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- Primary Container
- Secondary Containers
- Third
Container - Phase Change Material/
Incubator - Purfusion
Culture
For live transport of iPS cells, the flask must be filled with culture medium to prevent cell detachment due to shaking. iP-TEC® flask-25 series has the same area of culture as a common flask, but requires 50% or less of culture medium to fill, saving the cost of culture medium.
The 3 features to acquire the patent;
(1) Requires less amount of culture medium to fill
(2) Easy handling with pipette and scraper
(3) Stability for stacking
iP-TEC® flask-25 was designed and granted patent based on those features.
This type does not allow any air bubbles inside. It is suitable for rotational culture and microgravity culture.
A thin membrane made of medical grade silicon can permeate CO2.
It is suitable for culturing and transporting cell sheets using 12 well inserts.
The special design for zero liquid leakage assists the safe transportation.
Gas-exchangeable vent type(left) and a closed airtight type(right) are available according to the internded use.
Quadruple silicon cap enables to hold 4 separated inserts as a set.
Using dedicated rack assists better work efficiency.
iP-TEC® Secondary container holds max 24 pcs of iP-TEC® Cell Transport Quadruple Container #24. (4x6)
Mesh cushion in secondary container supports the safe and stable transportation.
The cap part in contact with culture medium is made of medical grade silicon.
Filling with culture medium with zero bubbles insdide f the container can protect cells from vibration.
ATTRAN, a carrier material for cell sheets, also adapts to environmental changes such as freezing, thawing, drying, and swelling of cell sheets.
Cell adhesion and peeling with ATTRAN are superior to conventional carrier materials, allowing the smooth handling of cell sheets.
The material of this cover is medical grade silicon without adhesive agent, making it safe for the culture medium when toughing the silicon part inside.
The soft material allows users to open smoothly and avoid contamination.
The cover consists of an ultrathin part that is required for ventilation and a thick part that seals the container opening.
There is no risk of fluid leakage because it is attached to the opening of the container with ultra-low hardness.
Shaking of the culture medium inside containers don't easily occur thanks to the cover, protecting cells and biological tissues from transport vibrations.
iP-TEC® Secondary containers containing dishes and well plates with the covers are also superior in airtightness and stiffness, making safe transportation possible.
Made of polycarbonate with excellent airtight.
By using a gas concentration modifier enables transportation of cells while keeping the CO2 concentration in the container at approx. 5%.
The shallow part of the container contains Primary Container.
It allows the easy and smooth transporation of dish or plate in and out. Also, it is easy to stack, so there is no concern of falling.
Mesh cushion placed between Primary Container and Secondary Container enables to hold the Primary Container tight.
It is mesh structure, having great gas permeability, cushioning and holding.
This secondary container consists of main body, dedicated tray and absorbent sheet.
Dedicated tray is designed for the shape of iP-TEC® Flask-25 and stackable in 2 layers inside. (max 6pcs)
Special R-bending technology eliminates breaks in vacuum insulation.
Urethane foam maximizes heat insulation.
It has highd temperature retention capability and is easy o use for short-distance.
Handle straps for each sides and an adjustable shoulder strap.
There are 2 spaces to put logger in the inner lid.
Logger clearly visible from outside via transparent section on outer lid.
The top side of outer lid has a clear pocket to put waybill.
The hole for locking helps to protect inside.
TSA lock is a global security system which allows passengers to secure their luggage, while permitting security authorities to inspect them without damage. It has been accepted in more than 650 airports in 30 countries worldwide.
Sanplatec having its licensing enable to change the lock specification of the box to TSA lock.
Main box is made of XPS styrene foam.
It maintains temperature more than 24H and enables short to medium distance transportation with lower cost than Premier Box. Size is customizable.
Transportation box stored in Tote Bag allows users to carry around easily.
Weight is approx. 3kg including phase change materials.
There are some comments that general transportation box is heavy and is not female-friendly. To solve this matter, we designed simple and universal design to use in daily life.
Box is 200g and box with phase change material is 1.2kg. This is the lightest transportation box in iP-TEC series and suitable for shortdistance and quick transportation.
Select the optimal temperature range to get preferred environments;
36℃ as incubator
24℃ as CPC or medical site
5℃ for long term storage without freezing
It is easily stackable and two cell culture plates fit inside of a tray to use as a heating tray for cell at labs.
[Caution] Without iP-TEC transportation box, the temperature stability time will vary.
The program to make each temperature range of iP-TEC® Phase Change material is stored to ACT3 and it automatically prepares the preferred phase change material for you by just selecting programs.
This allows you to save time and labor to prepare on your own.
By using dedicated rack, it is enable to store max 27pcs of phase change materials. Also, using as a storage place after preparing phase change materials is possible.
Select any preferred temperature for phase change materials with the wide range of setting.
Various of purposes such as heating, cooling and maintaining are possible.
By using dedicated rack, it is enable to store max 16pcs of phase change materials.
The advantage of the rack is to prepare for phase change materials without temperature differences by storing at equal intervals.
This is a set of iP-TEC® PREMIER BOX-V19 with a heater unit.
Max 6pcs of phase change materials 36℃ can be prepared inside.
Automated perfusion culture is possible by fitting attachment with port pores to open-system container and operating with a pump to flow fluid.
The connector for soft tube with inner diameter 2.4mm is compatible with this attachment.
In and out port holes are equipped in each well at one side for 6-well plates.
The attachment for 60Φ dishes is available in vent and close types for any required purposes.
Using dedicated holder to container fitting attachment produces more stable environment.
Easy observation during perfusion culuture is possible via Φ40ｍｍ spaces each on the surface and bottom side.
Independent flow channels can be created on the inside and outside of the culture insert set in the culture container by closing cap.
Flow rate can be adjusted by combining ICAMS Laboratory Corporation drive unit and ultra-compact tube pump cassette. The number of cassette and drive unit type are customizable.
Connection cable between control unit and driving unit is flat. It is also possible to place only the base part into the incubator for perfusion culture.
Efficient perfusion culture with combination of pump system and iP-TEC® perfusion culture attachments.
Please contact us if you have any troubles or concerns regarding perfusion culture.
□Head Office：OSAKA(JAPAN)
NO.1-3,2-CHOME DOSHIN , KITAKU OSAKA 530-0035 JAPAN
[E-mail] boeki@sanplatec.co.jp [TEL] -81-6-6353-5009 [FAX] -81-6-6353-5014
Branch：TOKYO , NAGOYA (JAPAN)
□OFFICE : SILICON VALLEY(USA)
3350 Scott Blvd. Suite 29 Santa Clara, CA 95054
[TEL] (408)-830-7178
