Picture this: a patient walks into a dental clinic, sits down for a scan, and walks out the same day with a perfectly fitted night guard or surgical guide. No waiting weeks for a lab to send something back. No follow-up appointments just to deliver an appliance. That is what modern dental practices are achieving with SprintRay.

SprintRay is a Los Angeles-based company that has built one of the most complete digital dentistry ecosystems available today. From high-speed 3D printers to cloud-based workflow management, the platform is designed specifically for dental professionals who want to bring production in-house and deliver better outcomes, faster.

This guide walks you through everything you need to know — the hardware, the software, the cloud login system, the benefits, and how to get started. Whether you are a solo practitioner curious about your first 3D printer or a DSO looking to scale production across multiple locations, this is the resource you have been looking for.

The Story Behind SprintRay — And Why It Matters

SprintRay was built with one clear purpose: to give dental professionals the tools to produce clinical-grade appliances directly in their office, without outsourcing and without compromise. The company developed its product line around the real frustrations of modern dentistry — slow lab turnarounds, high outsourcing fees, and the growing demand from patients who expect faster, more transparent care.

Over the years, SprintRay has grown from a 3D printing startup into a full-stack digital dentistry company. Today, its portfolio includes professional-grade printers, biocompatible resins developed in its own BioMaterial Innovation Lab, post-processing stations, and a cloud-connected software platform that ties it all together.

The company serves an impressive range of clients — from solo dentists and orthodontic practices to major dental service organizations like Aspen Dental and ClearChoice. Its equipment has been adopted across thousands of practices globally, making it one of the most trusted names in dental 3D printing.

Who Uses SprintRay and for What Purposes?

The user base is broad. Dentists use it for night guards, temporary crowns, surgical guides, and dental models. Orthodontists rely on it for clear aligner models and retainers. Dental labs use it to modernize production and reduce costs. And DSO groups use it to standardize quality across all their locations.

The key applications include:

• Dental models for treatment planning and aligner production
• Night guards and occlusal splints
• Surgical guides for implant placement
• Temporary crowns and bridges
• Clear aligner models and retainers
• Full and partial dentures

Each of these applications benefits from the same core advantage — high-resolution output produced quickly, with predictable quality, entirely within the practice.

SprintRay Printer Models — Hardware Built for the Clinic

The hardware lineup from SprintRay covers a range of clinical needs. Whether you run a small general practice or a high-volume specialty clinic, there is a model designed to match your workflow and output demands.

SprintRay Pro 2 — The Flagship Workhorse

The Pro 2 is the most technically advanced printer in the SprintRay lineup. It uses patent-pending Optical Panel technology paired with a 385 nm UV-A light engine to deliver 35-micron XY resolution. For anyone unfamiliar with what that means in practice — it means highly detailed, dimensionally stable prints that meet the precision requirements of clinical dentistry.

Speed is one of its standout qualities. Dental models print in around 8 minutes. Surgical guides are done in approximately 17 minutes. Occlusal guards take about 15 minutes. These figures represent a dramatic improvement over older systems and virtually eliminate the argument for outsourcing routine appliances.

The Pro 2 also comes with redesigned resin tanks featuring larger handles and rubberized stackable lids, which make day-to-day resin management much more practical. A 12-inch Corning Gorilla Glass touchscreen rounds out the user interface, making it both durable and easy to operate.

For practices with higher output needs, the Arch Kit add-on can increase throughput by up to four times. That kind of scalability makes the Pro 2 a long-term investment rather than just a short-term solution.

SprintRay Midas — Chairside Manufacturing Reimagined

The Midas is arguably the most exciting development in the SprintRay product line in recent years. It is a compact, cartridge-based DLP printer designed specifically for chairside restorative workflows. Restorations print in roughly 8 minutes, which means a dentist can scan, design, print, and deliver a crown-type restoration within a single appointment.

This is a genuine shift in how restorative dentistry works. For practices that want to stop depending on external labs for single-unit restorations, the Midas removes that dependency entirely. The cartridge-based resin system also makes material management simpler — no bulk tanks, no messy handling, just load and print.

The Technology Powering Every SprintRay Printer

All SprintRay printers use Digital Light Processing, or DLP — a method that cures an entire layer of resin at once using a projected UV light source. This is faster and more consistent than laser-based SLA systems, and the results maintain tight dimensional tolerances across every print.

