Kilobaser.com Reviews

Based on checking the website, Kilobaser.com presents itself as a pioneering solution in the field of molecular biology, offering the world’s first microfluidic chip and cartridge-based DNA and RNA synthesizer.

The site emphasizes its core value proposition: enabling researchers and laboratories to produce custom DNA and RNA on demand, promising speed, affordability, and independence from traditional oligo synthesis services.

This innovative approach aims to revolutionize how genetic material is accessed and utilized in research, diagnostics, and various life science applications, providing a compact, user-friendly system for in-house synthesis.

The platform is designed to address common pain points associated with outsourcing oligo synthesis, such as lengthy delivery times, complex ordering processes, and high costs for modifications.

By bringing synthesis capabilities directly into the lab, Kilobaser positions itself as a must, offering a streamlined workflow that can significantly accelerate research and development cycles.

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The website features testimonials from various life science professionals, highlighting ease of use, satisfaction with results, and the transformative potential of the Kilobaser system for molecular cloning, PCRs, and rapid DNA synthesis for testing.

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IMPORTANT: We have not personally tested this company’s services. This review is based solely on information provided by the company on their website. For independent, verified user experiences, please refer to trusted sources such as Trustpilot, Reddit, and BBB.org.

Unpacking the Kilobaser.com Value Proposition

Kilobaser.com hinges its appeal on a triumvirate of benefits: Fast, Affordable, Independent. These aren’t just buzzwords. they represent a fundamental shift in how research labs might operate. Historically, custom DNA and RNA oligonucleotides “oligos” have been ordered from external synthesis providers. This model, while widely adopted, comes with inherent delays—think lead times of days or even weeks—and a lack of immediate control. Kilobaser aims to disrupt this by empowering labs with an in-house solution.

The Promise of Speed: Accelerating Research Cycles

The “Fast” aspect is perhaps the most compelling for researchers on tight timelines.

Imagine needing a specific DNA sequence for an experiment tomorrow, and instead of waiting for a delivery, you can synthesize it within hours.

• Reduced Turnaround Times: Traditional oligo synthesis services often have a 2-5 business day lead time for standard orders, plus shipping. For modified or complex oligos, this can extend significantly. Kilobaser claims to allow synthesis on demand, implying minutes to hours rather than days.
• Real-Time Iteration: In fields like synthetic biology or molecular diagnostics, rapid iteration is key. If an experiment requires a slight modification to a primer or probe, an in-house synthesizer allows for immediate adjustments and re-synthesis, drastically cutting down the design-test-learn cycle. This can shave weeks off a project’s timeline.
• Emergency Synthesis: There are always unforeseen circumstances in the lab. A misplaced oligo, a contamination, or a sudden change in experimental design can derail a project. Having a Kilobaser on-site means these setbacks can be mitigated almost immediately, avoiding costly delays.

The Affordability Factor: Cost-Efficiency Beyond Purchase Price

While the initial investment in a Kilobaser system might seem substantial for smaller labs, the “Affordable” claim likely refers to long-term operational savings and the avoidance of hidden costs.

• Reduced Per-Oligo Cost: For labs with high oligo consumption, the cumulative cost of outsourcing can be immense. While specific pricing isn’t detailed on the homepage, the model suggests that the per-base cost for in-house synthesis could become more competitive over time, especially when factoring in expedited shipping fees often associated with urgent outsourced orders.
• Elimination of Expedited Shipping: Express delivery for oligos can add 20-50% to an order’s cost. With an in-house system, this expense is eliminated entirely.
• Lower Modification Costs: The website specifically highlights “high modification costs” as a problem with online ordering. This implies that making small changes to an oligo sequence might incur significant surcharges from external providers, whereas with Kilobaser, it’s simply a matter of inputting a new sequence.
• Operational Efficiency: Time is money in research. By accelerating project timelines, Kilobaser can indirectly contribute to cost savings by reducing personnel hours spent waiting for reagents and potentially speeding up grant-funded project completion.

