Bullet Blender® Tubes

Eppendorf™ Safe-Lock tubes are 1.5 mL polypropylene microcentrifuge tubes for use in Bullet Blender® Storm (BT24M) and Bullet Blender® 24 Gold (BB24AUP) models.

GATOR™ tubes are 1.5 mL microcentrifuge tubes for use in the Bullet Blender® Gold (BB5EAUP), (BB24AUP), and Bullet Blender® Storm (BT5E), (BT24M), (BT12LT) models. 5 mL GATOR™ tubes are for use in Bullet Blender® 5E Pro (BT5E) and 5E Gold (BB5EAUP) models. The caps stay tightly sealed even under vigorous agitation. The PCR is clean and free of RNase and DNase.

RINO® screw-cap tubes are 1.5 mL microcentrifuge tubes for use in Bullet Blender® Storm (BT24M) and Bullet Blender® 24 Gold (BB24AUP) models. They are made of a special extra-tough polypropylene material, ideal for vigorous homogenization. They are also transparent, allowing you to visualize your samples! Sterile & RNase free.

*Use only with RINO® lid gasket. RINO® tubes should not be centrifuged at speeds higher than 14,000 RCF with beads inside, as the weight of the beads can cause the tubes to leak.

HIPPO™ skirted, self-standing, 50 mL tubes are ideal for use in our 50 mL Bullet Blender® models, including the 50 Gold+ (BB50AUP), and 50 DX (BB50DXP) models. HIPPO™ Tubes can hold substantial amounts and are exceptionally durable. Caps remain tightly sealed on the tubes, even after vigorous agitation. DNAse, RNAse, and pyrogen free.
 

Benchmark™ BenchMasher™ 400 Paddle Blender

• Contamination free mixing/homogenizing of samples
• Touch screen control with variable mixing speed and temperature control
• Adjustable stroke length
• Built in UV light for chamber decontamination

The BenchMasher™ provides fast and effective mixing, ensuring consistent homogenization. It is ideal for preparation of samples were eliminating contamination is critical, such as pathogen and microbial detection in food and water filters. However, its use is not limited to those areas - the BenchMasher™ has applications anywhere larger solid samples need broken down or products such as powders and polymers need mixed.

Samples up to 400 mL are conveniently loaded in the sterile blender bags which are sealed upon closing the door. Mixing paddles rapidly strike the bags, producing thorough mixing and homogenization without ever directly contacting the sample. Programming is user friendly - mixing speed and cycle time are easily adjusted on the large, full color touch screen. Paddle position can be adjusted to ensure efficient processing of samples. For applications requiring thermal regulation (such as Trichinella testing in meat) the chamber can be heated and maintained at temperatures up to 65°C.

The door is removable for access to the chamber and stainless steel mixing paddles. Each paddle includes a convenient rubber cover that is easily removed or replaced. A UV light (254 nm) is built into the chamber and can be activated at any time to perform complete decontamination.

Specifications

Homogenizer Bead Tubes

Prefilled, ready to use bead tubes. Nuclease and protease free.

Empty tubes available.

2.0 mL Tubes, Silica Beads (D1031-01, D1031-05, D1031-10)

2 mL tubes are prefilled with silica (glass) beads for bead homogenization. Beads are acid washed, and heat treated. Suitable for use in most bead homogenizers including the BeadBug 3, BeadBug 6 and BeadBlaster 24. 

2.0 mL Tubes, Zirconium Beads (D1032-01, D1032-05, D1032-10, D1032-15, D1032-30, D1032-SK)

2 mL tubes are prefilled with zirconium (ceramic) beads for bead homogenization. Beads are acid washed and heat treated. Tubes are filled in a process tested by qPCR to be free of stray DNA. Triple-Pure™ - High Impact. Suitable for use in most bead homogenizers including the BeadBug 3, BeadBug 6 and BeadBlaster 24.

5.0 mL Tubes, Zirconium Beads (D1034-30)

5 mL tubes are prefilled with 3 mm zirconium (ceramic) beads for bead homogenization. Beads are acid washed and heat treated. Tubes are filled in a process tested by qPCR to be free of stray DNA. Triple-Pure™ - High Impact. Suitable for use in BeadBlaster 24 with appropriate 5 mL tube holders.

* For use with D2400 BeadBlaster only 

2.0 mL Tubes, Garnet Shards and Zirconium Bead (D1033-30G)

2 mL tubes are prefilled with one large, banded 6 mm zirconium satellite and garnet shards. Beads are alcohol washed and heat treated. Sharp edges of the garnet shards make these beads useful for homogenization for tough samples such as skin and plant material. Suitable for use in most bead homogenizers including the BeadBug 3, BeadBug 6 and BeadBlaster 24.

2.0 mL Tubes, Stainless Steel Beads (D1033-28)

2 mL tubes are prefilled with 2.8 mm diameter stainless steel beads for bead homogenization. Beads are alcohol washed and heat treated. Suitable for use in most bead homogenizers including the BeadBug 3, BeadBug 6 and BeadBlaster 24.

5.0 mL Tubes, Stainless Steel Beads (D1034-28)

5 mL tubes are prefilled with 2.8 mm diameter stainless steel beads for use in bead homogenizers. Beads are alcohol washed and heat treated. Suitable for use in BeadBlaster 24 with appropriate 5 mL tube holders.

* For use with D2400 BeadBlaster only 

Specifications   
 

Bead Size	Application
0.1  mm	Gram positive and gram negative bacteria
0.5 mm	Bacteria, fungi, spores, molds and small yeasts
1.0 mm	Fungi, spores, algae and larger yeasts
1.5 mm	Soft tissue such as liver and small insects
2.8 mm	Tough, hard samples, muscle, plant materials, seeds and dried samples
3.0 mm	Variety of tissues including heart, lung, and brain, plant tissues, insects and dried samples
Garnet Shards	Tough samples such as skin and plant material

 
 

Measuring Spoons

Perfect for precise aliquoting of beads into tubes, ensuring accurate measurements for experiments. Their fine design allows for effortless dispensing of homogenization beads, making them ideal for lab work that requires meticulous control over bead amounts.

Whether you're preparing samples for homogenization, bead mill processing, or DNA/RNA extraction, these spoons guarantee consistent and reproducible results. Their ergonomic shape and high-quality material ensure durability and ease of use, even in high-throughput environments.