The UV-A light engine, combined with the company’s proprietary resin formulations, ensures that every printed part meets clinical biocompatibility standards. Automated resin detection built into the printer removes guesswork and minimizes user error, which is especially important in a busy clinical environment where staff may not be dedicated to the printer full time.

SprintRay Cloud and the Login System — Managing Your Workflow Digitally

Hardware is only part of the story. What separates SprintRay from many competitors is its investment in software and cloud connectivity. The SprintRay Cloud platform serves as the central hub for everything — print job management, case submission, design services, device monitoring, and resin tracking.

What Is SprintRay Cloud?

SprintRay Cloud is a browser-based platform that connects your printer to a complete practice management workflow. From a single login, you can submit design cases, prepare and send print jobs, review print history, forecast resin usage, and oversee production across every SprintRay device in your practice.

For multi-location groups, this is particularly valuable. A practice manager can monitor output and efficiency across multiple clinics from one dashboard — without needing to be physically present at each site.

SprintRay Login — Setting Up Your Account

Getting started with the SprintRay login portal is a straightforward process. Account setup requires your office details — including company name, phone number, and address — along with a preferred language, a valid payment method, and email verification. Once complete, you gain access to the full cloud dashboard.

For QR code-enabled printers like the Pro S, there is also a mobile-friendly login option. Users can simply scan a QR code on the printer screen with their mobile device to connect to SprintRay Cloud Services instantly. This eliminates the need to manually enter credentials at the printer itself, which speeds up the morning startup routine considerably.

Organizations operating under a DSO umbrella — such as Aspen Dental or ClearChoice locations — typically use single sign-on managed by their DSO administrator. Individual clinicians within those networks have access assigned by the central admin team rather than creating standalone accounts.

SprintRay Cloud Design — Expert Designers On Demand

One feature that many practices underuse is SprintRay Cloud Design. Through the cloud portal, you can submit a digital scan and have a professional dental designer create a bespoke appliance design for your specific printer and resin profile. This is particularly useful for practices that have adopted 3D printing but have not yet added a full-time CAD operator to their team.

The service is compatible with all major intraoral scanner brands, so integration with your existing digital workflow is seamless. Available design types include night guards, clear aligner models, surgical guides, and temporary restorations.

The Dashboard 2.0 update introduced smarter resin usage tracking. Instead of manually checking inventory, the system now forecasts when you will need to reorder based on your printing history. This kind of automation reduces downtime and keeps the workflow moving without interruption.

Key Benefits of Integrating SprintRay Into Your Practice

Same-Day Dentistry Becomes a Real Offering

Speed is the most immediately visible benefit. Traditional dental appliances — night guards, surgical guides, models — typically involve a multi-day or multi-week roundtrip to an external lab. With an in-office printer, that timeline collapses to hours or even minutes.

For the patient, this means fewer appointments and faster relief. For the practice, it means more efficient scheduling and the ability to advertise same-day capabilities that genuinely differentiate you from competitors.

Dimensional Accuracy That Clinicians Can Trust

Clinical outcomes depend on precision. A night guard that does not fit correctly will not protect the patient’s teeth. A surgical guide that is even slightly off can compromise implant placement. The Pro 2’s Optical Panel technology produces prints with more than 99% dimensional stability — meaning what you design is what you get, every single time.

This level of reliability removes much of the back-and-forth that comes with external lab work, where variations in equipment, materials, and technician skill can introduce inconsistencies.

Reducing Costs Without Reducing Quality

Every appliance produced in-house is a lab fee saved. For practices that regularly send out night guards, aligners, and surgical guides, the annual savings can be significant. Factor in shipping costs and the time spent managing lab communications, and the financial case for an in-office printer becomes compelling fairly quickly.

The additive manufacturing process used by DLP printers also generates far less material waste than subtractive methods like milling, which adds an environmental benefit alongside the economic one.

Better Patient Communication Through Physical Models

There is a communication benefit that often goes overlooked. When a patient can hold a physical model of their own dental anatomy, complex procedures become much easier to explain. Showing someone exactly where an implant will be placed — using a printed surgical guide they can see and touch — builds confidence and reduces treatment anxiety.

