P2S combines the legacy of the iconic P1-Series with next-generation technologies from the H-Series

Completely reengineered from the ground up, the new P2S integrates a rich set of Bambu Lab’s technologies for significantly enhanced and even more reliable ease of use.

The P2S combines the production-floor-proven, compact design of its predecessors with a series of innovations recently introduced in the H2D and H2S models. It features breakthrough technologies such as the DynaSense extruder and Active Airflow system.

It is also equipped with a 2nd-Gen UI on a 5-inch touchscreen, advanced AI error detection, 1080P high-rate live view, and an exceptionally convenient and reliable quick-swap nozzle system with a simple one-click mechanism.

In 2025, Bambu Lab introduced a new generation of 3D printers – the H2 Series (H2D, H2D Pro, H2S, and the yet-to-be-released H2C, scheduled for launch later this year). The H2 Series represents an entirely new benchmark for productivity, designed for truly demanding applications.

But the company never intended to stop there. The P Series still remains one of the cornerstones of sales, and its iconic legacy simply demanded a refresh and adaptation to Bambu Lab’s new proprietary technological standards.

The P2S is a unique fusion of all the best qualities of its remarkable predecessors with the modernity and innovation of the H2 Series.

Key Features of the New P2S 3D Printer:

2nd-Gen UI on 5-Inch Touchscreen
The P2S comes with a fully upgraded touchscreen and a powerful processor running our intuitive second-generation UI. It offers smoother interactions, richer graphics, and clearer step-by-step guidance. Simple, intuitive, and easy to use—even for beginners.

PMSM Servo Extruder
The PMSM servo extruder delivers up to 8.5 kg of maximum extrusion force – 70% more than its predecessor – dramatically improving stability at high flow rates. Moreover, our servo architecture samples resistance and position at 20 kHz, actively detecting filament grinding and clogs in real time.

Auto Flow Dynamics Calibration
The P2S uses a high-resolution, high-frequency eddy current sensor to calibrate flow dynamics. Intelligent algorithms actively adjust the flow rate based on these readings, ensuring precise, consistent extrusion across every layer and corner.

Adaptive Airflow Cooling
The Adaptive Airflow System draws in cool air directly from outside the chamber, significantly improving cooling efficiency. This allows users to print low-temperature filaments with the doors closed – without compromising overhang quality or risking nozzle clogs.

Adaptive Airflow Heat Preserving
A flap-controlled Adaptive Airflow System efficiently retains heat within the chamber while filtering internal air through a high-performance carbon filter. This enables confident use of high-performance, warp-prone filaments while maintaining clean, safe air quality in the workspace.

AI Error Detection
The P2S introduces advanced AI-powered computer vision that actively detects common printing issues such as spaghetti, nozzle blobs, and air printing. It also cross-checks the build plate and nozzle type against slicer settings, ensuring a safe and accurate start to every print.

1080P High-Rate Live View
Enhanced LED lighting dramatically improves the clarity of live video and timelapses. Paired with a high-frame-rate camera, users can easily monitor the printer remotely and capture stunning timelapses for social media sharing.

Quick-Swap Hotend
The P2S features a quick-swap nozzle design with a simple one-clip mechanism that releases the entire nozzle and heatsink assembly – no wiring connections required.

AMS 2 Pro
The P2S Combo comes equipped by default with the highly reliable multi-color AMS 2 Pro system, featuring enhanced filament drying. A pioneering active venting system dries filament 30% faster than sealed heating, maintaining low humidity for superior storage and print quality.

Other Specifications:

• Build volume: 256 × 256 × 256 mm
• Maximum nozzle temperature: 300°C
• Default nozzle diameter: 0.4 mm (also supported: 0.2, 0.6, 0.8 mm)
• Built-in filament cutter
• Maximum heatbed temperature: 110°C
• Sensors:
  • Door sensor
  • Filament run-out
  • Filament tangle
  • Filament odometry
  • Power loss recovery

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Is your kid or student already exploring robotics with a VinciBot? Then the MatataStudio Inventor Kit is the perfect next step it transforms a robotics kit into a full-blown creative electronics lab.

