SLICE Breaks the Budget, Not the Science

In the high-stakes world of neuroscience and developmental biology, seeing the "big picture" usually requires a big bank account. Traditional Light-Sheet Fluorescence Microscopy (LSFM) — the gold standard for 3D imaging of intact organs — typically costs between $350,000 and $700,000.

For many independent laboratories and smaller research facilities, that price tag is a total roadblock. But a new innovation is proving that you don't need a million-dollar grant to do world-class science.

SLICE™ is a turnkey imaging system that fits on a benchtop and delivers high-performance 3D results at a fraction of the cost. A new article in Microscopy Today details this innovation in light sheet microscopy.

How did the team at MBF Bioscience drop the price so significantly? They looked outside the traditional lab-equipment box.

Pico Projector Power: Instead of using research-grade lasers and expensive galvanometers, SLICE utilizes cost-effective scanned laser pico projectors (SLPPs).

The "Tech Hack": By modifying mass-produced consumer components with proprietary firmware, they increased the duty cycle and photon flux, allowing for rapid imaging.

Performance: Despite the lower cost, SLICE achieves sub-cellular resolution and image quality comparable to systems 4 to 10 times more expensive.

Until now, labs on a budget often had to resort to "Do-it-Yourself" (DIY) builds like OpenSPIM. While affordable, these systems can take over six months to assemble and require expert-level engineering and programming skills.

SLICE changes the game by offering a turnkey solution:

• Ready-to-Use: It arrives as a fully assembled, pre-aligned instrument
• Compact Design: It features a streamlined, benchtop footprint roughly the size of a microwave oven
• Smart Software: It includes BrightSLICE™, a powerful Windows 11 application designed to handle "teravoxel-scale" data without the steep learning curve of DIY code

Democratizing this technology means that the next breakthrough in brain mapping or organoid research can happen anywhere — not just in the world's most heavily funded universities. SLICE is compatible with all common tissue-clearing protocols (like iDISCO and CLARITY) and can image everything from an entire intact mouse brain to human postmortem tissue.

At its core, SLICE is a reminder that innovation is about accessibility. When you lower the barrier to entry, you invite more minds to solve the world's biggest problems.

At Arnas Technologies, we specialize in building the intelligent scientific workflows required to handle the terabyte-scale data generated by systems like SLICE. If you're ready to put a lightsheet microscope in your lab, we can help you build the analysis pipeline to go with it. Reach out at [email protected].