Drosophila Vials

Drosophila vials are a safe and cost-effective alternative to glass vials and are available in premium-grade polystyrene, polypropylene, and K-Resin.

• The glass-like polystyrene polypropylene and K-Resin are easy to observe samples and effectively improve research efficiency.
• The polypropylene is autoclavable and can be reused.
• There are two types of vials: narrow and wide. Both are available in bulk or tray packaging.

K-Resin Drosophila Vials

K-Resin drosophila vials have ultra-high transparency, good toughness, rigidity, and gloss. They can be sterilized with ethylene oxide gas or ultraviolet rays and are suitable for observing the growth and development of the drosophila.

• Made of Premium grade K-Resin
• K-Resin: High transparency, good toughness, and can be sterilized by ethylene oxide gas or ultraviolet rays
• Can be sterilized with ethylene oxide gas or ultraviolet rays and are suitable for observing the growth and development of the drosophila
• Glass-like clarity for sample observation
• Disposable vials are safe and cost-effective alternatives to glass vials
• Available in bulk or tray packing
• Tray packs are great for quick, effortless filling of vials

Drosophila Vials

Drosophila vials are a safe and cost-effective alternative to glass vials and are available in premium-grade polystyrene, polypropylene, and K-Resin.

• The glass-like polystyrene polypropylene and K-Resin are easy to observe samples and effectively improve research efficiency.
• The polypropylene is autoclavable and can be reused.
• There are two types of vials: narrow and wide. Both are available in bulk or tray packaging.

Polystyrene Drosophila Vials

Polystyrene drosophila vials are highly transparent and are conducive to sunlight exposure. It is suitable for experiments that require precise lighting and is convenient for observing and preserving samples. Lightweight and cost-effective.
Tray packs are great for quick, effortless filling of vials 

• Made of premium grade polystyrene and lightweight
• Polystyrene: highly transparent and conducive to sunlight exposure, easy to observe and store, cost-effective
• Glass-like clarity for sample observation
• Disposable vials are safe and cost-effective alternatives to glass vials
• Available in bulk or tray packing

Drosophila Vials

Drosophila vials are a safe and cost-effective alternative to glass vials and are available in premium-grade polystyrene, polypropylene, and K-Resin.

• The glass-like polystyrene polypropylene and K-Resin are easy to observe samples and effectively improve research efficiency.
• The polypropylene is autoclavable and can be reused.
• There are two types of vials: narrow and wide. Both are available in bulk or tray packaging.

Polypropolyne Drosophila Vials

Polypropylene drosophila vials are corrosion-resistant, fully autoclavable (121°C, 15psi, 15min), and can be reused. The material is hard, durable, and suitable for drosophila growth and development in most situations.

• Made of Premium-grade polypropylene
• Polypropylene: firm, clear, flexible, corrosion resistant, and fully autoclavable (121°C, 15psi, 15min)
• Durable and suitable for drosophila growth and development in most situations
• Disposable vials are safe and cost-effective alternatives to glass vials
• Available in bulk or tray packing
• Tray packs are great for quick, effortless filling of vials

Drosophila Bottles

Drosophila bottles are available in 6oz square bottoms and 8oz round bottoms, and there are two materials to choose from: polypropylene and polyethylene.

The polypropylene material is autoclavable and can be reused. The polyethylene material has stable performance and good tolerance to chemical substances. Specially designed neck can prevent the closures from falling in. Available in bulk or tray packaging.

• Made of polypropylene/polyethylene
• Polypropylene: corrosion resistant and fully autoclavable (121°C, 15psi, 15min)
• Polyethylene: Stable performance, low-temperature resistance, and not easily damaged
• Firm, stiff neck for easier handling
• Specially designed neck to prevent the plug from falling in
• Universal closure compatibility

Drosophila Closures

Drosophila closures can maintain the sealing of drosophila vials and bottles, which is beneficial to the growth and development of drosophila and blocks the entry of mites to ensure the accuracy of experimental results. Available in densest foam, densest sponge, and degreasing fiber.
 

Densest Sponge Closures

Densest sponge drosophila closures are autoclavable, and can completely block the entry of mites. Moderate hardness, easy to operate, not easily deformed and damaged, and can be reused.

• Autoclavable, not easily deformed and damaged, and can be reused
• Cause minimal shedding and reduce evaporation 
• Maintains tight fit after repeated use and removal

Densest Foam Closures

Densest foam drosophila closures have a good deformation effect and can maintain a tight fit to the vial wall after repeated use and multiple movements, high air permeability ensures the growth of drosophila.

• The material density is moderate and the deformation effect is good, easy to operate and maintains a tight fit to the vial wall after repeated use and multiple movements, high air permeability ensures the growth of drosophila
• Cause minimal shedding and reduce evaporation
• Maintains tight fit after repeated use and removal

Degreasing Fiber Closures

Degreasing fiber drosophila closures have excellent shaping effects, compact internal space, prevent mites from entering while still ensuring breathability, are cost-effective, recommended for one-time use.

• Excellent shaping effect makes the internal space compact and prevents mites from entering while still ensuring breathability, cost-effective, recommended for one-time use
• Cause minimal shedding and reduce evaporation
• Maintains tight fit after repeated use and removal

Drosophila Trays

Drosophila trays are available in plastic and metal materials. Plastic trays are for narrow vials, with 10x10 dividers, and the Aluminum metal tray has no dividers for vials and bottles.