What Is the Inventor Kit?

The Inventor Kit is an add-on expansion bundle built specifically for the VinciBot platform. It’s not a standalone robot rather, it equips VinciBot users with new programmable modules and components to build interactive electronic projects.

Ideal Users & Use Cases

Who is the Inventor Kit for?

• VinciBot owners who are ready to go beyond motion control and want to add sensors, “smart” behavior, and interactivity.
• STEM/STEAM classrooms looking to broaden their robotics curriculum toward electronics and design thinking.
• Young makers who like to tinker, prototype, and invent interactive gadgets.
• Project or maker fairs — this gives users something visually engaging and electronic to demo.

Why It’s a Smart Addition

1. Bridges robotics and electronics
   Many entry-level robotics kits focus on motors and movement. The Inventor Kit adds sensors and control helping learners understand feedback loops, input/output, and interactivity.
2. Encourages creative thinking & iteration
   With open components and guided cases, kids can explore, fail, refine, and invent their own variations.
3. Scalable & extensible
   Because of the Module Link unit, the kit doesn’t limit you can expand further with external hardware.
4. Lower entry barrier
   The components are pre-designed to work with VinciBot (hardware + software), reducing the setup friction that often discourages beginners
5. Great gift/classroom resource
   For birthdays, holidays, or classroom enrichment, this add-on adds longevity to the investment in a robot platform.

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Unleashing Learning Fun: Osmo Genius Starter Kit (Ages 6–10)

When it comes to educational tools that blend hands-on play with digital learning, the Osmo Genius Starter Kit hits a sweet spot. Designed for children ages 6 to 10, this kit transforms a tablet into an interactive learning hub, combining physical pieces and digital feedback. Here’s a deep dive into what makes it stand out and where it might fall short.

The Learning Experience: What Kids Gain

One of Osmo’s strengths is bridging the tactile world and the virtual world. Kids don’t just tap on a screen—they move, manipulate, and think using real game pieces, which can help reinforce learning in a more meaningful way.

Here are a few of the game types included:

• Math & Numbers — Practice addition, subtraction, multiplication, and more
• Spelling & Words — Build words using physical tiles
• Tangram & Puzzles — Spatial thinking, geometry, and creative shape play
• Logic & Problem Solving — Puzzles that encourage reasoning

Because the levels scale (beginner → more advanced), the game grows with the child.

Pros & Highlights

1. Hands-On & Screen-Time Balance
   Osmo is a rare gem: it merges physical activity with digital feedback. Kids move real pieces, keeping them more engaged than purely screen-based games.
2. Adaptive Difficulty
   The games scale with the child’s ability, offering just enough challenge to stimulate growth without frustrating younger learners.
3. Varied Learning Domains
   It’s not just math or spelling—there’s a mix (logic, shape recognition, language) so it supports holistic cognitive development.
4. Family-Friendly
   With multiple games and challenges, siblings or family members can play together or take turns, promoting cooperative learning and friendly competition.

Who It’s Best For

• Parents looking for an educational gift that’s more interactive than a typical app
• Homeschoolers wanting a supplemental tool that’s playful yet instructive
• Families with multiple children (ages 6–10) who can share and grow with the kit
• Classrooms or small groups (if you can manage multiple kits or rotation)

If your child enjoys puzzles, hands-on toys, or is curious about numbers and words, the Osmo Genius Kit offers a rich, evolving experience that continues to challenge and delight.

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In today’s educational landscape, coding and STEAM experiences are no longer optional, they’re essential. But even kids who know the basics can benefit from fresh, playful challenges that deepen their understanding and spark creativity. That’s where Ozobot Challenge Mats come in.

What Are Challenge Mats?

Ozobot Challenge Mats are themed activity mats designed to complement Ozobot robots. Each mat invites learners to complete a series of missions or challenges by programming their bots to navigate the paths, obstacles, and puzzles laid out on the mat. They encourage a hands-on, inquiry-based approach to coding.

