MechanoCulture T6
Tension Stimulation System
- Uniaxial tension stretch conditioning in culture
- Up to 6 specimens in parallel
- High force tension stimulation (up to 200 N)
- Grip separation up to 80 mm
- PC-independent incubator operation
- Autoclavable culture-contacting components
Mechanical Stimulation Bioreactor for Uniaxial Stretch Stimulation
The MechanoCulture T6 (MCT6) is a tension-stimulation system designed for long-duration culture experiments where controlled stretch is the stimulus and biological response is the output. It delivers repeatable uniaxial stretch stimulation to clamp-mounted constructs and soft tissues, with PC-independent operation for incubator-based studies.
This tension stimulation system is widely used as a tissue engineering bioreactor for structural constructs where controlled strain is applied over hours to days in an incubator. As a high-force uniaxial stimulation platform, the MCT6 is commonly selected when specimen gripping, high load capacity, and long grip separation are required for tissue engineering and mechanobiology setups. Researchers use it to apply cyclic and intermittent regimens that support mechanotransduction, maturation, and durability-oriented conditioning.
What MechanoCulture T6 is designed for
- Parallel mechanical conditioning of biological specimens using a tension stimulation system during culture
- Protocols with cyclic and intermittent sequences that support mechanotransduction and maturation
- Structural tissue constructs that require stable clamping and high load capacity during stretching
- Incubator-based experiments where a mechanical stimulation bioreactor runs PC-independent after protocol programming
Typical experimental environments
- Incubator-based uniaxial tension stimulation workflows (often 37°C, 5% CO₂) where cell seeded scaffolds, hydrogels, or membranes are clamped in the chamber and conditioned under sterile, hydrated culture conditions for days to weeks.
- Daily or intermittent cyclic tension regimens (commonly 0.05 to 2 Hz and 3% to 20% strain) applied in defined dosing blocks (for example 1 h/day, 8 h/day, or “on/off” duty cycles over multiple weeks).
- Clamp-mounted construct loading where grip stability and alignment drive repeatability, including electrospun scaffolds, dense collagen or ligament/tendon-like constructs, and PDMS membrane cultures.
- Mechanostimulation-first study designs followed by endpoint biology and mechanics, where cyclic tension stimulation precedes downstream assays such as gene expression, alignment and morphology imaging, ECM deposition, fibrosis or remodeling markers.
What’s included with the MCT6
- Programming software (lifetime license)
- 6 sets of specimen grips
- Controller for up to 200 N uniaxial tension stimulation
- 12-month warranty
- Remote installation and training support
MCT6 Configurations
MechanoCulture T6 Standard
A tension stimulation system for up to 6 parallel specimens in a shared culture environment. This configuration is commonly used when specimens share media conditions and the priority is simple handling and access.
Best for: tendon and ligament constructs, musculoskeletal engineered tissues, and other applications where high force uniaxial stimulation and clamp gripping improve repeatability
MechanoCulture T6 6-Well
A mechanical stimulation bioreactor configuration with 6 individual wells/channels. This format supports separation between specimens when different media, conditions, or sample isolation is required.
Best for: mechanotransduction screening across media conditions, parallel cohorts, and tissue engineering bioreactor workflows where channel separation reduces cross-talk
Specifications
| Dimensions | 36 x 15 x 9 cm |
| Weight | 3 kg |
| Stimulation mode | Uniaxial tension |
| Autoclavable components | Yes |
| Culture area | Up to 6 strips |
| Loading capacity | 200 N |
| Media volume | 100-300 mL |
| Maximum stretch | 25 mm |
| Maximum grip separation | Up to 80 mm |
| Maximum velocity | 20 mm/s |
| Maximum cycle frequency | 2 Hz |
MCT6 Mechanical Stimulation Capabilities
The MechanoCulture T6 is a tension stimulation system intended for programmable stretch conditioning. It runs cyclic and intermittent regimens using displacement-driven motion profiles, supporting incubator-based studies where mechanotransduction is evaluated through downstream biological outcomes.
Uniaxial Stretch Stimulation
With MechanoCulture T6: Programmable uniaxial stretch stimulation using ramp or cyclic patterns to apply repeatable strain input across parallel specimens.
Use case: Many mechanotransduction responses depend on strain amplitude, frequency, and duty cycle. A dedicated tension stimulation system improves repeatability across cohorts.
Example specimens: tendon-like constructs, ligament scaffolds, electrospun mats, decellularized strips.
- Related Research Applications:
- Mechanotransduction
- Stem Cell Mechanobiology
High-Force Clamp-Based Stretching
With MechanoCulture T6: High force uniaxial stimulation with screw-driven clamp grips that maintain engagement during long regimens and higher loads.
Use case: Grip slip and attachment-site artifacts are common failure points in structural constructs. Clamp stability supports consistent uniaxial stretch stimulation and improves comparability.
Example specimens: tendon and ligament constructs, musculoskeletal engineered tissues, tougher decellularized tissues.
- Related Research Applications:
- Tendon Tissue Engineering
- Musculoskeletal Tissue Engineering
Intermittent and Multi-Phase Loading
With MechanoCulture T6: Multi-phase sequences that combine stretch, hold, recover, and rest to implement intermittent duty cycles.
Use case: Multi-phase protocols support mechanotransduction studies that distinguish immediate viscoelastic response from longer-term adaptation. They also enable conditioning regimens where recovery periods are part of the stimulus design.
Example specimens: scaffold-based constructs, engineered tissue strips, compliant polymer sheets.
