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System consists of: 1x Sartorius Stedim BioPAT DCU Control Tower 4x Sartorius Stedim Biostat B-DCU B (more)ioreactor Unit 4x Sartorius Stedim Univessel SU Reactor Holder 8x Sartorius PMA7501 Scale 4x Sartorius BB Reactor Heating Blanket 4x Sartorius Filter Heater The Biostat B-DCU is a fermenter/bioreactor specifically designed to accommodate the requirements of process optimization and characterization in the biotech and biopharmaceutical industry. It provides enhanced functionality and an unrivalled level of options for cell culture and microbial processes making it the ideal scale-down model for your large scale process. Supply Tower Gases – Gas supply pressure 1.5 bar (Gasses must be dry, oil and dust-free), connection of gas hoses with d external 6 mm Water – Water supply pressure: 2 – 4 bar, Flow rate up to 20 l/min, Temperature minimum 4°C, Degree of hardness: 12° dH max. Integrated water pressure reduction down to: 1.5 bar Interfaces – 3+ external signal inputs 0–10 V 3+ external signal inputs 4–20 mA Fieldbus for serial or ethernet devices Digital output 24 V for on/off control of external devices Up to 4 analoge outputs for external pumps Connection for control of external drive motor (0–10 V) Dimensions (WxHxD): 360 x 768 x 432 mm Weight: 45 kg Motor drive Rotation speed: 20 – 400 rpm Process Control Temperature: Pt100 0 – 150°C (temperature control 0 – 80°C) Dissolved oxygen: single-use DO sensor patch 0–100% pH: single-use pH sensor patch 6.5 – 8.5 pH Redox: Combined measurement with pH sensor –1,000 –1,000 mV Balance substrate: 7 kg / 1 g Gravimetric flow controller: Accuracy for 7 kg balance 5 g/h O2 offgas: Zirconium dioxide 0–50 vol% CO2 offgas: Infrared 0–10 vol% Temperature control module for UniVessel SU Single-use Culture Vessel With Heating Blanket Electrical heating blanket Temperature control up to 50°C Heating capacity 2 L : 200 W

Capacity: 410 g Readability: 1 mg Repeatability: 0.9 mg Linearity: ±2 mg Calibration type: Internal  (more)Dimensions (WxDxH): 194 x 366 x 276 mm Usable heigh of draft shield: 175 mm Weighing platform: 127 x 127 mm Weight: 7.6 kg

The RAPIDLab 348EX Blood Gas System is the cost-effective solution for smaller laboratories tasked w (more)ith the challenge of performing fast-turnaround critical care tests. Fully-automated operation supports low-to-medium throughput on an easy-to-use analyzer that’s ready to generate accurate, on-demand results when clinicians need them, with a minimum of operator involvement. Measurable Parameters Blood Gas: pH, pCO2, pO2 Measurable Parameters Electrolytes: Na+, K+, Ca++ or Cl– Measurable Parameters Hematocrit: HCT Calculated Parameters: O2SAT, O2CT, HCO3-act, HCO3-std, ctCO2, BEb, BEecf, pO2(A-a), pO2 (a/A), pO2/FiO2, Ca++(7.4), Anion Gap Sample Size: Syringe; 95 µL, Capillary; 95 µL, Microsample mode; 50 µL Sample Type: Whole blood, Dialysate fluid Analysis time: Approximately 60 seconds to result Calibration: Automatic or on demand Input Temperature: 10.0°C–43.9°C Input Hemoglobin: 2.0–25.0 g/dL Input FIO2: 15.0%–100.0% Input Patient/Operator IDs: Up to 16 characters (alphanumeric) Input Sample location: Radial, brachial, femoral, cord, arterial line (with RAPIDComm Data Management System (not inlcuded)) Dimensions (WxDxH): 385 x 353 x 382 mm Weight: 9.4 kg