Depending on the mat, learners might guide a bot through outer space, across the ocean, or into a basketball free-throw challenge. The mats bring abstract programming concepts into a vivid, tactile learning environment.

Why Use Challenge Mats in Your Classroom or Home?

Here are some compelling benefits:

• Engagement through play — The thematic challenges (e.g. “Mission to Mars,” “Ocean Explorer,” “Basketball”) give learners a narrative goal, not just a dry exercise.
• Scaffolding & differentiation — Mats often come with multiple levels of difficulty, so beginners and advanced students can work together but still be appropriately challenged.
• Cross-disciplinary thinking — Beyond coding, the challenges can lead to questions in math, physics, storytelling, or design.
• Reusability & flexibility — These are physical mats you can spread out, reuse, and adapt over time.
• Integration with Ozobot systems — They pair well with other Ozobot tools, kits, and curricula, making it easier to scaffold across lessons.

Available Challenge Mats & Bundles

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In the evolving landscape of STEM education, engaging students with technology that’s both accessible and powerful is essential. Enter Ari, Ozobot’s newest Android-powered robot, designed to bring coding, engineering, and core subject learning to life for students from kindergarten through high school.

What Makes Ari Stand Out?

1. Interactive Touchscreen for Rich Feedback

Ari features a high-resolution touchscreen display that delivers vivid text, graphics, and animations. This gives students an intuitive way to engage with lessons, receive instant feedback, and more naturally navigate coding challenges.

2. Three Ways to Code

One of Ari’s strengths is its flexibility. Students can program Ari via:

• Ozobot Color Codes (screen-free, color marker based coding)
• Ozobot Blockly (block-based visual programming)
• Python (text-based coding for more advanced users)

This multi-modal design means Ari grows with learners as they advance.

3. Strong Sensor Suite & Physical Interaction

Ari is equipped with a variety of onboard sensors, including:

• Accelerometer & gyroscope (for motion detection)
• Time-of-Flight sensor (for measuring distance)
• IR sensors, line sensors, color sensor, pickup sensor, wheel encoders

These sensors allow Ari to interact meaningfully with real environments and bring abstract concepts (e.g. motion, distance) into tangible experience.

4. Scaffolded Learning & Content Integration

Through its software ecosystem, Ari supports scaffolding presenting concepts at varying levels so students can progress at their own pace.

Moreover, the robot is integrated with curriculum-aligned lesson plans across STEM, computer science, and core subjects—helping educators use Ari not just for coding, but as a tool to deepen content understanding.

5. Designed for Teachers & Classrooms

Ari is built with classroom practicality in mind. It’s nearly twice the size of Ozobot’s earlier Evo robot, providing a more durable, capable form factor.

The Ari Entry Kit includes everything a teacher or parent needs to get started: the Ari robot, a charging cable, five dual-tip color code markers, and a protective zip case

Why Ari Matters in Modern Education

• Scalable Learning: Because Ari supports multiple programming modes, it meets students at their level and grows with them.
• Integration Across Subjects: Rather than isolating coding, Ari helps students apply computational thinking to biology, physics, astronomy, and more.
• Hands-on & Interactive: Students move beyond theory—sensing motion, measuring distance, and experimenting in physical contexts.
• Teacher-Friendly: Ready-to-run lessons, classroom kits, and support infrastructure make adoption smoother.
• Future-Ready: With support for Python and AI potential, Ari positions students for more advanced computational thinking.

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Pubbo Air is an interactive educational robot designed for children aged 4 to 12, combining play, learning, and discovery in one engaging companion. Kids can play directly with Pubbo, use a controller for hands-on operation, or connect through the Pubbo App to access lessons, missions, and competitions. Equipped with multiple sensors, expressive displays, and dual play modes, Pubbo Air makes STEM concepts tangible through fun, hands-on experiences. Simple to start and easy to use, it encourages independent exploration without relying on parents. Beyond home learning, Pubbo Air also connects children to global real-time competitions, inspiring teamwork, resilience, and friendships that extend across borders.