Independence and Control: Empowering the Researcher

The “Independent” aspect speaks to a growing desire within the scientific community for greater control over their research tools and materials. Pycker.com Reviews

• Data Security and Proprietary Sequences: For sensitive research or proprietary sequences, outsourcing synthesis can raise concerns about data security and intellectual property. An in-house synthesizer ensures that sensitive genetic information remains within the lab’s control.
• Customization Without Constraints: External providers might have limitations on oligo length, modifications, or purity levels, or may charge a premium for highly customized orders. Kilobaser’s promise of “unlimited capabilities” suggests greater flexibility in designing and synthesizing unique sequences.
• Reduced Supply Chain Vulnerability: The COVID-19 pandemic highlighted the fragility of global supply chains. Having the ability to synthesize essential reagents like DNA and RNA in-house reduces dependence on external suppliers, ensuring continuity of research even during disruptions. This offers a significant operational advantage and peace of mind.

The Technology Behind the Promise: Microfluidics and Cartridges

Kilobaser’s core technological innovation lies in its microfluidic chip and cartridge-based system. This approach is crucial to its claims of ease of use, compact size, and efficiency.

Microfluidics: Precision at the Small Scale

Microfluidics involves the manipulation of fluids at the sub-millimeter scale.

In the context of DNA/RNA synthesis, this offers several advantages:

• Reduced Reagent Consumption: Traditional synthesizers can require significant volumes of reagents. Microfluidic channels minimize dead volume and precisely control reagent delivery, leading to substantial savings on expensive synthesis chemicals. This directly impacts the “affordable” claim.
• Faster Reaction Kinetics: At the microscale, heat and mass transfer are significantly more efficient, potentially accelerating the chemical reactions involved in oligonucleotide synthesis. This contributes to the “fast” aspect.
• Improved Purity and Yield: Precise control over reaction conditions and reagent delivery can lead to higher purity and better yields of synthesized oligos, reducing the need for extensive post-synthesis purification.
• Miniaturization: Microfluidic chips allow for a highly compact instrument design, making the Kilobaser suitable for benchtop use even in labs with limited space. This is a critical factor for adoption in various research environments.

Cartridge-Based System: Simplicity and Convenience

The use of pre-filled reagent cartridges is a significant user-experience differentiator, akin to how modern inkjet printers use pre-filled ink cartridges.

• Ease of Use: This eliminates the need for users to handle individual synthesis reagents, weigh chemicals, or perform complex setup procedures. It significantly lowers the technical barrier to entry for oligonucleotide synthesis. The website’s emphasis on “easy to use” in customer testimonials directly supports this.
• Reduced Contamination Risk: Pre-sealed cartridges minimize exposure to air and potential contaminants, ensuring reagent stability and synthesis quality.
• Streamlined Workflow: Simply loading a cartridge and a microfluidic chip, then inputting the desired sequence, makes the synthesis process much more akin to operating a routine lab instrument rather than a specialized chemical synthesis apparatus. This directly addresses the “free yourself from complicated ordering processes” claim by making in-house synthesis uncomplicated.
• Integrated Waste Management: Often, cartridge-based systems incorporate waste collection within the disposable cartridge, simplifying disposal and enhancing safety.

Customer Testimonials: A Glimpse into User Experience

The Kilobaser website prominently features testimonials from various scientific professionals. Storyboarder.com Reviews

These testimonials offer insights into the perceived benefits and user satisfaction, which are critical for potential buyers.

