恆電位儀與阻抗頻譜平台

一個平台，實現所有感測器主意
精巧多通道恆電位儀與阻抗頻譜平台，專為生物感測器、電化學感測器與診斷創新而打造。
⦁8 個平行通道
⦁64 個可配置接點
⦁完整支援電化學阻抗分析（IS）、循環伏安法（CV）、LCR 測量及其他電分析技術

產品宗旨

為感測器創新者解放測量自由

在開發電化學或阻抗相關應用時，不該受限於僵化的儀器或笨重的架構。CSX-64 專為需要強大效能、靈活配置與精巧外型的開發者與研究人員打造。

為你打造夢想中的感測器與產品而生

CSX-64 是實驗室到產品的完整鏈結工具。其模組化架構、自訂轉接器選項與開放式介面，使其成為感測器驅動產品開發的理想基礎。從彈性實驗設計起步，逐步擴展至整合系統，我們更可協助你轉向完整的 OEM 解決方案。

支援您隨應用而成長

每個應用都不同，而 CSX-64 的設計就是為了支持你從早期研究到產品開發的整個過程。以下是它在多種常見應用中的強大支援方式：

感測器開發者

快速比較不同的電極結構、材料或感測器幾何設計。擁有 64 個彈性接點與 8 條平行通道，可同時執行多組條件，無論是開發新型感測原理，還是優化讀值參數，皆可大幅提升迭代效率。

生物分析與細胞實驗

監測細胞行為或分析物交互作用。CSX-64 支援阻抗式讀取、CV 測量，甚至電阻抗斷層（EIT），可用於細胞培養、屏障模型或生化反應分析。兼具彈性與再現性，未來也能擴展至高通量實驗格式。

電化學研究

探索新材料、測試氧化還原系統、篩選化合物或追蹤電催化行為。支援多工作電極模式（polypot）、多電位儀模式（multipot）與多工模式（multiplexing），CSX-64 可依你的實驗設計彈性調整，從基礎研究延伸至應用流程。

診斷技術與概念驗證開發

打造與驗證複雜的診斷型生物感測器設計。無論你整合的是微流體、迷你化感測陣列，或是混合量測技術，CSX-64 皆能提供所需的訊號控制、通道架構與模組化介面，幫助你將原型系統推向實際產品開發。

當你準備好超越研究階段，我們也能協助你將其轉化為 OEM 等級解決方案。CSX-64 不只是儀器，更是從第一個訊號邁向可量產裝置的關鍵夥伴！

該並行時就並行，該序列時就聰明地序列化

可同時運行多達 8 組高速測量，非常適合比較感測器變異、監控動態過程或驗證重複樣本。

需要更多電極？透過內建智慧多工機制，最多可控制 64 埠 —— 是掃描感測器陣列、進行批量分析或擴展實驗矩陣的完美方案。

在恆電位儀配置方面，CSX-64 提供無與倫比的彈性：支援各類多通道電位儀架構，包括傳統多恆電位儀（Multipotentiostat）模式、序列式多工（sequential multiplexing）、真正的多重獨立恆電位儀 （Polypotentiostat）設定。請參閱我們的多通道電位儀架構概覽，了解哪一種模式最適合您的應用。

前所未見的模組化與靈活性

再也不需要繁雜纏繞的排線與轉接盒。CSX-64 採用 SC98 介面，帶來真正的模組化與隨插即用的體驗：

• 幾秒內更換感測器轉接頭
• 使用自訂線組將感測器與主機分離，例如置於培養箱中或嵌入大型設備
• 將感測器介面與主系統訊號前端分離，以利佈線或嵌入式安裝
• 可輕鬆連接特定應用的前端模組、訊號調理模組或線材方案
• 與 CSX、ISX-3 等其他 Sciospec 系統無縫遷移
• 可自行設計前端轉接器，或委託我們客製製作

CSX-64會適應環境，而不是反過來要求您遷就儀器。

您的實驗會變，CSX-64 也會跟著變。

從原型到產品 — 一個可擴展的平台

CSX-64 不僅為研究提供動力，更為實際創新打下基礎。

無論你是從培養皿中的單一電極，還是基本桌上型分析開始，CSX-64 都能提供一套可持續擴展的基礎設施。你可以增加通道、更換感測器、切換電極配置，甚至將系統分拆給多組實驗裝置使用。藉由其 SC98 模組化前端與開放式架構，從不同應用情境之間轉換不僅可行，更是輕而易舉。隨著你的構想進化，CSX-64 也將與你一同成長。從初期概念到多通道分析系統，從實驗室到嵌入式整合，從實驗性設置到產業或臨床環境中的完整測試平台，團隊完成從構思到原型到最後規模化的每一步，CSX-64 都在背後提供支援。當你準備從原型進入產品化階段，我們仍會一路協助你，將 CSX-64 轉化為專屬的 OEM 解決方案：專屬電子電路、量身打造的韌體、應用導向的前端設計 — 核心架構保持一致，產品則屬於你。