This is one of the less quantifiable but genuinely important advantages of bringing 3D printing into the consultation room.

How to Implement SprintRay in Your Dental Practice

Step 1: Assess Your Digital Readiness

Before purchasing any hardware, be honest about where your practice currently stands. Do you already have an intraoral scanner? That is a prerequisite for a fully digital workflow. If not, that investment should come first.

Consider how many appliances you currently send to a lab each month. This number gives you a baseline for calculating your return on investment. Practices producing 10 or more outsourced appliances per month typically see positive ROI within the first year.

Also think about physical space. The Pro 2 has a relatively compact footprint, but you will need room for the printer, a post-processing station, and resin storage that complies with your local safety requirements.

Step 2: Setting Up the Hardware and PrintOS

Once your printer arrives, setup is guided by the on-screen prompts on the touchscreen interface. The PrintOS software is embedded in the printer and handles all local print management. Connect the device to your office WiFi network, then log in to your SprintRay Dashboard through the Settings tab within PrintOS.

PrintOS organizes its interface into three main areas: the Print tab for managing active and queued jobs, the History tab for reviewing completed prints, and the Settings tab for device configuration and software updates. The system handles resin profile updates automatically when connected to the cloud, so your team is always printing with the most current settings.

Step 3: Training Your Team

SprintRay offers comprehensive training resources for both clinical staff and administrative teams. These cover everything from basic operation and resin handling to advanced workflow integration and troubleshooting.

The learning curve is generally manageable. Most clinical teams are proficient within a few sessions. The key habits to establish early include proper resin tank maintenance, consistent build platform cleaning after each print, and regular checks of the UV light engine window to ensure print quality does not degrade over time.

Because the cloud system pushes software and resin profile updates automatically, the training investment is largely front-loaded. Ongoing operation becomes routine fairly quickly.

The SprintRay Ecosystem — Resins, Post-Processing, and Software

Resins Developed for Clinical Performance

SprintRay runs its own BioMaterial Innovation Lab, dedicated entirely to developing resins that meet the specific requirements of dental applications. This internal focus means the materials are engineered to pair with the printers rather than being generic third-party options adapted for dental use.

The resin library includes SprintRay Dental Model for diagnostic and orthodontic applications, NightGuard Flex for occlusal appliances, and SprintRay Retainer — a direct-print retainer material that eliminates the traditional lab step entirely. The Ivoclar partnership has also expanded access to broader restorative material options.

For practices that prefer more flexibility, SprintRay also supports an Open Certified Resin System. Third-party resins can be validated and added to the workflow, giving clinicians the ability to use materials from other suppliers that have been certified for use on SprintRay hardware.

ProWash and ProCure — Completing the Post-Processing Loop

Printing is only the first step. After a part comes off the build platform, it contains uncured resin that must be removed before the appliance is safe to use clinically. This is where ProWash and ProCure come in.

ProWash is an automated washing station designed specifically for the SprintRay workflow. It removes surface resin using isopropyl alcohol in a consistent, repeatable process. ProCure then completes the cycle with a controlled UV curing step that finalizes the biocompatibility of the printed material.

Together, these two devices create a closed in-office manufacturing pipeline. Raw materials go in, and finished clinical-grade appliances come out — all within the four walls of your practice.

The Future of SprintRay and Dental 3D Printing

The direction of travel is clear. Dental 3D printing is moving toward greater automation, broader material options, and tighter integration with AI-powered design tools. SprintRay’s development roadmap reflects this — the Midas printer is already a hint at where chairside manufacturing is headed, and the company’s investment in AI-assisted design services signals deeper software integration in the years ahead.

Multi-material printing, expanded restorative workflows, and even more seamless scanner-to-printer pipelines are all areas where continued development is expected. For practices that adopt the platform now, those upgrades will arrive as software and hardware additions to a system they are already comfortable using.

Is SprintRay the Right Investment for Your Practice?

After reviewing the full picture — the hardware, the cloud platform, the resin science, and the workflow benefits — the answer for most modern dental practices is a confident yes. SprintRay is not just a printer you buy and plug in. It is a connected ecosystem that changes how your practice operates at a fundamental level.