Themes Emerging from Testimonials

Several consistent themes emerge from the customer feedback displayed on Kilobaser.com:

• Ease of Use: “It’s easy to use and does its job,” states Amitabha Sarkar. This reinforces the idea that the instrument is designed for accessibility, not just for highly specialized synthesis chemists. This is crucial for broader adoption in diverse lab settings.
• Reliability and Performance: Users report being “very satisfied with the product” Sérgio Nozawa and that “PCRs were successfully performed” Dr. Flavia Gama Gomes Leite. This suggests that the synthesized oligos are of sufficient quality for downstream molecular biology applications. The ultimate test of any synthesizer is whether the output works in experiments.
• Game-Changer Potential: Tam Yew Joon calls Kilobaser “certainly a must,” emphasizing its disruptive potential in the oligo synthesis market. This speaks to its ability to fundamentally alter lab workflows and research capabilities.
• Speed and On-Demand Synthesis: Rüdiger Trojok notes, “It prints DNA that can be tested against samples within 2h,” directly validating the “Fast” claim and highlighting its utility in rapid diagnostic or research scenarios.
• Valuable Asset: Dr. Flavia Gama Gomes Leite anticipates it would be “a valuable asset to any lab that does molecular cloning,” indicating that it fills a significant unmet need in many molecular biology labs.

Analyzing the Impact of Testimonials

While testimonials are inherently positive on a company’s own website, their presence and content serve several important functions:

• Building Trust: Hearing from actual users, especially those with scientific credentials PhDs, Research Engineers, Virologists, adds credibility to the company’s claims.
• Highlighting Key Benefits: The specific phrases used by customers often articulate the most impactful features and benefits from a user’s perspective, which can resonate with prospective buyers facing similar challenges.
• Social Proof: The fact that other respected institutions and researchers are adopting and praising the Kilobaser system can influence new customers to consider it seriously.
• Addressing Pain Points: The testimonials often subtly address the very problems Kilobaser aims to solve, like the need for quick turnaround or an easier synthesis process.

It is important for prospective buyers to look beyond the curated testimonials and seek independent reviews or academic publications that feature the Kilobaser for a more holistic view.

However, as presented, the testimonials paint a picture of a well-received, user-friendly, and impactful laboratory instrument. Careguide.com Reviews

Applications and Protocols: Demonstrating Versatility

The “Our latest applications and protocols” section on Kilobaser.com is vital because it moves beyond theoretical capabilities to demonstrate the practical utility of the system.

This shows potential users how the Kilobaser can integrate into their existing research pipelines.

Expanding Beyond Basic Oligo Synthesis

While the core function is DNA and RNA synthesis, the examples provided illustrate a broader applicability:

• Hexynyl Cartridge for Click Chemistry: This highlights the ability to synthesize modified oligonucleotides suitable for advanced chemical biology techniques. Click chemistry is a powerful tool for bioconjugation and labeling, suggesting that Kilobaser can produce more than just standard primers. This capability is crucial for researchers involved in probe development, drug discovery, or advanced material science.
• One-step RT-qPCR to detect SARS-CoV-2: This is a direct, timely, and highly relevant application. It showcases the Kilobaser’s utility in diagnostics and public health. The ability to rapidly synthesize primers and probes for viral detection assays in-house could significantly streamline diagnostic workflows, especially in outbreaks or remote locations where access to commercial oligos is limited. This speaks to the “Fast” and “Independent” aspects directly.
• Colony PCR to detect BAC in E. coli: This is a fundamental molecular biology technique widely used in cloning and genetic engineering. Demonstrating that Kilobaser-synthesized oligos work effectively in routine lab procedures like colony PCR is essential for reassuring potential users about the quality and reliability of the output for everyday research needs. This validates its utility for common lab tasks.

The Importance of Application-Specific Examples

Providing concrete application examples serves several purposes:

• Educates Potential Users: It shows researchers who might not be familiar with in-house synthesis exactly how the Kilobaser can benefit their specific work.
• Validates Performance: Successful protocols using Kilobaser-synthesized materials validate the quality and functionality of the oligos produced by the instrument. If the oligos work in critical downstream applications like PCR or qPCR, it builds confidence.
• Inspires New Uses: Researchers might see these examples and envision novel ways to integrate the Kilobaser into their unique experimental designs.
• Demonstrates Versatility: By showing applications across different areas chemical biology, diagnostics, molecular cloning, Kilobaser reinforces its broad utility in various life science disciplines.