What Is Pubbo Air?

Pubbo Air is more than a toy — it’s a companion, a teacher, and a builder of confidence. Here’s what makes it special:

• Multiple interaction modes: Kids can engage with Pubbo via voice commands, remote controller, or the Pubbo App.
• Gamified learning: The app offers lessons, missions, and real-time competitions, turning coding into quests, not just tasks.
• Expressive robot personality: With dual displays (a dot-matrix for expressions + a full-color TFT), quirky voices, and lively animations, Pubbo becomes a “playmate” — not just a machine.
• Smart sensors & tech inside: Pubbo comes equipped with 9 sensors (e.g. distance, light, color, sound, touch); a Cortex-M4 chip; Bluetooth 5.0; and more to enable obstacle detection, line-following, color recognition, and interactive behavior.
• Battery & specs: Dimensions are ~155 × 99 × 120 mm, weight ~611 g. Powered by a 3.7 V 2600 mAh battery, it can operate for up to 4 hours per charge.
• Safety & build: Made of ABS + PC materials and designed with kids in mind. It has passed safety tests to ensure suitability for children.

Why Pubbo Air Matters: Beyond the Toy Factor

Here’s what Pubbo offers beyond fun:

1. Early STEM Foundation

Kids get exposure to science, technology, engineering, and math through fun, structured activities. Pubbo helps them understand logic, cause-and-effect, and basic computational thinking.

2. Building Problem-Solving & Logical Thinking

Because interactions often involve tasks, puzzles, or challenges, children learn to break down problems step by step, experiment, and iterate — vital skills for future learning and life.

3. Encouraging Independent Learning

Pubbo is designed to be used without constant parental supervision. Kids can explore on their own, giving them space to be curious and self-motivated.

4. Global Connection & Collaboration

Pubbo supports real-time competitions with kids across the world, fostering resilience, teamwork, and cross-cultural friendships.

How Kids Can Use It: Scenarios & Ideas

• Daily missions & quests: Launch a new coding challenge every day via the app.
• Free play & exploration: Kids can talk to Pubbo, have it dance, explore their room, or interact through its sensors.
• Coding by levels: Begin with voice or remote commands; as kids improve, they can switch to Scratch-style programming.
• Robot competitions: Host mini contests at home, in class, or join app-based global events.
• STEAM-integrated projects: Combine Pubbo with art, storytelling, or engineering tasks (e.g. design an obstacle course, have Pubbo navigate it).

Tips to Maximize Learning & Fun

1. Set up a schedule — allocate certain “Pubbo time” sessions.
2. Mix guided & free play — alternate structured missions and open exploration.
3. Encourage tinkering — let kids experiment, make mistakes, and learn from them.
4. Pair with real-world tasks — ask kids to map their room and guide Pubbo through it.
5. Celebrate wins — showcase completed quests, host family challenges.

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If you’ve ever dreamed of having a personal manufacturing hub right on your desk, the Bambu Lab H2S is here to make that a reality. More than just a 3D printer, the H2S combines precision, versatility, and smart technology to empower makers, engineers, educators, and small businesses.

Let’s dive into what makes the H2S one of the most exciting machines in the 3D printing world.

The flagship personal manufacturing hub that delivers our largest build volume, unprecedented speed, and professional-grade precision at an accessible price point

The “Bigger X1C” You’ve Been Waiting For

We listened. You asked for expanded capabilities and performance, but without the complexity of a dual-nozzle setup. The H2S delivers exactly that, the ultimate single-nozzle printing experience you’ve been waiting for.

With a build volume of 340×320×340 mm³, the H2S provides 220% the volume of the X1C, giving you the space you need for your biggest and most ambitious projects.

