Did you know? 217 °C

SAC305 is 96.5 percent tin, 3 percent silver and 0.5 percent copper. It melts around 217 degrees Celsius, some 34 degrees above the old eutectic tin lead alloy.

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Soldering tips

Soldering tips C115

JBC C115 soldering tips are intended for the Nano handpieces NT115 and NP115 and cover 32 variants in the smallest possible soldering and desoldering tip geometries. Conical tips start at D: 0.1 mm (C115101, C115126) and go up to D: 0.8 mm (C115107). Chisel tips range from 0.2x0.1 mm (C115116) through 0.6x0.3 mm (C115108) to 2.4x0.6 mm (C115223). Bent conical variants are available from D: 0.1 mm (C115118, C115124) and D: 0.3 mm (C115105). Additional forms include knife (C115112: 2.5x0.3 mm, C115120: 1x0.2 mm), blade (C115211: 3.5x0.7 mm) and concave (C115128: D 0.1 mm). Bevelled tips are available as C115109 (D: 0.6 mm) and C115127 (D: 1 mm).

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Buying guide

How to choose Soldering tips C115

What matters when choosing: properties, comparison and typical applications.

C115 tip range overview

Geometry	Part no.	Size
Conical, straight	C115101 / C115126	D: 0.1 mm
Conical, straight	C115103	D: 0.3 mm
Conical, straight	C115107	D: 0.8 mm
Conical, bent	C115118 / C115124	D: 0.1 mm
Conical, bent	C115105 / C115110	D: 0.3 / 0.5 mm
Chisel, straight	C115116	0.2x0.1 mm
Chisel, straight	C115108	0.6x0.3 mm
Chisel, straight	C115113	1x0.3 mm
Chisel, straight	C115223	2.4x0.6 mm
Knife	C115112 / C115120	2.5x0.3 / 1x0.2 mm
Blade	C115211	3.5x0.7 mm
Concave	C115128	D: 0.1 mm
Bevel	C115109 / C115127	D: 0.6 / 1 mm

Technical features and distinction from C105

⚡ Nano handpieces NT115 / NP115 - C115 exclusively for NT115 and NP115, not compatible with C105 handpieces

✓ 32 variants - comparable geometry range to C105, directly for NT115/NP115

⚙ Smallest tip D: 0.1 mm - C115101, C115118, C115124 and concave C115128 at 0.1 mm

✦ 200 series duplicate line - C115211, C115214, C115221-C115223 mirror base geometries in an additional variant

Typical applications

Typical applications: Micro-soldering on chip-scale packages, sensor and MEMS boards and fine-pitch components with NT115/NP115, rework on SMD components with pad pitch below 0.5 mm, precision work in medical technology and sensor electronics, and laboratory applications with the NT115/NP115 Nano handpiece.

FAQ

Frequently asked questions about Soldering tips C115

What are JBC C115 soldering tips and what industries use them for precision soldering applications?

JBC C115 soldering tips are precision micro-soldering tools specifically engineered for NT115 and NP115 nano handpieces, delivering controlled heat transfer for electronics assembly and repair work. These tips serve critical applications in aerospace electronics manufacturing, medical device assembly, telecommunications equipment production, and automotive ECU repair where component miniaturization demands exceptional thermal control. The C115 series features tip geometries ranging from 0.1mm conical points to specialized blade configurations, enabling technicians to work on surface-mount components, BGA rework, and fine-pitch connector soldering with thermal precision essential for temperature-sensitive semiconductor devices.

What are the key technical selection criteria for choosing the correct JBC C115 soldering tip geometry?

JBC C115 tip selection depends on component size, joint accessibility, and thermal mass requirements, with tip diameters ranging from 0.1mm conical (C115101, C115126) for ultra-fine SMD work to 6x1mm chisel tips (C115115) for larger through-hole components. Knife-edge geometries like the 2.8mm blade (C115129) provide optimal heat transfer for drag soldering operations, while micro-chisel tips such as 0.2x0.1mm (C115116) enable precision work on 0201 components without thermal damage to adjacent circuits. The 3.5x0.7mm blade tip (C115211) delivers concentrated heat for connector pins and shielding removal, making geometry selection critical for achieving IPC-A-610 Class 3 solder joint quality standards.