This section effectively transitions from the “what” a synthesizer to the “how” and “why” how it’s used and why it’s beneficial, making the product more tangible and relevant to its target audience. Design-things.com Reviews

Addressing Industry Pain Points: “Ordering Oligos Online: Over and Out!”

This bold statement on Kilobaser.com directly confronts the existing paradigm of outsourcing oligo synthesis, framing it as an outdated and problematic process.

By explicitly naming “complicated ordering processes, delivery times and high modification costs,” Kilobaser positions itself as the direct solution to these widespread industry frustrations.

Complicated Ordering Processes

Anyone who has ordered custom oligos knows the drill: navigating complex online forms, ensuring correct sequence inputs, specifying modifications, purification levels, and scales.

• Tedious Input: The process often involves copy-pasting sequences, double-checking every base, and selecting from a myriad of options that can be overwhelming, especially for new researchers.
• Error Prone: Manual data entry is susceptible to errors, leading to incorrect oligo synthesis and wasted time and resources.
• Lack of Standardization: Different vendors might have slightly different ordering interfaces, leading to a learning curve each time a new supplier is used.
• Kilobaser’s Solution: By moving synthesis in-house, the ordering process is replaced by an intuitive software interface where users input sequences directly into the instrument’s control system. This is inherently simpler and more direct.

Protracted Delivery Times

This is arguably the biggest pain point for time-sensitive research.

• Logistical Delays: Beyond synthesis time, shipping introduces its own set of variables, including customs, courier delays, and potential damage during transit.
• Kilobaser’s Solution: The promise of “on-demand” synthesis means that the delay factor is virtually eliminated. Researchers can get their oligos within hours, enabling continuous workflow and rapid iteration. This directly addresses the critical need for speed in modern scientific research.

High Modification Costs

Custom modifications e.g., fluorophores, quenchers, phosphorylation, biotinylation are frequently required for advanced molecular assays e.g., qPCR probes, FISH probes, aptamers. Barelog.com Reviews

• Premium Pricing: External synthesis companies often charge a significant premium for even minor modifications, which can quickly inflate the cost of an order, especially for complex oligos or those needed in small quantities.
• Limited Options: Some highly specialized modifications might not be offered by all vendors, or may require custom quotes and extended lead times.
• Kilobaser’s Solution: While the specifics of Kilobaser’s modification capabilities and associated costs aren’t fully detailed on the homepage, the claim implies that in-house synthesis with their system offers a more cost-effective and flexible approach to incorporating modifications. This aligns with the “unlimited capabilities” statement, suggesting greater freedom in designing unique oligos without prohibitive surcharges.

By directly contrasting its offering with these common industry frustrations, Kilobaser frames itself not just as a product, but as a workflow optimization tool that alleviates stress and accelerates discovery. This strategic messaging aims to resonate deeply with its target audience of research scientists.

Engaging with Kilobaser: Demos, Email Lists, and Sales Contacts

Kilobaser.com doesn’t just present its product.

It actively encourages engagement with potential customers through several clear calls to action.

This is crucial for converting interest into sales, especially for a high-value, technical instrument.

Booking a Live Online Demo

The primary call to action is to “Book your demo.” This is a standard and effective strategy for complex scientific instruments. Rainway.com Reviews

• Personalized Experience: A live demo allows prospective buyers to see the Kilobaser in action, ask specific questions tailored to their research needs, and understand the workflow in real-time. This is far more effective than static images or text for demonstrating a piece of hardware.
• Addressing Concerns: During a demo, the Kilobaser team can directly address any skepticism, clarify technical specifications, and highlight features most relevant to the potential customer’s lab.
• Relationship Building: It initiates a direct conversation between the sales team and the researcher, building trust and allowing for a deeper understanding of the customer’s requirements. The phrase “we will answer all your questions…and together we will find out how you can improve and accelerate your workflow” emphasizes this consultative approach.
• Lowering the Barrier to Entry: Instead of expecting an immediate purchase, Kilobaser offers an accessible way to learn more, reducing the initial commitment required from a curious visitor.