The combination of speed, accuracy, in-house cost control, and patient experience improvements creates a compounding advantage over time. Every appointment where you deliver a same-day appliance is a patient who leaves your clinic impressed. Every lab fee you eliminate goes back into your bottom line. Every consistent, high-quality print builds clinical confidence in the technology.

Getting started is as simple as visiting the SprintRay website, exploring the product lineup, and reaching out to their team for a demo. The SprintRay login portal and cloud dashboard are designed to be accessible from day one, even for teams with no prior 3D printing experience.

Digital dentistry is no longer a future ambition — it is the present standard for competitive, patient-centered practices. SprintRay remains one of the clearest, most complete pathways to get there.

FAQ 1: What is SprintRay and what does it do for dental practices?

SprintRay is a Los Angeles-based company that builds end-to-end 3D printing ecosystems specifically for dental professionals. It creates digital tools that foster collaboration, innovation, and outstanding clinical results — with a workflow-driven portfolio of design solutions, materials, and printing ecosystems designed to maximize clinic efficiency. SprintRay Inc. In plain terms, it allows dentists to print night guards, crowns, surgical guides, dentures, and clear aligner models directly in-office, often within the same patient appointment.

FAQ 2: How does SprintRay 3D printing technology work?

SprintRay printers use Digital Light Processing (DLP) technology. The printer builds the designed appliance layer by layer, with each layer adhering perfectly to create seamless structures. After printing, the models or appliances go through a washing process to remove excess resin, followed by curing under UV light to enhance strength and durability, with final adjustments and polishing ensuring a comfortable and well-fitted result. Ridgeparkdental The entire process replaces what used to require a multi-day external lab roundtrip.

FAQ 3: What dental applications can SprintRay printers produce?

The range of clinical applications is extensive. The Pro 2 supports over 15 high-value workflows including clear aligners, fixed restorations, night guards, dentures, and many more Henry Schein — all from a single in-office device. Practices commonly use it for diagnostic models, surgical guides, retainers, temporary crowns, full and partial dentures, orthodontic aligner models, and custom athletic mouthguards. The breadth of applications is one of the platform’s strongest selling points.

FAQ 4: Who are the main users of SprintRay technology?

SprintRay serves a wide spectrum of dental professionals. Individual general dentists, orthodontists, oral surgeons, prosthodontists, and dental laboratories all use its equipment. On the larger end, major dental service organizations (DSOs) including Aspen Dental and ClearChoice have adopted the platform across their networks. These organizations manage SprintRay Cloud users through single sign-on (SSO), with login credentials and activation handled by the DSO administrator.

FAQ 5: What is the most accurate SprintRay printer available?

SprintRay Pro 2 is built to be the most accurate 3D printer in dentistry. Patent-pending 35 µm Optical Panel technology and a 385 nm light engine put Pro 2 at the forefront of 3D printing accuracy. Nobel Biocare It can print over six full-arch dental models per job and supports more than 15 dental workflows, from clear aligners to hyper-precise hybrid dentures. Its combination of throughput and precision makes it the flagship choice for high-volume and specialist practices.

FAQ 6: How fast does a SprintRay Pro 2 print dental appliances?

Speed is one of the Pro 2’s standout advantages. Dental models print in approximately 8 minutes, surgical guides take around 17 minutes, and occlusal guards are done in about 15 minutes — all at 170-micron layer thickness. With the optional Arch Kit, Pro 2 can print six or more full-arch dental models in a single job or operate up to two times faster for small batch and restoration printing. Henry Schein These speeds make same-day delivery entirely realistic for most common appliances.

FAQ 7: What is the SprintRay Midas and how is it different from the Pro 2?

SprintRay Midas is the world’s first Digital Restoration Press Sprintray — a compact, capsule-based device designed specifically for chairside restorative workflows. Unlike the Pro 2, which uses open resin tanks for batch production, the Midas uses sealed cartridges that eliminate mess and reduce training time to near zero. It prints single-unit restorations such as crowns, inlays, and veneers in around 8 minutes, making it ideal for practices that want to eliminate lab dependency for everyday restorations without managing a full 3D printing workflow.

FAQ 8: What is the SprintRay Duo Kit and why does it matter?

