LabTIE freeze-dried OP50 v2.0 is a living/viable bacteria (food source) when re-suspended. Consistent quality enables reproducible results for experiments and technical replications. The OP50 strain was acquired from CGC.

 

LabTIE Freeze-dried OP50

 

 

LabTIE OP50 is a high quality cultured Escherichia coli which is used as food source Caenorhabditis elegans. LabTIE OP50 can be used to seed NGM agar plates or inoculate liquid cultures.

Application of LabTIE OP50 allows the user to remove the variable ‘quality of food/nutrition’ from the equation in your experiments. It also allows the user to feed C. elegans with a specific and measureable amount of nutrition.

The OP50 strain was acquired from CGC.

 

North America, China and Japan customers please order directly from our exclusive distributor NemaMatrix.

 

 

 RIKEN CSRS OP50 Review

 

 MDI Biological Laboratory OP50 Review

 RIKEN CSRS OP50 Review

 

 MDI Biological Laboratory OP50 Review

 

LabTIE OP50 is a high quality cultured Escherichia coli which is used as food source Caenorhabditis elegans. LabTIE OP50 can be used to seed NGM agar plates or inoculate liquid cultures.

Application of LabTIE OP50 allows the user to remove the variable ‘quality of food/nutrition’ from the equation in your experiments. It also allows the user to feed C. elegans with a specific and measureable amount of nutrition.

The OP50 strain was acquired from CGC.

 

North America, China and Japan customers please order directly from our exclusive distributor NemaMatrix.

 

C. elegans Synchronizer is an unique, world first, system that will allow synchronization of the nematode at 'L1'or 'Egg' stage. The CES works with a number of supporting modules, functions and protocols.

 

LabTIE C. elegans Synchronizer

 

 

The C. elegans Synchronizer (CES) is a manual worm Synchronizer that allows you to harvest small and large volumes of tight synchronized L1’s or Eggs without the use of chemicals or starvation. It enables you to get synchronized worms that do not contain phenotypes caused by bleach or food arrest. In addition the system is designed to be successfully used without extensive training and enables C. elegans experiments with healthier worms than before, giving you the freedom to focus on the experiments by eliminating the need for worm controls and variable outcomes.

     

Genotyping products help you reduce your experiment preparation time and perform your experiments more efficiently, so you can focus more on your data.

Phenotyping products help you visualize, measure C. elegans behavior and collect phenotypic data.

LabTIE Seed Dispensers are used for dispensing seeds in plates, tubes, dishes or on soil. They are fast and easy to use (>80x faster). Dispensing accurate in a perfect grid. Custom versions available.

 

LabTIE Seed Dispensers

 

 

Seed Dispensers are used for dispensing seeds on Agar, Blot paper, soil etc. The Dispenser is compatible with industry standard plates, Petri dishes or trays in various formats for research purposes.

Dispensers are mostly used for:

  • Germination
  • Bead beating / DNA extraction
  • Vertical Petri dish root growth experiments
  • Vitality assays
  • Seed counting

Due to its modular design with exchangeable mesh plates it is used to all types and variations of seeds (0.2mm - 9.0mm). It exceeds the current competitive systems in speed, accuracy, variety of seed types and especially ease of use.

The biggest value offered by the LabTIE Seed Dispenser is the huge timesaving it achieves, up to 60x or higher, allowing lab researchers to spend more time on what really matters, while at the same time reducing costs. It also drastically reduces the margin of error.

 

 

 

 

 

 

 

 

Seed Dispensers are used for dispensing seeds on Agar, Blot paper, soil etc. The Dispenser is compatible with industry standard plates, Petri dishes or trays in various formats for research purposes.

Dispensers are mostly used for:

  • Germination
  • Bead beating / DNA extraction
  • Vertical Petri dish root growth experiments
  • Vitality assays
  • Seed counting

Due to its modular design with exchangeable mesh plates it is used to all types and variations of seeds (0.2mm - 9.0mm). It exceeds the current competitive systems in speed, accuracy, variety of seed types and especially ease of use.

The biggest value offered by the LabTIE Seed Dispenser is the huge timesaving it achieves, up to 60x or higher, allowing lab researchers to spend more time on what really matters, while at the same time reducing costs. It also drastically reduces the margin of error.

LabTIE Bead and Ball Dispensers are used for dispensing (micro) beads in (deep well) plates, tubes or on dishes. Mostly used for dispensing grinding beads quickly, filling a plate or rack with tubes in approximately 8_seconds. Custom versions available.

 

LabTIE Bead and Ball Dispensers

 

 

Bead and Ball Dispensers are used for dispensing (micro) beads in industry standard plates.