Joining the E-Mail List

For visitors not yet ready for a demo, the option to “Join our E-Mail List” serves as a softer engagement point.

• Nurturing Leads: This allows Kilobaser to build a database of interested individuals and nurture them over time with relevant updates, new applications, case studies, and product developments.
• Staying Top-of-Mind: Regular, valuable emails keep Kilobaser in the potential customer’s awareness, ensuring they think of the system when their need for in-house synthesis becomes more pressing.
• Delivering Value: If the emails provide genuinely useful information e.g., new protocols, educational content, it reinforces Kilobaser’s position as a valuable resource in the field.

Direct Sales Contact

Providing the direct contact information for Oskar Bodendorfer, Head of Sales, complete with email and LinkedIn profile, indicates a commitment to direct, personalized sales interactions.

• Accessibility: This makes it easy for potential customers with specific questions or immediate purchasing intentions to get in touch directly.
• Transparency: Listing a specific person adds a human element and builds confidence, as opposed to a generic sales inbox.
• Professional Networking: The LinkedIn connection allows for professional vetting and relationship building within the scientific community.

These engagement strategies are well-aligned with the sales cycle of high-value scientific instruments, emphasizing education, personalized interaction, and relationship building.

The Future of Oligo Synthesis: Decentralization and Empowerment

Kilobaser.com’s existence and its core message point towards a significant trend in scientific research: the decentralization of critical capabilities and the empowerment of individual laboratories.

This mirrors shifts seen in other industries where centralized services are increasingly being challenged by accessible, in-house solutions. Minebase.com Reviews

Moving Beyond Centralized Services

For decades, the synthesis of custom oligonucleotides has largely been a service provided by specialized companies.

This centralized model, while efficient for large-scale production, comes with inherent limitations in terms of speed, flexibility, and control for individual labs.

Kilobaser is at the forefront of a movement to change this.

• Analogy to 3D Printing: The shift from external manufacturing to in-house 3D printing of parts provides a useful analogy. Just as 3D printers empower engineers to rapidly prototype and iterate designs, instruments like Kilobaser empower biologists to rapidly generate genetic tools.
• Increased Agility: Decentralized synthesis means labs can react more quickly to new research findings, unexpected experimental results, or emerging diagnostic needs without external dependencies. This significantly enhances research agility.

Empowering the Researcher and Lab

The ability to synthesize DNA and RNA on demand directly within the lab empowers researchers in several profound ways:

• Greater Experimental Freedom: Researchers are no longer constrained by what’s available commercially or by the turnaround times of external services. They can design and test more hypotheses, iterate faster, and pursue more ambitious projects.
• Enhanced Data Security and IP Protection: For sensitive or proprietary research, keeping all aspects of reagent generation in-house significantly reduces the risk of data breaches or intellectual property leakage. This is particularly relevant for industry R&D or highly competitive academic fields.
• Reduced Supply Chain Vulnerability: As highlighted earlier, in-house production provides a buffer against supply chain disruptions, ensuring that critical experiments can continue even during global crises.
• Educational Opportunities: Having a synthesizer in the lab can also be a valuable educational tool, allowing students and junior researchers to gain hands-on experience with oligonucleotide synthesis, a foundational technique in molecular biology.

Challenges and Considerations for Decentralization

While the benefits are clear, the shift to decentralized synthesis isn’t without its considerations: Truelayer.com Reviews

• Initial Investment: The capital expenditure for an instrument like Kilobaser is a significant hurdle for some labs, especially those with limited budgets.
• Maintenance and Consumables: Labs must account for the ongoing costs of consumables cartridges, chips and potential maintenance or service agreements.
• Technical Expertise: While Kilobaser aims for ease of use, labs will still need personnel capable of operating the instrument, troubleshooting minor issues, and understanding the principles of synthesis.
• Quality Control: Labs will need to establish their own internal quality control measures for synthesized oligos to ensure they meet the standards required for downstream applications.