Which international standards and certifications apply to JBC C115 soldering tip manufacturing and ESD safety requirements?

JBC C115 soldering tips are manufactured to meet IPC-2221 PCB design standards and IPC-A-610 acceptability criteria for electronic assemblies, ensuring consistent thermal performance and tip longevity under industrial soldering conditions. The tips comply with IEC 61340-5-1 ESD control requirements when used with properly grounded soldering stations, preventing electrostatic discharge damage to sensitive CMOS and microprocessor components during assembly operations. Manufacturing follows ISO 9001 quality management protocols with traceability documentation, while the nano handpiece compatibility ensures compliance with WEEE directive requirements for electronic equipment lifecycle management in European manufacturing facilities.

What are the main differences between conical, chisel, and knife-edge JBC C115 tip variants for specific soldering applications?

Conical JBC C115 tips like the 0.3mm diameter C115103 provide pinpoint heat delivery for precision SMD placement and fine wire attachment, while the bent conical C115105 enables access to components beneath overhanging structures without board repositioning. Chisel tips such as the 1x0.3mm C115113 offer broader contact surfaces for drag soldering QFP packages and thermal via filling, delivering uniform heat distribution across multiple solder joints simultaneously. Knife-edge configurations including the 2.5x0.3mm C115112 excel at component removal and shielding work, concentrating thermal energy along a linear edge for efficient heat transfer to larger thermal masses while maintaining precise temperature control for adjacent sensitive components.

What are the installation requirements and system compatibility specifications for JBC C115 tips with NT115 and NP115 handpieces?

JBC C115 tips install directly into NT115 and NP115 nano handpieces through a proprietary cartridge system that ensures optimal thermal coupling and electrical continuity for temperature feedback control. The installation requires no tools and provides instant tip recognition through embedded identification resistors that automatically configure the station's temperature profile and power delivery parameters. System compatibility extends to JBC's advanced soldering stations with digital temperature control, enabling precise thermal management from 90°C to 450°C with ±1°C accuracy, while the cartridge design ensures consistent thermal response times under 6 seconds for rapid heating and cooling cycles essential in high-volume production environments.

What safety ratings and operating temperature specifications apply to JBC C115 soldering tips in industrial environments?

JBC C115 soldering tips operate safely within temperature ranges from 90°C to 450°C with integrated thermal feedback systems preventing overheating damage to sensitive electronic components during precision soldering operations. The tips maintain stable thermal performance in ambient temperatures from 10°C to 40°C with relative humidity up to 80% non-condensing, meeting typical cleanroom and production floor environmental conditions. Safety features include automatic standby temperature reduction and tip oxidation resistance coatings that extend operational life while preventing contamination of solder joints, ensuring compliance with IPC workmanship standards and reducing operator exposure to thermal hazards during extended soldering sessions.

What maintenance schedule and service life specifications should be followed for JBC C115 soldering tips in professional applications?

JBC C115 soldering tips require daily cleaning with damp sponges or brass wool to remove flux residues and maintain optimal heat transfer, while tip conditioning with quality rosin flux every 4-6 hours prevents oxidation buildup that reduces soldering efficiency. Service life typically ranges from 6-12 months under normal industrial use, depending on operating temperatures and flux chemistry exposure, with replacement indicators including visible tip erosion, poor wetting characteristics, or thermal response delays exceeding 8 seconds. Inspection protocols should include weekly tip geometry verification using calibrated measuring tools and monthly thermal response testing to ensure consistent temperature accuracy within ±2°C, maintaining IPC-A-610 Class 3 soldering standards throughout the tip's operational lifecycle.