Unmatched Performance and Intelligence

The H2S sets new standards for single-nozzle printing performance:

• Up to 30% Faster Than X1C: Reaching a toolhead speed of up to 1000 mm/s and an acceleration of 20,000 mm/s², the H2S significantly outperforms existing desktop printers. The optimized single-nozzle toolhead and hotend enable faster acceleration and higher flow rates, dramatically reducing print times without compromising quality.
• Professional-Grade Temperature Control: With a 350°C hotend and 65°C actively heated chamber, the H2S handles the full spectrum of engineering materials, from everyday PLA to demanding carbon fiber reinforced filaments, with consistent, warp-free results every time.
• Intelligent as Never Before: The H2S features one of the most comprehensive monitoring systems on any desktop printer, with 23 sensors and 3 onboard cameras continuously tracking every aspect of your printing process. This intelligence network detects issues before they become failures, ensuring reliable overnight printing and minimal waste.

Second-Generation Bambu Lab Technologies

At the heart of the H2S lies our proprietary second-generation technologies that deliver industrial-grade precision:

• PMSM Servo Motor System: The H2S utilizes our in-house Permanent Magnet Synchronous Motor (PMSM) extruder, that generates 67% more extrusion force than conventional extruders. A 20kHz current feedback loop provides granular, real-time control, enabling superior filament adaptability and consistently high-speed, high-quality prints.
• Vision Encoder Precision: Our optional Vision Encoder technology achieves motion accuracy under 50 microns, precision previously available only on industrial machines. This level of accuracy enables perfectly dimensioned parts for critical applications and seamless assembly of complex multi-part projects.
• Auto Hole/Contour Compensation: This proprietary feature automatically compensates for material shrinkage and mechanical tolerances, enabling fit-critical parts to integrate shafts, bearings, and fasteners without trial-and-error adjustments.

Complete Personal Manufacturing Hub with Advanced Safety

Like the H2D, the H2S is available as a complete personal manufacturing solution in the H2S Laser Full Comboconfiguration. This variant integrates laser engraving and cutting, digital cutting, and precision drawing capabilities within the same compact enclosure, complete with specialized safety features including laser-safe green glass windows.

The H2S incorporates the most advanced safety system available on any desktop printer, featuring five flame sensors, door and cover monitoring, and emergency stop capabilities. An intelligent airflow system automatically optimizes for each manufacturing mode, ensuring superior results and enabling confident unattended operation across all applications.

Who Is the H2S For?

The Bambu Lab H2S is perfect for:

• Makers & hobbyists who want a future-proof machine that can grow with their skills.
• Small businesses & entrepreneurs who need a professional tool for rapid prototyping and short-run production.
• Educators & research labs looking for a versatile, all-in-one system that supports advanced materials.

Click here for more Info:

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Screen printing has always been a creative yet time-consuming process. Traditionally, making stencils takes hours (or even days), and requires messy chemicals and bulky gear. But with the xTool Screen Printer All-Inclusive Kit, the game has changed—especially if you already own a laser engraver.

This compact, beginner-friendly kit brings professional results into your home studio. Let’s take a closer look.

Why It’s Different

Instead of messy emulsions, you simply use your laser to etch the design directly onto a pre-coated screen. That means:

• Faster setup: Turn hours into minutes.
• Cleaner process: No darkroom or chemicals needed.
• Consistent quality: Laser precision ensures fine detail.

Who Is It For?

The xTool Screen Printer Kit is perfect for makers, hobbyists, and small businesses that already use a laser engraver. From custom T-shirts to tote bags and posters, it’s a powerful add-on for personalized product design.

If you’re aiming for vibrant multi-color prints, just plan on picking up extra screens and inks.

Experience the Incredible Laser-Speed

Stencil creation is reduced from approx. 24 hours to about an hour – at laser speed! Same-day production becomes a reality, optimizing timely delivery and sample presentations. Also, the testing process of various inks on different substrates can be tested quickly and efficiently.

Way Faster Than Ever

Using laser engraving and the revolutionary two-sided coater screen, we shortened the traditional 1-2 day process of creating a screen using film printers and UV lights to an amazing 1-3 hour process. It’s now so easy to just dive in and start your journey as a screen printing artist!