Sample capacity: one 384 well PCR plate Temperature control range of the block: 4°C to 99°C Gradient (more) range: 1°C to 20°C Temperature range of the gradient: 30°C to 99°C Temperature control range of the lid: 37°C to 110°C Block hmogeneity (at 35°C): ≤± 0.3°C Block hmogeneity (at 90°C): ≤± 0.4°C Control accuracy: ± 0.2°C Heating rate: 4°C/s Cooling rate: 3°C/s Dimensions (WxDxH): 260 x 415 x 370 mm Weight: 18.5 kg

includes one laser: 785 nm, power range on a sample 5-50 mW

includes one laser with optical isolator: 785 nm, power range on a sample 0.5-5 mW

includes one laser: 785 nm, power range on a sample 15-150 mW

includes two lasers: 785 nm, power range on a sample 15-150 mW; 660 nm, power range on a sample 1-32 (more) mW

includes two lasers: 785 nm, power range on a sample 5-50 mW; 660 nm, power range on a sample 1-32 m (more)W

f=30 mm, NA=0.05, laser spot size 50 µm

f=15 mm, NA=0.1, laser spot size 15 µm

ideal for in-vivo skin measurements, direct contact measurements of powders and liquids, f=6.21 mm,  (more)NA=0.38, laser spot size 2.5 µm

Axial Focusing Accessories

Objective Covers Set Accessories

Light Protection Sample Cover

Cover for MiniRaman

Adapter for Microscopy RMS

Adapter for Microscopy SM1

Adapter for Microscopy M25/0.75

Adapter for Microscopy M27/1

Distance Probe for Limited Access Measurements

Adapter Ring

The Sysmex XS-1000i is a compact, fully automated haematology analyser, designed to generate complet (more)e blood counts with five-part leucocyte differential. YOM : 2014 Excellent condition. Comes with sampler, PC and monitor.

+ Fluorescence flow cytometry for high quality analysis + Excellent WBC differential + Very low aspi (more)ration volume + Compact + Ready-to-use system with minimum maintenance NEW UNIT !

This is a kit of microencapsulation generators to be used directly droplet and microparticle formati (more)on by water and oil phases. The kit contains a syringe pump, droplet generation microfluidic chips, fitting/holders, tubing, and collector.

This is a kit of tissue chip (or organ-on-a-chip) studies to be used directly for tissue emulating e (more)xperiments. It is a blank platform and needs cells and mediums to be supplied by researchers. The kit contains a peristaltic pump, tissue chips (5 pieces with customer selection option), fitting/holders, and tubings.

This is a kit of nanosponge nano/micro-particle synthesis reactions to be used directly with beta-cy (more)clodextrin and crossing chemicals. The kit contains a syringe pump, nanosponge synthesis microfluidic chip, fitting/holders, tubing, glass beaker.

* BC1/BC2/BC3 Basic Parallel Microchannel Chips: These chips are a single line microchannel for basi (more)c applications requiring small volume sample analysis . The inlets of the microchannels are compatible with single or multiple microp ipettes or syringes. These parallel channels are numbered on the chip. Microchannel dimensions are given in the feature list. “For different microchannel sizes, please request special production".

* DG 1/2/3/4/CC1/CC2 Droplet Generation Microfluidic Chips: These chips that can be used for the pro (more)duction of droplets of various sizes. There are sub models that use T Join and Flow Focusing techniques as production logic. In addition to the existing desig ns (DG CC1/2), there are designs developed by NehirBT (DG 1/2/3/4) in the literature. With these designs, water in oil (w o) or oil in water (o w) emulsions can be created.

* TChipD1 Basic Tissue Chip: These are single channel devices that are used to gain initial experien (more)ce in straight channels and to optimize cell culture in microchannels when starting Tissue/Organ on a chip applications. The medium wide area is for the culture of cell lines. For easy cultivation of immobilized cell lines or primary cell cultures, inlet ports or custom PDMS microchannels can be used without affixing to the substrate.