand when not in use. Keep the sponge in the tray damp for cleaning the tip.
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Tip Maintenance: Regularly clean the tip on the damp sponge and apply fresh solder to “tin” it, protecting it from oxidation.
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Add to cartThe station is user-configurable through its digital interface. Here’s how to set it up:
-
Connection: Connect the soldering iron to its port on the control unit. Plug the station’s power cord (220V, EU plug) into a wall outlet.
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Power On: Turn on the station using the power switch. The LCD screen will illuminate.
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Set Temperature:
-
Use the ▲ (Up) and ▼ (Down) buttons to adjust the temperature to your desired value (e.g., 320°C for lead-free solder, 280°C for lead-based solder on PCBs).
-
The screen will show the set temperature (usually the larger number) and often the actual tip temperature (a smaller number) as it heats up.
-
-
Waiting to Heat: Wait for the actual temperature to stabilize at the set value. The station may beep or show an indicator when ready.
-
Calibration (if needed): Some stations allow temperature calibration. Refer to the manual. This usually involves entering a settings menu (e.g., by holding buttons) and applying an offset to match the displayed temperature to a known value using a thermometer.
-
Using the Stand: Always place the iron in its stand when not in use. Keep the sponge in the tray damp for cleaning the tip.
-
Tip Maintenance: Regularly clean the tip on the damp sponge and apply fresh solder to “tin” it, protecting it from oxidation.
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Software Installation: Download and install the latest version of the dedicated software (e.g., Xgpro) from the manufacturer’s or distributor’s website. This is crucial for accessing the full chip database.
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Hardware Connection: Connect the programmer to your computer’s USB port using the provided cable. The device is powered entirely via USB.
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Selecting the Chip:
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Open the software.
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Use the “Search” or “Select” function to find your target IC. You can search by chip manufacturer, type, or part number (e.g., “ATmega328P”, “W25Q128”).
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Placing the Chip:
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Lift the lever of the 40-pin ZIF socket.
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Carefully orient the IC according to the pin-1 diagram printed on the socket.
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Place the chip into the socket and lock it down by closing the lever.
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Basic Operations:
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Read: Reads the content of the chip and saves it to a file on your computer (.bin for data, .hex for MCUs).
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Program: Load a firmware file (.bin, .hex) from your computer and burn it into the chip. The software will automatically erase, program, and verify the chip.
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Verify: Compares the data on the chip against a file on your computer to check for errors.
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Erase: Clears the content of the chip.
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Adapter Usage (for non-DIP chips):
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For SMD chips (SOIC, TSSOP, etc.), you will need separate SOIC8, SOIC16, or other adapters.
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The adapter plugs into the ZIF socket, and the SMD chip is placed on the adapter’s footprint, often secured with a clip.
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Quick View
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Add to cart-
Software Installation: Download and install the latest version of the dedicated software (e.g., Xgpro) from the manufacturer’s or distributor’s website. This is crucial for accessing the full chip database.
-
Hardware Connection: Connect the programmer to your computer’s USB port using the provided cable. The device is powered entirely via USB.
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Selecting the Chip:
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Open the software.
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Use the “Search” or “Select” function to find your target IC. You can search by chip manufacturer, type, or part number (e.g., “ATmega328P”, “W25Q128”).
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Placing the Chip:
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Lift the lever of the 40-pin ZIF socket.
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Carefully orient the IC according to the pin-1 diagram printed on the socket.
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Place the chip into the socket and lock it down by closing the lever.
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Basic Operations:
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Read: Reads the content of the chip and saves it to a file on your computer (.bin for data, .hex for MCUs).
-
Program: Load a firmware file (.bin, .hex) from your computer and burn it into the chip. The software will automatically erase, program, and verify the chip.
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Verify: Compares the data on the chip against a file on your computer to check for errors.
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Erase: Clears the content of the chip.
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Adapter Usage (for non-DIP chips):
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For SMD chips (SOIC, TSSOP, etc.), you will need separate SOIC8, SOIC16, or other adapters.
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The adapter plugs into the ZIF socket, and the SMD chip is placed on the adapter’s footprint, often secured with a clip.
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Uv559 Mechanic Soldering Flux Paste Uv559 No Clean Bga Solder Ball Repair Welding Paste For Phone Pcb Pga Smd Rework
Rated 3.50 out of 5-
Brand: Mechanic
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Model: UV559
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Type: No-Clean Flux Paste
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Applications: BGA, SMD, PGA, PCB, Mobile Repair, Laptop Repair
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Features: Oxidation prevention, strong adhesion, smooth solder flow
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Packaging: Compact container for easy use
1 day delivery -
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Sale!
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Brand/Model: TNI-U 093D+
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Power: 60W
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Temperature Control: Variable (adjustable heat)
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Heating Element: Durable, long-life
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Handle: Anti-slip, heat-resistant ergonomic grip
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Applications: PCB soldering, electronics repair, DIY, hobby work
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Heating Speed: Fast heating with stable output
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Safety: Overheating protection design
5 day deliveryQuick View
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Variable Tni-u 60w Soldering Iron 093d+
$219 – $249Price range: $219 through $249Sold: 0Available: 6-
Brand/Model: TNI-U 093D+
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Power: 60W
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Temperature Control: Variable (adjustable heat)
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Heating Element: Durable, long-life
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Handle: Anti-slip, heat-resistant ergonomic grip
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Applications: PCB soldering, electronics repair, DIY, hobby work
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Heating Speed: Fast heating with stable output
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Safety: Overheating protection design
5 day delivery -
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Specifications
Brand: Golden Pearl
Product Type: Vitamin C Face Wash
Skin Concerns: Dark spots, dullness, uneven skin tone, hyperpigmentation
Texture: Gentle foaming cleanser
Suitable for: All skin types