The staff at Thistle Scientific Ltd., are determined to offer and maintain the highest of standards in terms of customer care. Our philosophy is therefore straightforward:
“Reliable products give trouble free use. Satisfied customers normally maintain a long term purchasing relationship and this, in turn, ensures we know how to respond to requests at all times. We believe our customers are our most valuable assets”
In other words, we feel the track record of the people and the products at Thistle will stand up to the challenges that lie ahead. We invite you to test our commitment at all times.
Remember when you’re happy, we’re delighted!
We would like to thank you for taking time to consider us for your valued business. Please don’t hesitate to call us if we can be of assistance.We now have a network of seven sales representatives throughout the UK who are capable of providing full technical support on all the products listed. Call 01698 338844 should you require a visit from one of our team.
ibidi's pump system is a unique pressure driver pump to simulate physiological shear stress levels in cell culture. Combined with channel slides the shear stress level can be varied to suite your requirement.
Showing 1–16 of 27 products
Operates up to four parallel Fluidic Units per ibidi Pump
Ideal simulation of various physiological conditions - continuous unidirectional, oscillating, and pulsatile flow
Ready to use with the ibidi Gas Incubation System
The elbow style connector saves maximal space on the microscope
Includes tubing and reservoirs to perform flow assays in combination with the ibidi Channel Slides and the Fluidic Unit
Coupler for a variety of fluidic setups
ready to use
Provides simple tube-to-tube connections for sophisticated fluidic setups using different tube sizes
Equipped with a holder for one Perfusion Set (10 ml) and connected μ-Slide(s)
Combines four Fluidic Units into one system
Allows easy closing and re-opening of silicone tubing
For testing working with the ibidi Pump System
Allows fluids to be injected with a needle into a running experiment without stopping the flow
...for our latest product releases & offers