引領下一波生物感測革命

一個出色的例子是我們與 XOrigin 的合作：該公司是柔性微感測技術的領導創新者。他們的使命是：透過新一代高性能診斷工具，重新定義生物電子訊號的擷取與解讀方式。

此發展的核心是 XOrigin 的 MEP 感測技術，結合柔性薄膜電極與 Sciospec 的高精度阻抗與電生理測量能力。CSX-64 為他們的開發歷程提供理想基礎 — 從訊號控制、模組化設計，到可擴展架構，協助他們從實驗室走向大規模診斷平台。從概念驗證到多感測器 OEM 平台，每一步都由 CSX-64 驅動。

為什麼 CSX-64 與眾不同

• 實驗室等級效能，卻只有小小的體積
• 平行 + 序列混合式架構
• SC98 模組化前端，支援各式轉接頭
• 一機整合多種測量方法
• 可無縫整合進 Sciospec 生態系統
• 支援 multipot（多通道）、polypot（多電極獨立控制）、sequential（序列切換） 等恆電位儀架構
• 非常適合用於：生物感測器開發、小型多通道 EIS 平台、彈性電化學量測應用

配置你的系統

準備好根據你的需求客製化 CSX-64 嗎？我們的配置工具讓你可以選擇最適合的選項、介面與配件，不論是單次實驗還是全面 OEM 量產規劃，我們都能協助你打造最完美的配置！

關鍵功能一覽

• 8 組完全獨立、可並行進行的阻抗或電化學測量通道
• 64 埠任意對任意多工切換（any-to-any multiplexing）
• 支援 2、3 與 4 電極配置
• 內建 EIS、CV、LCR 與阻抗斷層成像（EIT）應用程式
• 桌上型小尺寸，可媲美機架等級系統
• 建基於成熟的 Sciospec 模組化平台

一部小小儀器集合所有技術

阻抗頻譜分析（Impedance Spectroscopy）

• 頻率掃描、頻譜生成、精密校正

電化學技術

• 支援 CV、DPV、CA、CP 等多種方法

LCR 模式

• 快速簡單的元件參數分析

阻抗斷層成像（EIT）

• 最多支援 64 電極的 2D/3D 導電度影像，適用於靜態與中等動態流程

One Platform. Every Sensor Idea.

Compact multichannel potentiostat and impedance spectroscopy platform. Built for biosensors, electrochemical sensors, and diagnostic innovation. 

• 8 parallel channels
• 64 configurable ports
• full support for EIS, CV, LCR, and other electroanalytical techniques.

Why It Exists

Measurement freedom for sensor innovators

Developing electrochemical or impedance-based applications shouldn’t be constrained by inflexible instruments or clunky setups. The CSX-64 was built for developers and researchers who need powerful performance, flexible configurations, and compact form factors all in one system.

Made for the Sensors You Always Wanted to Invent and the Products You Dream of Building

The CSX-64 is your lab-to-product toolchain. Its modular architecture, custom adapter options, and open interfaces make it the perfect foundation for sensor-driven product development. Start with flexible lab experiments, scale to integrated setups and when you’re ready, we can help you turn it into a full OEM solution.

Applications That Grow With You

Each application is different — and the CSX-64 is built to support your full journey, from early-stage research to integrated product development. Here’s how it empowers some of the most common use cases:

Sensor developers

Quickly compare different electrode layouts, materials, or sensor geometries. With 64 flexible ports and 8 parallel channels, you can run multiple conditions side by side and iterate fast whether you’re developing new sensor principles or optimizing readout conditions.

Bioanalytics & cell based assays

Monitor cell behavior or analyte interactions across wells or channels. The CSX-64 supports impedance-based readouts, CV measurements and even EIT to characterize cell cultures, barrier models, or biochemical responses. Combine flexibility with reproducibility and grow into high-content formats when needed.

Electrochemistry

Explore new materials, test redox systems, screen compounds, or track electrocatalytic behavior. With support for polypot, multipot and multiplexing modes, the CSX-64 adapts to your experimental structure from fundamental studies to applied workflows.

Diagnostics & PoC development

Build and validate complex biosensor configurations for diagnostic use. Whether you’re integrating microfluidics, miniaturized sensor arrays, or hybrid measurement techniques, the CSX-64 offers the signal control, channel architecture, and modular interfaces needed to scale your prototypes toward real products.

