Biomek i7 自动化工作站

专为您不断优化的实验流程而设计

体现 Biomek 行业领先的液体处理系统的最佳优势,结合全球客户的建议和需求,Biomek i7 自动化工作站旨在优化工作流程并增加中高通量实验室的操作效率。

 

Explore Biomek i7 Models

功能特点

多功能的工作空间

  • 宽敞的、开放的平台设计,网格化的工作台面
  • 高达 45 个标准板位
  • 内置 LED 灯点亮工作空间
  • 自动化实验耗材定位器(ALPs)用于孔板处理
  • 选配的外罩可以保护样本免遭空气颗粒污染
  • 在台面上或台面外整合其他设备
  • 可针对特定应用进行配置

灵活的移液和工作流管理

  • 具有多通道移液器(96/384 / Pin工具)和/或 Span-8 移液器的多个单臂和双臂配置
  • 大容量 1 mL 多通道移液器
  • 全方位旋转机械手采用突破性的斜侧夹板设计
  • 一次性和固定 Biomek 移液吸头(包括穿刺孔)
  • 移液范围 0.5µL - 5,000µL
  • Span-8 移液器具备独立校准功能
  • 8 通道液面感应功能
  • 支持从试管到 1,536 孔板的各种实验耗材
  • 准确的孔内移液技术

简单的系统操作

  • 轻松自动化现有流程并执行快速的实验工作流程更改
  • 基于图标的软件提供支持,实时追踪数据,并与 LIMS 无缝连接
  • Windows 10操作系统
  • 强大的过程管理和时序优化软件增加无人值守时间
  • 向导式系统设置
  • 自动板位校准功能
  • 数据驱动型操作,包括样本筛选和浓度均一化
  • 红外光幕自动感应式防护系统
  • 清晰、多色模式的状态指示灯
  • DeckOptix(内置)摄像头具备记录功能,能够实时远程监控运行过程,并自动捕捉出错视频信息

专注应用的解决方案

  • 咨询性工作流分析
  • 专家级应用和技术支持
  • Biomek 自动化基因组、药物发现和基础研究工作流程的免编方法和解决方案

产品规格明细

Minimum Table Support Requirements 1xcm(0xin)
Pod and Tool Type 1μL - 300 μL 96-Channel Head; 5 μL -1200 μL 96-Channel head; 0.5 μL - 60 μL Multichannel-384 Head
Tip Type T30_384; T25F_384; T50_384; T40F_384; T80_384; T40F; T80_LLS; T40F_LSS; T90; T50F; T90_LSS; T50F_LLS; T230; T230_LSS; T190F_LLS; T230_WB; T1070; T1020_WB
Operating System Windows® 10
软件软件 Biomek software, SAMI EX scheduling software, Biomek PowerPack software, Biomek Method Launcher, DART 2.0 software
显示屏 22" controller screen
Operating Modes Semi-automated, manual, controlled by operator
产品货号参考 B87580

Content and Resources

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Automation Drug Discovery Brochure Drug discovery is all about the numbers. A sometimes overwhelming amount of numbers. Maintaining traceability of billions of cells or hundreds, maybe thousands of compounds. Library screening and hit identification. Countless hours spent at the bench, followed by dozens more hours spent mining millions of data points.
BeckmanConnect Security Highlights This document highlights the privacy and security features in the BeckmanConnect remote management solution.
Automating Cell Line Development for Biologics Cell line development is a highly-involved, multi-week workflow that involves the plating, screening, and expansion of single cell-derived clones to establish a protein-expression cell line
Fully-Automated Cellular Analysis by Flow Cytometry Poster The Biomek i7 Automated Workstation was used to automate the complete cellular workflow for induction and analysis of apoptosis in two cancer lines
Efficient Factorial Optimization of Transfection Conditions Poster Automate the creation of 96 factorial combinations of different transfection reagents, concentrations, and cell numbers to improve transfection efficiency

技术文件