Tritech Research, Inc. was founded by a Harvard Ph.D. biologist to be of service to the scientific community. Our products are designed to save time, money, and to optimize convenience. As each lab's research needs are unique, we are happy to customize our standard products and even custom-engineer items just for your lab!! When you call us, you'll get personalized customer service and expert technical support. Researchers from all over the world turn to our expertise for custom-made devices that fit their laboratory needs. This degree of customized engineering is unique to Tritech Research and part of our philosophy that allows you to talk to motivated, inventive, and flexible individuals who share your passion for research.

They are ideal for bacteria, nematodes (C. elegans), insects (Drosophila), amphibians (Xenopus), fish (zebrafish) and plant cell culture (Arabidopsis). Your research deserves the best incubator, and now you can afford more than one, making it easy to run experiments at different temperatures simultaneously. Whether you are interested in activity monitors, circadian options, customized ports, CO2 control, or built-in cameras, we have all that and more!

We have a convenient, quiet, energy-efficient incubators with heating/cooling temperature control, which is great for maintaining fly stocks, or growing S2 cells. General Activity Monitoring provides an important control for any study in behavioral genetics. Therefore, we can provide built-in interior jacks that can accommodate up to 20 TriKinetics Activity Monitors. See details about the drosophila incubator.

Our CO2 Incubators are microprocessor controlled, solid-state heating/cooling with a NDIR CO2 sensor. They are ideal for mammalian and insect cell culture. At this price, you can keep your lab happy by having more than one incubator, eliminating the risk of spreading contamination between experiments.See details about the CO2 Incubator

For Vaccine Development research, we developed the DigiTherm® Unibator™ and DigiTherm® HexaBator™. Conveniently programmable, these incubators have the ability to switch to refrigeration mode and rapidly cool samples to stop biological and chemical reactions at preset times or by remote control over the internet! See details of the Unibator

We have developed our own microinjectors: the analog MINJ-1, the digital MINJ-D, the high speed pneumatic MINJ-FLY, as well as the positive displacement microinjector MINJ-PD used for injecting stem cells into the brain, spinal cord, and embryos. They cost only a fraction of competing systems and allow you to control both the pressure and the duration of the microinjection pulse with exacting precision, or the actual volume in the case of the positive-displacement-type injector.

Our complete microinjection systems integrate our industry-standard microINJECTOR™ control system with top name brand inverted microscopes and micromanipulation equipment.
We take advantage of our status as a fully authorized Narishige dealer, and manufacturer of custom OEM solutions for Olympus and other microscope systems to get you great prices and the added convenience of getting a fully integrated microinjection system from a single source. See more in our Microinjection Category

We are proud to offer fantastic microscope solutions for thousands of dollars less than any competing system without making any compromise on quality or optics. At our incredible price, order three for the price of one of our competitors' scopes. Lower prices for the same superior optics! We also offer stage temperature controllers for heating and cooling.More Details about our Microscopes

Most devices on the market are either expensive, unreliable peristaltic pumps, or expensive unreliable motor-driven, syringe-based pumps... Finally there is something better and less expensive! (click for details of the PB4). We also have 35mm, 60mm, 100mm, and 150mm sterile Petri plates. We offer the same low prices whether you're at a small institution or a giant one. (see our prices and size options)

Our BactoZapper® Cloning Gun® can achieve transformation efficiencies (TE) of over 10¹⁰ transformants per µg of input DNA with E. coli bacteria harvested in stationary phase, and the MammoZapper® version achieves TEs exceeding 50% of viable cells with a variety of standard mammalian cell lines and has successfully transfected neurons, astrocytes, neuroglia, lymphocytes, monocytes, fibroblasts, epithelial and endothelial cells.