And when you’re ready to move beyond research, we help turn your setup into an OEM-ready solution. The CSX-64 is not just an instrument it’s a path from first signal to scalable device!

Parallel Where It Matters.Sequential Where It’s Smart.

Run up to 8 simultaneous high-speed measurements ideal for comparing sensor variants, monitoring dynamic processes, or validating replicates.

Need more electrodes? Address up to 64 ports through smart internal multiplexing. Perfect for scanning sensor arrays, running batch assays, or expanding your experimental matrix.

And when it comes to potentiostat flexibility, the CSX-64 delivers like no other: it supports all major multichannel potentiostat configurations from classic multipotentiostat mode, over sequential multiplexing, to true polypotentiostat setups. Learn more about the topologies and what fits your application best in our Multichannel Potentiostat Overview.

Modular and flexible like you have never seen before

No complicated endlessly cascaded tangled cables and breakout boxes. Just pure modularity and plug & play usability. The CSX-64’s SC98 interface brings plug-and-play flexibility to the lab bench:

• Swap sensor adapters in seconds
• Use custom cable sets to decouple sensors from the device — e.g. when working inside an incubator or integrating parts into a larger setup
• Separate the sensor interface and signal front-end from the main system for cleaner routing or embedded configurations
• Attach application-specific front-ends, cable solutions, or signal conditioning modules with ease
• Migrate setups between CSX, ISX-3 and other Sciospec systems
• Build your own adapter front-ends or ask us to do it for you

This modularity allows the CSX-64 to adapt to the environment not the other way around.

Your experiment changes. Your CSX-64 adapts.

From Prototype to Product – A Platform That Scales

The CSX-64 doesn’t just power research — it lays the foundation for real-world innovation.

Whether you start with a single electrode in a petri dish or a basic benchtop assay, the CSX-64 gives you the infrastructure to grow and keep growing. Add more channels, swap sensors, move between electrode configurations, or split the system between experimental setups. With its SC98 modular front-end and open architecture, transitioning between use cases is not only possible, it’s effortless.

As your ideas evolve, the CSX-64 evolves with you. From initial concept to multichannel assay. From lab protocol to embedded integration. From an experimental setup to a robust test platform in industrial or clinical environments. Everything your team needs to move from idea to prototype and scale it as far as your ambition takes you.

And when it’s time to move from prototype to product, we don’t stop there, we help migrate your CSX-64 setup into a custom OEM solution. Dedicated electronics, tailored firmware, and application-specific front-ends: the foundation stays the same, the product becomes your own.

The CSX-64 at XOrigin – Powering the Next Biosensing Revolution

One standout example is our collaboration with XOrigin, a leading innovator in flexible microsensor technology. Their mission: redefine how bioelectronic signals are captured and interpreted through a new generation of high-performance diagnostic tools.

At the heart of this development lies XOrigin’s MEP sensing technology, combining flexible thin-film electrodes with Sciospec’s precision impedance and electrophysiological measurement capabilities. The CSX-64 formed the perfect foundation for their journey — delivering the signal control, modularity, and scalability they needed to go from lab bench to a scalable diagnostic platform.

From proof-of-concept to a multi-sensor OEM-ready platform — the CSX-64 powered every step.

What Makes It Different

• Compact form factor with lab-grade power
• Parallel + sequential hybrid architecture
• Adapter-ready SC98 modular front
• Wide method portfolio in one system
• Seamless integration into Sciospec ecosystem
• Supports multipot, polypot, and sequential potentiostat topologies
• Ideal for biosensor development, compact multichannel EIS, and flexible electrochemical platforms

Configure Your System

Ready to tailor the CSX-64 to your exact needs? Our configurator lets you select the right options, interfaces, and accessories for your application. Whether you’re preparing for a single experiment or a complete OEM rollout . We’ll help you design your perfect setup!

Key Capabilities at a Glance

• 8 fully independent, parallel impedance or electrochemical measurement channels
• 64-port any-to-any multiplexing
• Supports 2-, 3- and 4-electrode configurations
• Includes apps for EIS, CV, LCR, and impedance tomography (EIT)
• Compact desktop footprint — rivaling rack-sized systems
• Based on the proven Sciospec modular platform

One Instrument. All the Techniques.

Impedance Spectroscopy

• Frequency sweeps, spectra generation, precision calibration

Electrochemical Techniques

• CV, DPV, CA, CP, and more

LCR mode

• Simple and fast component characterization

Impedance Tomography (EIT)

• 2D/3D conductivity imaging with up to 64 electrodes best suitable for static and moderately dynamic processes