TBK 578 Mini Desktop LCD Freeze Separator Machine -185°C for Mobile & Tablet Repair

Cryogenic Separation Capability: Capable of reaching -185°C to effectively freeze and release screen adhesive for separation.

Rapid Operational Cycle: Completes the freezing process in approximately 90 seconds to maintain workflow efficiency.

Built-in Refrigeration: Features a powerful internal compression refrigeration system, eliminating the need for external liquid nitrogen supplies.

Non-Destructive Process: The freezing separation method is designed to separate the outer glass without damaging the underlying LCD or polarizer film.

Versatile Device Support: Suitable for processing straight screens, curved OLED screens, and tablets.

Digital Control Interface: Equipped with a touch panel display that provides real-time temperature monitoring and countdown timer functionality.

Expanded Working Area: The 250mm x 190mm cooling plate accommodates larger tablets or allows for the simultaneous processing of multiple mobile devices.

Industrial Construction: Built with high-quality sheet metal housing for durability in workshop settings.

Low Noise Operation: Engineered for quiet performance and optimized power consumption.

Model: TBK-578 | Power Supply: AC 110V / 220V (Customizable)

Rated Power: 800W | Lowest Temperature: -185°C

Separation Bin Size: 250mm x 190mm (Working Area)

Dimensions: 69cm x 45cm x 32cm

Weight: 41.6 kg (Net) | 50 kg (Gross)

Q1: Does the TBK 578 require liquid nitrogen to operate?
A1: No, the TBK 578 utilizes a built-in electrical compression refrigeration system, removing the requirement for liquid nitrogen storage or handling.

Q2: What is the minimum temperature the machine can achieve?
A2: The machine is designed to reach an ultra-low temperature of -185°C for effective adhesive separation.

Q3: Can this machine be used for tablets as well as mobile phones?
A3: Yes, the unit features a large working plate measuring 250mm x 190mm, which accommodates tablets as well as both straight and curved mobile phone screens.

Q4: How long does the freezing process typically take?
A4: The operational freezing cycle is completed in approximately 90 seconds, depending on the specific device and ambient conditions.

Q5: Is there a risk of damaging the LCD during the freezing process?
A5: When used correctly, the freezing method allows for the separation of the front glass while preserving the integrity of the LCD panel and the polarized light film.