The Duo Kit is a patent-pending invention that splits the build platform and resin tank into two discrete areas, allowing the printing of two different resins simultaneously. This unlocks a significant speed boost for appliances such as dentures, where both the teeth and base need to be printed. Sprintray It was launched in 2025 and represents a major efficiency gain for practices producing complex multi-material prosthetics, cutting what previously required two separate print runs into a single job.

FAQ 9: Does SprintRay offer a closed or open resin system?

SprintRay primarily operates as a closed system with its own proprietary resins validated for each printer model. SprintRay is a closed system, locking you into their resins Voxeldental by default — though the company does validate third-party materials through its Open Certified Resin Program. This differs from competitors like Asiga, which runs fully open systems, and Formlabs, which now offers a hybrid open material mode. The trade-off is that SprintRay’s validated resins deliver predictable, optimized results, while the closed approach limits material flexibility.

FAQ 10: How do I create a SprintRay Cloud account?

Creating an account is quick and straightforward. You will need to provide your dental office details — company name, phone number, preferred language, and business address — along with a payment method, and complete email verification. SprintRay UK Once verified, you gain immediate access to Print Setup, Cloud Drive, and your treatment planning workspace. For DSO-managed practices, the process is different — contact your DSO administrator rather than creating a standalone account.

FAQ 11: What can I do once I log in to SprintRay Cloud?

With a single login, users can submit design cases, prepare print jobs, manage patients, organize files, and oversee the production process across all SprintRay devices. SprintRay UK The platform also includes the Cloud Design service for on-demand expert appliance design, a dashboard for resin usage tracking and inventory forecasting, print history review, and software update management. It essentially replaces the need for local CAD software installation and manual profile management.

FAQ 12: What is SprintRay Cloud Design and how does it work?

SprintRay Cloud Design is the online workspace for managing digital dentistry — from submitting scans and reviewing design proposals to preparing files for 3D printing. It brings together design services, AI tools, print preparation, case communication, and account settings in one place. Sprintray You simply upload your intraoral scan, select the appliance type, and a professional designer creates a print-ready file optimized for your specific SprintRay printer and resin. Cloud Design offers custom denture design services for as little as $75 per arch, eliminating the need for CAD software entirely.

FAQ 13: What happens if my SprintRay Cloud printer shows an Incompatible Printer Error?

This error occurs when the printer type selected in the Cloud Design file does not match the physical printer you plan to use. To fix it, go to Print Setup, click the Setup button near the top of the interface, select the correct printer model from the dropdown menu under Printer, and click Save. Once updated, you can proceed with the print job as normal. Sprintray This is a common issue when practices have multiple printer models or when a file was designed on a different device than the one being used.

FAQ 14: Can multiple team members log in to SprintRay Cloud?

Yes. Because RayWare is now part of SprintRay Cloud, users simply sign in from any computer — even one not connected to the same WiFi network — and always access the latest version automatically, without version control concerns or system requirements to manage. Formlabs This means the entire team, including dental assistants and practice managers, can be cross-trained to operate the workflow. Because AI handles the minutiae of setup, anyone can successfully print with minimal training, even with little understanding of the 3D printing process.

FAQ 15: Are SprintRay resins FDA cleared for clinical use?

Yes — several SprintRay resins carry FDA 510(k) clearance for specific clinical applications. SprintRay’s OnX Tough 2 is the first and only 3D printing resin with FDA 510(k) clearance for fixed, implant-supported denture prosthetics CAD-Ray — a landmark regulatory achievement. Additional cleared materials include NightGuard Flex, which is FDA 510(k) cleared Clinical Research Dental, High Impact Denture Base, and Digital Temp, which is FDA 510(k) cleared for 3D printing full and partial temporary crowns and bridges. Voxel Dental Each clearance is specific to its intended clinical application.

FAQ 16: What is NanoFusion technology in SprintRay resins?

NanoFusion is SprintRay’s proprietary technology that suspends the optimal amount of ceramic within the resin formulation, forming dense polymer chains to deliver dental prostheses with better strength, longevity, and durability compared to competitor materials. Henry Schein It improves fracture resistance, wear resistance, and aesthetic outcomes — particularly relevant for denture applications. SprintRay Crown HT, a Midas-exclusive material formulated with over 60% ceramic filler, uses NanoFusion to deliver lifelike light diffusion that replicates natural teeth.