Dispensers are mostly used for:

  • Grinding plant tissue (leaf, stem, root, anthers and seeds)
  • Grinding bacteria
  • Grinding animal tissue
  • Grinding soil
  • Vitality assay by dispensing coated beads on a bacteria lawn

Due to its modular design with exchangeable mesh plates it is used to dispense multiple types and amounts of beads/balls (0.3mm - 6.0mm). While typical lab applications need tweezers or spoons to fill wells with beads, which is time-consuming and very ineffective, we were able to create a handy tool that solves this problem.

The biggest value offered by the LabTIE Bead and Ball Dispenser is the huge timesaving it achieves, up to 60x or higher, allowing lab researchers to spend more time on what really matters, while at the same time reducing costs. It also drastically reduces the margin of error.

 

 

Axia vegetable seeds Bead Dispenser Review

 

Wageningen university Bead Dispenser Review

Axia vegetable seeds Bead Dispenser Review

 

Wageningen university Bead Dispenser Review

 

Bead and Ball Dispensers are used for dispensing (micro) beads in industry standard plates.

Dispensers are mostly used for:

  • Grinding plant tissue (leaf, stem, root, anthers and seeds)
  • Grinding bacteria
  • Grinding animal tissue
  • Grinding soil
  • Vitality assay by dispensing coated beads on a bacteria lawn

Due to its modular design with exchangeable mesh plates it is used to dispense multiple types and amounts of beads/balls (0.3mm - 6.0mm). While typical lab applications need tweezers or spoons to fill wells with beads, which is time-consuming and very ineffective, we were able to create a handy tool that solves this problem.

The biggest value offered by the LabTIE Bead and Ball Dispenser is the huge timesaving it achieves, up to 60x or higher, allowing lab researchers to spend more time on what really matters, while at the same time reducing costs. It also drastically reduces the margin of error.

LabTIE Powder Dispensers are used for dispensing powders or (micro) beads in plates, tubes or vials. Dispensing range between 1uL/1mg until 1500uL/1.5gram filling a plate or rack with tubes in approximately 30_seconds. Custom versions available.

 

LabTIE Powder Dispensers

 

 

Powder Dispensers are used for dispensing various volumes of powders or micro-beads in industry standard plates.

Dispensers are mostly used for:

  • Analysis of dry powder by MASS
  • Accurate pre-loading powders in various formats to create solutions
  • Grinding tissue samples with micro-beads

Due to its modular design with exchangeable mesh plates it is used to dispense multiple volumes (1µ L/1mg - 1500µ L/1.5gr). While typical lab applications require an analytical scale to weigh off each individual sample per well, which is time-consuming and very ineffective, we were able to create a handy tool that solves this problem.

The biggest value offered by the LabTIE Powder Dispenser is the huge timesaving it achieves, up to 150x or higher, allowing lab researchers to spend more time on what really matters, while at the same time reducing costs. It also drastically reduces the margin of error.

 

 

NSI lab solutions Powder Dispenser Review

 

HP Powder Dispenser Review

NSI lab solutions Powder Dispenser Review

 

HP Powder Dispenser Review

 

Powder Dispensers are used for dispensing various volumes of powders or micro-beads in industry standard plates.

Dispensers are mostly used for:

  • Analysis of dry powder by MASS
  • Accurate pre-loading powders in various formats to create solutions
  • Grinding tissue samples with micro-beads

Due to its modular design with exchangeable mesh plates it is used to dispense multiple volumes (1µ L/1mg - 1500µ L/1.5gr). While typical lab applications require an analytical scale to weigh off each individual sample per well, which is time-consuming and very ineffective, we were able to create a handy tool that solves this problem.

The biggest value offered by the LabTIE Powder Dispenser is the huge timesaving it achieves, up to 150x or higher, allowing lab researchers to spend more time on what really matters, while at the same time reducing costs. It also drastically reduces the margin of error.

Grinding beads are mostly used for grinding leaves, seeds, bacteria or tissue. Small and large quantities available (minimum of 1kg until 10ton per order), Laboratory grade quality with the lowest price in Europe.

 

LabTIE Grinding media

 

 

Grinding beads are mostly used for grinding leaves, seeds, bacteria or tissue.

Our grinding beads have simply the lowest prices in the market. We don't just claim to be the cheapest, we guarantee it! We are also the only supplier offering the full range of grinding balls.
Our partnerships with our suppliers allows us to offer you bulk grinding beads at the best prices. Buying in bulk will provide you more value for your money compared to ordering in small quantities.

   

LabTIE Gel Electrophoresis trays and combs are compatible with all major brands (tanks, trays and combs) such as BioRad, BioStep, VWR, Sigma-Aldrich, Scie-Plas and LabTIE. Color Coded, Strong and student proof material.

The Mini-Beadbeater disrupts cells and tissue by violently shaking a sample inside a classic 2mL microvial or standard deep well microplate partially filled with tiny ceramic or steel beads.