Despite these considerations, the trend towards decentralized, in-house capabilities like those offered by Kilobaser appears to be a natural progression in molecular biology, driven by the increasing demand for speed, control, and autonomy in research.

Product Specifications and Future Outlook

While Kilobaser.com’s homepage focuses on benefits and user experience, understanding the underlying specifications and considering the future outlook of such technology is important for a complete review.

Though detailed specs are not exhaustively listed on the homepage, inferred capabilities and industry trends can provide insight.

Inferred Product Specifications

Based on the homepage text, we can infer some key specifications:

• Type: Microfluidic chip and cartridge-based DNA and RNA synthesizer. This implies a compact, benchtop design suitable for individual labs rather than large core facilities.
• Capabilities: Synthesis of custom DNA and RNA oligos, probes, and “more.” The mention of “Hexynyl Cartridge for Click Chemistry” suggests the ability to incorporate specific modifications. The maximum oligo length isn’t specified but for PCR and cloning, typical primers are 15-40 bases, and longer oligos for gene synthesis can range up to 200 bases.
• Speed: “Within 2h” for DNA printing and testing Rüdiger Trojok testimonial. This is a significant improvement over external services.
• Ease of Use: Highlighted repeatedly by testimonials and the cartridge-based system, suggesting minimal training required.
• Materials: Relies on a “base of reagent cartridges and microfluidic chips.” These are proprietary consumables central to the Kilobaser ecosystem.
• Output Quality: Sufficient for downstream applications like PCR and RT-qPCR, as validated by customer testimonials.

To make an informed purchase, potential buyers would need detailed specifications on: Voltra.com Reviews

• Maximum oligo length and complexity.
• Range of available modifications and their associated cartridges.
• Purity levels of synthesized oligos.
• Throughput how many oligos can be synthesized per run/day.
• Footprint and power requirements.
• Pricing of the instrument and ongoing consumables.

Future Outlook and Market Impact

• Increased Accessibility: As technology matures and potentially becomes more affordable, in-house synthesizers could become as common as PCR machines in research labs. This would democratize access to custom genetic materials.
• Impact on Diagnostics: Rapid, on-demand synthesis could be transformative for point-of-care diagnostics, especially in resource-limited settings or during pandemics, where quickly generating specific probes for new pathogens is crucial.
• Synthetic Biology Advancements: The ability to rapidly synthesize and test large numbers of genetic constructs will accelerate the design-build-test-learn cycle in synthetic biology, leading to faster development of engineered organisms and biological systems.
• Evolution of Consumables: Future developments might include an even wider range of pre-functionalized cartridges for specialized applications, further expanding the system’s versatility.

Kilobaser represents a compelling step forward in laboratory automation and researcher empowerment.

The website’s focus on clear benefits and direct engagement is a strong foundation for future growth.

Frequently Asked Questions

What is Kilobaser.com?

Based on looking at the website, Kilobaser.com is the online presence for Kilobaser, a company that produces the world’s first microfluidic chip and cartridge-based personal DNA and RNA synthesizer.

This instrument allows laboratories to produce custom DNA and RNA oligonucleotides on demand, in-house.

What does the Kilobaser synthesizer do?

The Kilobaser synthesizer allows users to quickly and affordably create custom DNA and RNA oligos, probes, and other genetic materials directly in their lab, eliminating the need to outsource synthesis and wait for deliveries. Spotibo.com Reviews

How does Kilobaser claim to be “Fast”?

Kilobaser claims to be fast by enabling “on-demand” synthesis, with testimonials suggesting DNA can be printed and ready for testing within 2 hours, significantly reducing the typical turnaround times associated with external oligo synthesis services.

How does Kilobaser claim to be “Affordable”?