FAQ 17: Can SprintRay print custom sports mouthguards?

Yes — and this is a relatively new addition to the material library. SprintRay’s SportsGuard is a specialized material for high-performing, custom athletic mouthguards. With impact absorption that rivals conventional soft EVA materials and 250% elongation at break, it delivers exceptional performance and comfort for athletes in high-impact sports, and is engineered to meet or exceed American Dental Association (ADA) specifications for impact absorption, rebound, tear strength, and Shore A hardness. Voxel Dental This opens a new revenue stream for practices serving athletic patients.

FAQ 18: How much does a complete SprintRay Pro 2 system cost?

The SprintRay Pro 2 starts at roughly $10,995 for the printer and essentials. Including post-processing solutions and a service plan, the complete package comes to nearly $20,000. The $1,599 Arch Kit — required for top print speed and restoration production — is sold separately. PR Newswire This positions it at a higher price point than entry-level competitors but significantly below the $100,000+ cost of chairside milling systems, making it accessible for mid-sized and growing practices.

FAQ 19: What is the ROI timeline for investing in SprintRay?

Practices producing 20 crowns monthly can achieve break-even in 10 to 12 months, with annual savings of $30,000 to $40,000 thereafter. Year one projections show $25,250 in savings after the initial $21,700 investment, with subsequent years generating $43,500 annually in net savings. PR Newswire For lower-volume practices doing 10 to 15 units monthly, break-even typically extends to 18 to 24 months, but the investment still pays off over a three to five year window.

FAQ 20: How much does resin cost per crown with SprintRay?

Material cost per crown with Pro 2 is approximately $4 to $6. SprintRay’s Ceramic Crown resin is priced at $490/kg, which equates to around $0.49 per milliliter. A typical crown uses approximately 8 to 12 mL of resin. PR Newswire Compared to a typical lab fee of $120 to $200 per crown, the material savings per unit are substantial — and compound rapidly as monthly case volume increases.

FAQ 21: Is SprintRay better than a dental milling machine for a small practice?

For most small-to-mid-size practices, SprintRay offers a far more accessible entry point. In-office milling machines, including the scanner and associated software, can cost $100,000 to $150,000, and low-volume practices may find it challenging to recoup these costs within a reasonable timeframe. LuxCreo SprintRay’s complete system at roughly $20,000 has a much shorter payback period, requires less physical space, and covers a broader range of appliance types — including models, guards, and guides that milling machines cannot produce.

FAQ 22: How does SprintRay compare to Formlabs for dental use?

Both are well-regarded dental 3D printing platforms, but they take different approaches. Formlabs resin tanks cost 68% less and service and warranty costs are 26% less in the first year and 50% less over three years compared to SprintRay Pro 2. Clinical Research Dental Formlabs also now offers an open material mode, whereas SprintRay remains a primarily closed system. SprintRay, however, offers a more deeply integrated cloud-based workflow from design through printing, and its Midas chairside printer has no direct Formlabs equivalent. The right choice depends on whether a practice prioritizes material flexibility, upfront cost, or end-to-end workflow integration.

FAQ 23: What new SprintRay products launched in 2025?

At the 2025 Chicago Midwinter Meeting and Lab Day, SprintRay debuted several major innovations: Crown HT, a first-of-its-kind Midas-exclusive, high-translucency material with over 60% ceramic filler for definitive crowns; Digital Temp, an FDA 510(k) cleared material for temporary crowns and bridges; SportsGuard, a custom athletic mouthguard resin; and the Duo Kit, a patent-pending attachment that enables simultaneous dual-resin printing on the Pro 2. Sprintray These launches significantly expanded the clinical and material scope of the platform.

FAQ 24: What is the future direction of SprintRay technology?

SprintRay’s roadmap points clearly toward greater AI integration, broader material options, and more automated chairside workflows. Smart Print AI already detects surgical holes and keeps supports away from critical areas, and support structures are smarter than ever — intelligent placement reduces the number of posts and a smaller contact area simplifies cleanup. Formlabs Longer term, future developments are expected to include multi-material printing, enhanced biocompatibility, deeper AI integration for design and production, and expanded workflow automation Ridgeparkdental — all aimed at making same-day, in-office dentistry the default, not the exception.