OEM/ODM Motherboard Repair Workstation Customization

As the new core of the precision repair and multi-application process, the TBK-2206 and TBK-958H series offer extensive and in-depth customization options, designed to meet the ultimate demands for efficiency, accuracy, and versatility from top-tier technicians.

TBK-2206 Laser Soldering Machine: Core Customizations

Designed for the most precise motherboard work, the 2206's integrated thermal imaging and microscope system allows for unparalleled process control customization.

Software and Control System

Closed-Loop Thermal Feedback: We can custom-develop software that links the thermal imaging data directly to the laser control system. This allows you to set a target temperature (e.g., 183°C) and have the laser automatically modulate its power to precisely reach and hold that temperature, creating a true closed-loop reflow process. Proprietary Process Database (Thermal Profiles): We can build an encrypted repair process database for you. You can save and name successful soldering parameters, including the full thermal curve, laser power settings, and even a reference thermal video, creating standardized, repeatable SOPs. Multi-Function Foot Pedal: We can custom-develop a dual or triple foot pedal to control different functions separately—such as laser pre-heating, main power output, or capturing a thermal snapshot—for more complex and fluid man-machine operation.

Optics and Laser Control

Custom Reticles & Overlays: The HD Microscope feed can be customized with digital overlays, such as target component outlines or "keep-out" zones, visible on-screen to guide the operator. Heating Size and Precision Control: While the 2206 provides a focused beam, we can offer a variety of preset aperture lens groups that can be quickly swapped to rapidly switch between different preset heating sizes for various component types.

TBK-958H All-in-One Laser Machine: Versatility Customization

As a multi-function platform, the 958H offers customization focused on adapting its hardware and built-in software for specific, high-volume tasks.

Software and Database Customization

Customized & Encrypted Drawing Library: We can develop a proprietary, encrypted database of drawings directly for the built-in computer. This is ideal for OEMs or large repair centers needing to protect their specific back glass removal files or chip welding location drawings. Streamlined UI/Workflow: The built-in software interface can be customized to feature only the specific functions you require (e.g., "Back Glass," "Chip Weld," "Logo Mark"), simplifying the workflow for operators.

Hardware and Module Optimization

Laser Source Selection: Based on your primary application (e.g., deep engraving, color marking, or high-speed welding), we can select and integrate a fiber laser source with a specific power or pulse characteristic. Specialized Optics & Vision Systems: We can integrate alternative HD microscope options (e.g., higher magnification, co-axial lighting) or fine-tune the autofocus system for your specific components, ensuring maximum accuracy for welding or marking. Factory-Integrated Rotary Attachment: The optional rotary attachment can be factory-integrated and pre-configured with custom software presets for specific cylindrical items you work with, such as branded tools or parts.

TBK Laser Motherboard Repair & Electrical Diagnosis Workflow

Step 1: TBK-218 Adjustable DC Bench Power Supply, 30V 10A with LCD Waveform Display

Step 1: Electrical Diagnosis This step uses the TBK-218 Adjustable DC Bench Power Supply to power the motherboard. The objective is to perform an initial check for short circuits or abnormal power consumption by analyzing the current waveform or pointer readings. During operation, the technician connects the motherboard to the TBK-218 at a safe voltage and observes the boot-up current to determine the board's electrical status and narrow down the potential fault area.

Step 2: TBK-701 Soldering Microscope | 48MP Digital Microscope for Electronics & PCB Repair

Step 2: Visual Fault Inspection This step uses the TBK-701 48MP Trinocular Stereo Microscope. The objective is to combine the electrical diagnosis from the previous step with a high-magnification visual inspection to precisely locate suspected faulty components. During operation, the motherboard is placed on the TBK-701's base, and the 7-50X continuous zoom is used to carefully inspect the board for any burnt, poorly soldered, or corroded components.