- Related Research Applications:
- Fibrosis & Tissue Remodeling
- Cartilage & Meniscus Mechanics
Incubator-Based Hydrated Culture Workflows
With MechanoCulture T6: A mechanical stimulation bioreactor workflow designed for incubator operation, supporting long-duration stimulation in a hydrated culture environment.
Use case: Temperature and hydration influence construct response and cell behaviour. Incubator use supports stable, in vivo-like conditions for tissue engineering bioreactor experiments.
Example specimens: cell-seeded scaffolds, engineered tissues, decellularized matrices.
- Related Research Applications:
- Cardiac Tissue Engineering
- Vascular Tissue Engineering
Specimen Formats and Custom Grip Geometry
With MechanoCulture T6: Clamp grips designed for strip-like specimens, with customizable spacing and geometry to support a wider range of sample formats.
Use case: Mechanotransduction experiments often use diverse constructs. Matching grip geometry to specimen thickness and material reduces handling artifacts and improves repeatability.
Example specimens: strips, wider sheets (custom), fiber-like specimens (adapted setups).
- Related Research Applications:
- Bone Tissue Engineering
- Injectable & Regenerative Biomaterials
How the MCT6 Works
The MCT6 separates protocol definition from incubator execution. You program a stimulation sequence using the software, download it to the controller, mount specimens in the chamber, and run the regimen inside an incubator. This approach supports long-duration studies where the tension stimulation system operates without continuous PC connection.
- Clamp-based mounting for high-force uniaxial stimulation
- Uniaxial stretch stimulation for constructs and tissues
- Parallel specimen workflow
Grips, Pull Rod Ranges, and Chamber Formats
This tension stimulation system supports a range of construct lengths through interchangeable (and autoclavable) pull rods and chamber formats. CellScale recommends a pull rod range based on your construct gauge length, starting grip separation, and target strain.
- Pull rod ranges for grip separation windows
- Standard chamber and 6-well chamber options
- Chamber materials and lids
Incubator Use
The MechanoCulture T6 uses dedicated programming software that is different from our benchtop mechanical testers. Protocols are defined on a PC, downloaded to the controller, and executed inside an incubator. This design supports long conditioning regimens where the tension stimulation system runs PC-independent.
- Stimulation protocol structure
- Motion profiles for uniaxial stretch stimulation
Software: Protocol Programming
The MechanoCulture T6 uses dedicated protocol programming software. Protocols are downloaded to the controller for PC-independent incubator operation.
- Protocol programming
Research Applications Supported
The MechanoCulture T6 is widely used as a tension stimulation system for incubator-based mechanotransduction studies and structural tissue conditioning. The research applications below are the most common use cases for the MCT6.
- Tissue Engineering & Soft Tissue Biomechanics
- Biomaterials and Advanced Materials
- Mechanobiology and Bioelectronics
Comments From The Field
“We are using CellScale equipment for the last two years to assess the influence of mechanical stimulation on permanently differentiated and stem cells’ fate. The interface is user-friendly, the customer support service is very helpful, the equipment is easy to use and inexpensive, yet precise and robust.”
Dimitrios Zeugolis
PhD. Director of the Regenerative, Modular & Developmental Engineering Laboratory. Professor, National University of Ireland Galway, Ireland.
“A versatile and cost-effective bioreactor… with intuitive software and responsive support.”
Brian Amsden
PhD. Professor & Associate Vice-Principal of Research, Donald and Joan McGeachy Chair in Biomedical Engineering, Queen’s University, Canada.
MCT6 Videos
Other MechanoCulture Systems
MechanoCulture J1
MechanoCulture TX
MechanoCulture TR
FAQs About the MCT6 Bioreactor
What is the MCT6 designed for?
The MCT6 is designed for high-force uniaxial tension stimulation of 6 parallel specimens. It is intended for applications where researchers want to stretch gripped samples under a shared loading program in a sterile culture environment.
What sample types can the MCT6 be used for?
The MCT6 supports a wide range of tension-loaded materials, including silicone membranes, decellularized tissues, hydrogels, electrospun materials, fibre-like specimens, and wider sheet-like specimens with adaptation. The product page also states support for specimens up to 10 mm wide and 80 mm long.
How many samples can the MCT6 run at one time?
The MCT6 runs up to 6 specimens in parallel. It uses one shared actuation system across those specimen positions rather than six fully independent chamber protocols.
What are the MCT6 force and motion capabilities?
The MCT6 provides uniaxial tension, with a listed loading capacity of 200 N, maximum velocity of 20 mm/s, maximum cycle frequency of 2 Hz, and maximum strain greater than 100%.
Can the MCT6 run different protocols on each sample position?
No. The MCT6 is designed for 6 parallel specimens under a shared user-specified stretch protocol. It is ideal when you want multiple specimens run together under the same mechanical stimulation conditions.
Does the MCT6 run inside an incubator while connected to a PC?
No. The MCT6 is designed for PC-independent operation inside an incubator. Protocols are programmed in advance, and the onboard controller enables the system to run without an active computer connection during the test.
Are the chambers and sample-contacting parts sterilizable?
Yes. The MCT6 product page states that the entire assembly can be sterilized and is suitable for long-term cell culture in a laboratory incubator.
How is the MCT6 different from the other MechanoCulture systems?
The MCT6 is the MechanoCulture platform for high-force uniaxial tension of 6 parallel specimens under one shared loading protocol. The MCJ1 also performs tensile stimulation, but it uses 6 separate chambers with independent actuators, force sensors, and protocols. By comparison, the MCTX is for compression stimulation and the MCTR is for hydrostatic pressure stimulation.
Talk to an Applications Specialist
If you share your specimen type and desired outcomes, we will recommend a bioreactor model, configuration, and protocol approach aligned to your research goals.