Screen Ready in 30s

Using 4 integrated tensioning strips and 6 quick-pull wrenches, xTool’s groundbreaking EasyStretch design simplifies the screen stretching process to an amazing 30 seconds! It also ensures uniform tension and allows for quicker and more convenient screen swapping.

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“Step aside, budget compromises, Bambu Lab’s P1S democratizes high-speed, enclosed Core XY 3D printing at a competitive price. Read on to discover why it’s a dream for novices and pros alike.”

Key Features

1. Enclosed Printing Environment

• Rigid all-metal frame with plastic and glass panels.
• Improves temperature stability for filaments like ABS and ASA.
• Includes an activated carbon filter to reduce odors and emissions.

2. Speed & Motion System

• CoreXY architecture with 500 mm/s maximum speed.
• 20,000 mm/s² acceleration for rapid movement.
• Input shaping and vibration compensation minimize ringing and maintain quality at high speeds.

3. Print Quality & Calibration

• Automatic bed leveling and active vibration compensation.
• First-layer calibration handled automatically.
• Consistent results without manual adjustments.

4. Materials & Compatibility

• Supported filaments: PLA, PETG, TPU, PVA, PET, ABS, ASA, PA, PC.
• Note: Fiber-reinforced filaments like carbon/glass-filled nylon are not recommended without upgrades.
• Hotend temperature up to 300 °C, heated bed up to 100 °C

5. Software & Connectivity

• Compatible with Bambu Studio (slicing software) and Bambu Handy (mobile app).
• Supports Cura, SuperSlicer, and PrusaSlicer.
• Wi-Fi, Bluetooth, and microSD connectivity.

6. Build Volume & Hardware

• Build area: 256 × 256 × 256 mm.
• All-metal hotend with 0.4 mm nozzle (optional 0.2/0.6/0.8 mm).
• Built-in camera for remote monitoring and timelapse.
• Filament runout and power loss recovery sensors.

7. Multi-Color Printing (Optional)

• Works with the Automatic Material System (AMS) for up to 16-color printing when using multiple AMS units.
• AMS integrates seamlessly with Bambu Studio for easy multi-material projects.

Fully loaded with advanced features

Specifications at a Glance

• Weight: ~13 kg (net)
• Print Volume: 256 × 256 × 256 mm
• Max Print Speed: 500 mm/s
• Acceleration: 20,000 mm/s²
• Nozzle Temp: Up to 300 °C
• Bed Temp: Up to 100 °C
• Chamber Type: Enclosed, carbon filter
• Dimensions: 389 × 389 × 458 mm

Why Choose the P1S?

The P1S balances speed, reliability, and accessibility. Compared to the P1P, it offers an enclosed design for better material support. Compared to the flagship X1 Carbon, it delivers most of the essential features at a lower cost—making it an excellent choice for makers, educators, and small businesses.

Watch video here

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Game Lineup That Teaches–Without Feeling Like Learning

The Game Box includes five programming-themed board games that foster logical thinking, strategic planning, and social interaction:

1. Treasure Hunt on Grassland
2. Rescue Sheep
3. Matata Football Competition
4. Push Box Competition
5. Matata Aeroplane Chess

These games make abstract coding concepts tangible, turning them into playful learning experiences—a great blend of education and fun

Why It’s a Smart Add-On

• Screen-Free Programming Practice – Kids grasp programming logic through tangible gameplay instead of relying on screens.
• Perfect Companion – Especially suited for the MatataStudio Coding Set or Coding Set Pro—this is a terrific extension to deepen learning
• Cognitive & Social Development – From collaboration and friendly competition to critical thinking and reasoning, the games cultivate a wide range of skills.
• Affordable Learning Tool – At $19.99, it offers significant educational value without breaking the budget.

Who Will Love It

• Parents and Educators seeking to introduce coding logic through hands-on learning.
• Classrooms and Learning Pods looking for group-oriented, educational games.
• Any Young Learner who already enjoys MatataStudio products and yearns for more interactive content.

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