ラボ用先進の16チャンネルDNAせん断超音波システム

If you've ever managed multiple DNA samples at once, you know how important it is to have reliable tools that make sample prep more efficient. Whether you're handling high-throughput sequencing or working on tricky cell disruption protocols, the right system can save time and improve consistency. That's exactly what our 16-channel DNA Shearing Ultrasonic System is designed to do - and it's already making a difference in labs like yours.

Longlight Technology で開発した、 BoFU-1600集束超音波装置 offers powerful, flexible, and contamination-free sample processing. But what makes it truly stand out isn't just the number of channels - it's the smart features built for real lab workflows.

The DNA Shearing Ultrasonic System BoFU-1600 Focused Ultrasonicator is a high-performance solution designed for both clinical diagnostics and advanced molecular research. In hospitals and clinical laboratories - including departments of pathology and laboratory diagnostics - it supports workflows such as FFPE tissue deparaffinization, DNA extraction from tumor samples, and lysis of liquid biopsy specimens, enabling accurate downstream molecular testing. In universities and research institutes, it is widely adopted by research groups in molecular biology, genomics, and epigenetics, where graduate students and technicians frequently use it for precise DNA fragmentation prior to NGS library construction and chromatin shearing in ChIP-seq assays. The BoFU-1600 delivers consistent, reproducible results with programmable control, making it an essential tool for high-throughput, high-precision nucleic acid sample preparation across clinical and research settings.

BoFU-1600の違いは何ですか?

The BoFU-1600 isn't just another ultrasonic processor. It's a purpose-built DNA Shearing Ultrasonic System created to handle complex biological samples while minimizing manual steps. With 16 independent sample positions and precise control over ultrasound conditions, this system offers both scale and customization in one compact device.

One of the most common issues in sample preparation is cross-contamination. Traditional probe-based methods often require frequent cleaning, and water bath sonicators may deliver uneven energy distribution. We designed BoFU-1600 to avoid these pitfalls. It delivers focused ultrasonic energy in a non-contact water bath, meaning your samples stay completely isolated - no direct contact, no contamination risk.

このシステムでは、次の 2 つの操作モードが可能です。

✅ Individual sample mode'tailor ultrasound settings for each tube independently

✅ Batch processing mode'input one set of parameters and apply them across multiple samples at once

This makes it ideal for workflows where both precision and speed matter. You can process a handful of samples - or all 16 - without compromising quality or consistency.

実際のラボ条件に合わせて構築

Many labs today operate in tight spaces and under tight deadlines. We kept that in mind when designing the BoFU-1600. There's no need for external soundproofing equipment - the system runs quietly even during intense processing. And because it has its own onboard operating system, you don't need a separate computer. That's less clutter on your bench and more room to work.

Temperature control is another key concern, especially for sensitive DNA or protein samples. Heat buildup from ultrasonic waves can impact sample integrity if not managed properly. Our system solves this with a real-time temperature monitoring and control system that ensures consistent, low-temperature processing across all wells. You don't have to worry about heat-damaged DNA or distorted results.

日常のラボでの使用に付加価値を与えるその他の機能は次のとおりです。

✅ オーバーフローを防ぐスマート警告システムによる自動廃棄物排水

✅ トレーサブルなサンプルデータにより、いつでも詳細な処理履歴にアクセスできます

✅ 既存のラボ環境にシームレスにフィットするコンパクトなデスクトップデザイン

This isn't just a system that looks good on paper. It's built for daily use and long-term performance.

ゲノミクスとプロテオミクスにわたる応用

The BoFU-1600 DNA Shearing Ultrasonic System supports a wide range of research applications. Its high-precision ultrasonic technology and flexible sample handling make it suitable for both small-scale experiments and large sample batches. Whether you're working with soft tissues or tough microbes, this system delivers clean, consistent results.

一般的な使用例は次のとおりです。

✅ 次世代シーケンシング(NGS)のためのゲノムDNAフラグメンテーション

✅ プロテオミクスワークフローのためのサンプル溶解と均質化

✅ 病理学研究のためのFFPEサンプルの脱パラフィン処理

✅ 核酸またはタンパク質抽出のための組織および細胞破壊

✅ 糸状菌およびMALDI-TOF MS用のマイコバクテリウム調製を含む微生物の分解

What many researchers appreciate is the ability to fine-tune the ultrasonic energy depending on sample type. For delicate samples, gentle processing conditions can be applied. For tougher tissues or complex matrices, higher energy levels and longer durations can be used - all in the same run. That kind of flexibility is hard to find in conventional systems. BoFU-1600 gives you options without overcomplicating your workflow.

このシステムを構築した理由

At Longlight Technology, we've spent years talking with scientists, lab managers, and technicians to understand what really matters when it comes to ultrasonic DNA shearing. We learned that accuracy, safety, and simplicity are at the top of the list. So we engineered the BoFU-1600 with those values in mind.

It's not just about making a powerful DNA Shearing Ultrasonic System - it's about giving researchers confidence in every sample they process. That's why each unit is carefully calibrated by our engineers before delivery. It's why we chose to eliminate direct-contact probes. And it's why we made sure that even first-time users can operate the system without a steep learning curve. If your lab handles genomic workflows, molecular biology, or sample prep for proteomics, the BoFU-1600 is a system worth considering.

締めくくりの言葉

High-throughput labs need tools that keep up without slowing down. The 16-Channel DNA Shearing Ultrasonic System from Longlight Technology combines intelligent design, advanced acoustic energy, and unmatched flexibility. It's a practical solution built by people who understand the challenges of modern molecular research. Ready to make DNA shearing faster, safer, and more precise? Contact us today to learn how BoFU-1600 can support your lab's goals.