Step 3: TBK-2206 Laser Soldering Machine with Thermal Imaging & HD Microscope

Step 3: Precise Diagnosis & Core Repair This step uses the TBK-2206 Laser Soldering Machine (with Thermal Imaging) as the core equipment. The objective is to definitively confirm the fault point and use the laser for a safe and precise soldering repair. To operate, the motherboard is first moved to the TBK-2206 workstation. As an optional diagnostic step, the TBK-218 Power Supply can be used again to power the board while simultaneously using the TBK-2206's thermal imaging function to accurately "see" the heat signature of short-circuited or abnormal components. In the core repair phase, once the faulty component is locked on, the TBK-2206's focused laser is used for safe, controlled heating and soldering (e.g., removing or reballing a BGA chip) while protecting all surrounding components from damage.

Step 4:TBK-218 Adjustable DC Bench Power Supply, 30V 10A with LCD Waveform Display

Step 4: Post-Repair Verification This step again uses the TBK-218 Adjustable DC Bench Power Supply. The objective is to confirm the repair was successful, ensure the short circuit is eliminated, and verify that the current draw has returned to normal. During operation, the repaired motherboard is reconnected to the TBK-218 and powered on. The current readings are observed, and if they are normal, the repair is considered complete.

Step5:TBK-958H | All-in-One iPhone Laser Machine: Chip Welding, Color Marking & Back Glass Removal

Step5:The TBK-958H is a versatile and compact all-in-one laser machine designed for a wide range of applications. It integrates a high-power fiber laser with a user-friendly, built-in computer system, eliminating the need for an external PC. The machine is engineered for precision work, featuring an autofocus system and a high-definition microscope to ensure every detail is accurate.

Whether you are performing detailed electronic repairs, such as welding battery nickel sheets or removing phone back covers using its extensive library of built-in drawings, or creating custom designs, this machine handles it all. It can produce vibrant color markings on stainless steel and is adaptable for engraving a variety of materials. For cylindrical items, an optional rotary attachment expands its capabilities even further. It is a complete solution for small businesses, repair shops, and hobbyists who require professional-grade laser capabilities.

One-Stop Mobile Motherboard Repair Machine & Accessories Solution

We provide a one-stop solution for mobile motherboard repair, designed to simplify the workflow and increase efficiency. This solution includes not only the two core machines for power-on testing (DC Power Supply) and precision soldering (Laser Soldering Machine), but also covers the full range of accessories and consumables needed throughout the process, helping technicians easily tackle any motherboard repair challenge.

The entire repair process follows two core steps:

Power-on Diagnosis: Use the DC Power Supply to power the motherboard. By analyzing data such as current waveforms, you can quickly diagnose functional issues like short circuits or open circuits.
Precision Repair: After confirming the fault, operate the Laser Soldering Machine to perform precise, non-destructive desoldering and soldering, using the full set of accessories and consumables to complete the final repair.

Complete Accessory Support

Function: To supply all necessary auxiliary tools and consumables required for the entire repair process.

In addition to the three core machines, we also provide all the accessories needed throughout the process. This ensures that repair work can proceed smoothly without the hassle of sourcing miscellaneous items.

Soldering Consumables: Includes various types of solder paste, flux, and solder wire.
Operating Tools: We offer anti-static tweezers, spudgers, screwdriver sets, and cleaning brushes.
Auxiliary Accessories: Such as BGA reballing stencils, high-temperature tape, test cables, and spare nozzles for the machines.
Cleaning Supplies: Includes circuit board cleaner and lint-free cloths.

We ensure you have the right tools and materials available for every step of the repair.

Auxiliary Systems, Accessories & Branding

Functional Customization of Auxiliary Equipment (DC Power Supply)

DC Power Supply Customization: Boot Protocol Library: We can preload a more comprehensive and updated library of boot protocols for all major phone brands, or add protocols for specific regional or less common models based on your needs. Waveform Analysis Software: We can develop custom PC software for capturing, analyzing, and storing current waveforms, helping technicians diagnose complex and challenging issues.

Other Customization Options (Accessories, Consumables & Appearance)

Branding and Appearance: We can screen-print your logo on all machines and choose a unified brand color to create a professional, integrated workstation image. Integrated Accessories and Consumables: Based on your needs, we can provide integrated and customized accessory kits and consumables to deliver a true one-stop solution.

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（TBK Laser Machine）Shenzhen Shenwangda Technology Co., Ltd. was established in 2012. It is a high-tech enterprise integrating R&D and innovation, production, sales and service.