Kilobaser’s affordability claim likely refers to long-term cost savings by reducing reliance on external providers, eliminating shipping fees, and potentially offering a lower per-oligo cost for high-volume users, while also reducing high modification costs associated with outsourced orders.

What does “Independent” mean in the Kilobaser context?

“Independent” means that labs can synthesize their own DNA and RNA without relying on external suppliers, giving them greater control over their research timelines, data security, and the ability to react quickly to experimental needs.

What technology does the Kilobaser synthesizer use?

The Kilobaser synthesizer utilizes a microfluidic chip and a cartridge-based system, which enables precise, efficient, and user-friendly synthesis of oligonucleotides.

What are the benefits of a microfluidic chip in synthesis?

Microfluidic chips allow for highly efficient chemical reactions with minimal reagent consumption, faster kinetics, and improved purity and yield, all within a compact instrument design. Bitwallet.com Reviews

What are the advantages of a cartridge-based system?

A cartridge-based system simplifies the synthesis process by providing pre-filled reagents, reducing the risk of contamination, streamlining workflow, and enhancing user convenience.

What kind of applications can Kilobaser-synthesized oligos be used for?

According to the website, Kilobaser-synthesized oligos can be used for applications such as Click Chemistry with a Hexynyl Cartridge, one-step RT-qPCR for SARS-CoV-2 detection, and Colony PCR for detecting BAC in E.

Coli, demonstrating versatility in research and diagnostics.

Does Kilobaser offer RNA synthesis?

Yes, the website explicitly states that the Kilobaser is a “Personal DNA & RNA Synthesizer,” confirming its capability to synthesize both types of nucleic acids.

Can Kilobaser synthesize modified oligonucleotides?

Yes, the mention of a “Hexynyl Cartridge for Click Chemistry” indicates that the Kilobaser system supports the synthesis of modified oligonucleotides for specialized applications. Myimmitracker.com Reviews

Is the Kilobaser system easy to use?

Yes, customer testimonials on Kilobaser.com repeatedly emphasize the system’s ease of use, suggesting it is designed to be accessible to a wide range of laboratory personnel.

How does Kilobaser address problems with traditional oligo ordering?

Kilobaser positions itself as a solution to “complicated ordering processes, delivery times, and high modification costs” associated with outsourcing oligo synthesis, offering an in-house alternative.

Can I get a demonstration of the Kilobaser system?

Yes, Kilobaser.com offers the option to “Book your demo,” providing a live online demonstration where potential customers can see the system in action and ask questions.

Who are the target customers for Kilobaser?

Kilobaser primarily targets life science professionals, researchers, and laboratories that require custom DNA and RNA oligonucleotides for molecular cloning, PCR, diagnostics, and other molecular biology applications.

Does Kilobaser provide customer support or sales contact?

Yes, the website provides direct contact information for their Head of Sales, Oskar Bodendorfer, including email and LinkedIn profile, for personalized inquiries. Crowdstrike.com Reviews

How does Kilobaser ensure the quality of synthesized oligos?

While specific QC details aren’t on the homepage, customer testimonials confirm that Kilobaser-synthesized oligos have been successfully used in downstream applications like PCRs and RT-qPCR, implying sufficient quality for common lab needs.

What kind of customer testimonials are featured on Kilobaser.com?

Testimonials from various scientific professionals, including PhDs, Research Engineers, and Virologists, are featured, praising the system’s ease of use, reliability, and transformative impact on their research workflows.

Does Kilobaser offer different reagent cartridges or chips?

Yes, the website mentions “a base of reagent cartridges and microfluidic chips” and specifically a “Hexynyl Cartridge,” indicating that different types of cartridges and chips are part of their system.

Why would a lab choose Kilobaser over outsourcing oligo synthesis?

Labs would choose Kilobaser for significantly faster turnaround times, greater independence and control over their synthesis needs, potential long-term cost savings, enhanced data security for proprietary sequences, and the convenience of in-house production.

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