They are compatible with drosophila vials and bottles. Bulk packaging.

Plastic Trays for Narrow Vials

• Dimensions: 256 x 256 x 30 mm
• Fit for vials with a diameter of 25 mm
• With 10x10 divider

Aluminum Tray for Vials or Bottles 

• Sturdy and durable
• Dimensions: 292 x 292 x 57 mm
• No Divider

Dynalon's Dura-Cross tank is ideal for breeding of Zebrafish. Manufactured from transparent and autoclavable food grade polycarbonate, it is fully impact resistant and will not chip or break. The tank consists of a tapered tank body, a slotted insert, and lid, and it is stackable to save space.

Dura-Cross easily and effectively optimizes the breeding of zebra fish and is available as single pieces or in cases of 25.
Features include:

• Manufactured from food grade polycarbonate, making it virtually indestructible and with glass-like clarity for maximum viewing of fish and eggs
• Unique slotted insert ensures eggs are separate from adults, maximizing yield; insert can be removed to allow adult fish to be quickly and safely returned to main habitat tank
• Molded lid keeps tank and fish environment clean and is designed for easy stacking; has two ¼" holes for air tubing
• Optional Dividers available in diagonal or straight formats to keep males and females separate as required
• Optional Carrying Tray allows for safe transport of tanks and holds 5 tanks in a single layer or 10 tanks stacked
• Tanks and accessories are dishwasher safe and autoclavable
• Tank dimensions: 8" X 4" X 3"

Quietek™ Euthanasia System

The Quietek™ is a carbon dioxide delivery system that has been specifically designed for use with laboratory mice and rats. It’s simple interface allows the user to focus on the task at hand rather than monitoring a flow meter and controlling carbon dioxide flow manually. Once the Quietek has been installed and set, a keylock feature prevents the settings from being modified. This ensures that euthanasia is performed humanely, ethically, consistently, and in keeping with your organization’s policies (which should include consulting the AVMA Guidelines for US institutions).

• If your research requires alternate or specific flow rates, we can likely customize the instrument to meet your needs.
• No animals were harmed or euthanized for the main purpose of developing or testing this product. 
• The AVMA has not certified this product.
• Made in the U.S.A.

Product Advantages

Compliant
The Quietek is programmed to operate only within flow rates allowed by the AVMA for a given cage or chamber volume. The cage or chamber volumes can be programmed by designated staff and then locked to prevent changes. This ensures that CO2 is delivered ethically, consistently, and according to your organization’s policies every time.

Easy
Once the Quietek has been installed and set up, a simple push of the “Start” button begins the flow of CO2. If the need arises, the run can be aborted by pressing the button a second time. Otherwise, the carbon dioxide flow will shut off automatically when a sufficient volume has been delivered to the cage / chamber. A countdown timer indicates how long it will be until the flow will be shut off.

Economical
While CO2 is generally inexpensive, when the time and labor associated with ordering and changing tanks is added in, it can be. Since the Quietek is optimized to automatically shut off the flow after a sufficient amount of CO2 has been delivered, annual use can be significantly reduced. Feedback from our customers has praised the automatic shut-off indicating significant reduction in cost and interruptions to the workflow due to valves left open by staff performing the task manually.
  

Humane
The euthanasia process should be monitored continuously to ensure a humane endpoint. Since the flow of carbon dioxide is automatic, this allows the user to focus on the animals rather than a timer.

Quietek Calibration

Calibration service will ensure that your Quietek instrument is working the way it should. The calibration service includes evaluation of the device, repair of any systems required to bring the instrument up to full working order, and calibration of the flow rate to ensure it meets the AVMA recommendations.

Mouse restraints from IBI offer the researcher a new, humane method for restraining laboratory mice to administer injections and obtain needed samples. The mouse restrains are available in two sizes.

MH-100 - The 1" diameter solid acrylic tubular mouse holder features 4 access ports and a full length vertical slot for easy access to specimen. The adjust slide/stop ensures the mouse will not move during experiment.

MH-125 - The 1.25" diameter solid acrylic tubular mouse holder features 8 access ports and full length vertical slot for easy access to samples. The adjust slide/stop ensures the mouse will not move during experiment.

Rat restraints from IBI offer the researcher a new, humane method for restraining laboratory mice to administer injections and obtain needed samples. The rat restrains are available in three sizes.

MH-200 - The 2" diameter solid acrylic tubular mouse holder features 4 access ports and a full length vertical slot for easy access to specimen. The adjust slide/stop ensures the rat will not move during experiment.

MH-250 - The 2.5" diameter solid acrylic tubular mouse holder features 5 access ports and full length vertical slot for easy access to samples. The adjust slide/stop ensures the rat will not move during experiment.

MH-300 - The 3" diameter solid acrylic tubular mouse holder features 6 access ports and full length vertical slot for easy access to samples. The adjust slide/stop ensures the rat will not move during experiment.

• Holds mouse restraint at 45 degree angle
• Allows for easy access to tail for bleeds
• Holds restraint securely

The MH-550 is designed to hold the MH-100 and MH-125 at a 45 degree angle to allow for easy access to the mouse tail for bleeds or other procedures.

The stand is constructed of cast acrylic for years of reliable service.

Made in the USA