15th Apr 2026, 10:09 PM
Metcal DCP-CN2 Cartridge Ceramic High Thermal Demand DxP Desoldering Tip, Standard Type, 0.025 inch Dia, 0.074 inch Length
Price may vary by location, shipping cost, and availability.
Lowest in last 1 month
$53.62
Highest: $56.64
Average: $54.00
Lowest: $53.62
Price History Graph
Offer Price Prices
Lowest: -
Average: -
Highest: -
Price History Information
You can check the price history of Metcal DCP-CN2 Cartridge Ceramic High Thermal Demand DxP Desoldering Tip, Standard Type, 0.025 inch Dia, 0.074 inch Length here. This product's current Price in USA is $53.62. The average and highest prices are $54.00 and $56.64 respectively.
| Lowest Ever Price | $53.62 |
|---|---|
| 5th Mar 2026 | |
| Average Price | $54.00 |
| Based on 138 days price tracking | |
| Highest Price | $56.64 |
| 15th Mar 2026 | |
Current Price in USA
| Price | $53.62 |
|---|
Recent Price Drops on Metcal DCP-CN2 Cartridge Ceramic High Thermal Demand DxP Desoldering Tip, Standard Type, 0.025 inch Dia, 0.074 inch Length
Price Drop 20th Mar 2026
$56.64 → $53.62
5.33% drop
Product Information
Details
| Product Name | Metcal DCP-CN2 Cartridge Ceramic High Thermal Demand DxP Desoldering Tip, Standard Type, 0.025 inch Dia, 0.074 inch Length |
|---|---|
| Store Product Code | B005TBMWMY |
| Store Name | amazon.com |
| Rating | 10 / 10 |
| Category | Tips |
| Product Manufacturer | OK International |
| Model Number | DCP-CN2 |
| Dimensions | 4.33 x 1.57 x 0.39 inches |
Features
- DCP desoldering nozzle
- Please click here for a complete list of part numbers and dimensional information
- Compatible with MFR-1150, MFR-1350, MFR-1351 systems with MFR-H5-DS hand piece
- Compatible with MFR-DSX, -DSI, -SDX, -SDI systems with MFR-HDS handpiece
- Two temperature ranges available
Images
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Rating and Reviews
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Metcal DCP-CN2 Cartridge Ceramic High Thermal Demand has 10 rating out of 10. You can rate this product at product review page.
* Predictions is created on based of past prices and trends, it does not guarantee that it will happen. These are just prediction for theoretical information only.