Is the BIBO 2 Touch 3D Printer Still Worth Buying in 2025

The BIBO 2 Touch 3D Printer, often recognized by its distinctive blue acrylic covers and sturdy metal frame, was once a powerhouse in the hobbyist 3D printing world. Released during the mid-2010s, it carved out a niche as one of the most affordable and reliable dual-extrusion machines that also offered laser engraving. However, as the industry moves toward high-speed printing and fully automated ecosystems, the question remains: does this aging workhorse still have a place in a modern workshop?

For those looking for a quick verdict: The BIBO 2 Touch remains a capable machine for experienced hobbyists who enjoy manual tuning and need a reliable, enclosed dual-extruder platform for technical materials like ABS or Nylon. However, for beginners or those seeking "plug-and-play" efficiency, modern alternatives offer significantly faster speeds and far less maintenance overhead.

The Technical Foundation of the BIBO 3D Printer

To understand the longevity of the BIBO 3D printer, we must look at its build quality. Unlike many contemporary budget printers that rely on V-slot wheels and aluminum extrusions, the BIBO uses a 6mm thick aluminum composite panel frame. This rigid structure is one of the reasons many units are still operational nearly a decade after their manufacture.

Key Hardware Specifications

Technology: Fused Deposition Modeling (FDM)
Build Volume: 214 x 186 x 160 mm (approx. 8.4 x 7.3 x 6.3 inches)
Extruder Type: Dual Direct Drive
Max Nozzle Temperature: 270°C
Max Bed Temperature: 100°C+
Frame: 6mm Aluminum Composite
Connectivity: WiFi, SD Card, USB, U-Disk
Special Features: Filament run-out detection, Power failure recovery, Laser engraving module (optional)

The build volume is modest by today's standards, where 256mm³ or even 300mm³ has become the standard for mid-range machines. However, the BIBO’s compact footprint makes it an excellent choice for smaller desks, provided you can handle the noise of its cooling fans and stepper drivers.

Dual Extrusion: The BIBO’s Greatest Strength

In 2025, dual extrusion is still a premium feature. Most modern hobbyist printers achieve multi-color prints through a single nozzle with a filament switching system (like the Bambu Lab AMS). While these systems are efficient for color, they are less ideal for printing with dedicated support materials like HIPS or PVA.

This is where the BIBO 3D printer still shines. Its dual independent-style setup (though both extruders are mounted on the same carriage) allows for several unique workflows:

Copy Printing and Mirror Mode

The BIBO firmware supports "Copy Printing," which allows the two nozzles to print two identical objects simultaneously. If you are running a small batch production of parts that fit within half the build plate width (approximately 100mm each), you effectively double your production speed. This feature is rarely found in modern "fast" printers unless you move into the significantly more expensive IDEX (Independent Dual Extruder) category.

Technical Support Material Usage

Using the second extruder for dissolvable supports (PVA for PLA or HIPS for ABS) is a game-changer for complex geometries. Single-nozzle multi-material systems often suffer from cross-contamination between the model and the support material, leading to structural weaknesses. The BIBO’s dedicated dual-nozzle system ensures that the support interface is clean and easily removable.

The Challenge of Nozzle Leveling

Based on extensive testing with legacy dual-nozzle systems, the biggest hurdle for BIBO users is "Z-offset" alignment. Because both nozzles are fixed to the same block, they must be perfectly level with each other. If Nozzle A is 0.1mm lower than Nozzle B, it will drag through the print while Nozzle B is working. Achieving perfect alignment requires manual mechanical adjustment—a process that modern users, accustomed to automatic bed leveling and software offsets, might find tedious.

The Laser Engraving Module: A Useful Gimmick?

One of the BIBO's primary marketing claims was its "3-in-1" capability (3D printing + Laser engraving + Copy printing). The printer usually comes with a 0.5W or 2.5W laser module that can be swapped for one of the extruders.

What Can the BIBO Laser Actually Do?

Engraving: It excels at engraving wood, leather, dark plastics, and cardboard. It is a fantastic tool for personalizing 3D printed parts or creating custom wallets and phone cases.
Cutting: With a 0.5W laser, you are limited to cutting very thin materials like paper or thin craft foam. It is not a replacement for a dedicated CO2 or high-power diode laser cutter.
Safety Considerations: The BIBO is an enclosed printer, which provides some protection against laser reflections. However, the acrylic windows are not always rated for the specific wavelength of the laser module provided. Users must always wear appropriate safety goggles and ensure the printer is vented, as laser engraving wood or plastic produces toxic fumes.

In the current market, dedicated laser engravers (like those from xTool or Creality) are far more powerful and easier to use. However, having this integrated into your 3D printer for "quick and dirty" branding of your prints is a convenience that shouldn't be overlooked.

Real-World Performance and Print Quality

When we look at print quality, the BIBO 2 Touch is capable of producing parts that rival modern machines, but at much lower speeds.

Speed vs. Accuracy

Modern printers like the Bambu Lab P1P or Creality K1 print at speeds of 300-600mm/s using "Input Shaper" technology to cancel out vibrations. The BIBO, running on older 8-bit or early 32-bit architecture with traditional firmware, is comfortable at around 40-60mm/s. While you can push it to 100mm/s, the mechanical resonance of the heavy dual-extruder carriage will inevitably cause "ghosting" or "ringing" on the surface of the print.

Material Versatility and Thermal Management

The BIBO's enclosure is its secret weapon. Most budget printers today are open-frame (Cartesian or CoreXZ), making them poor candidates for printing ABS, ASA, or Nylon, which warp easily when exposed to drafts. The BIBO comes with a removable acrylic top cover and a front door. In our experience, printing ABS on a BIBO is significantly more reliable than on an open-frame Ender 3. The internal chamber stays warm (around 35-45°C during a long print), which prevents the edges of the part from peeling off the heated bed.

The Bed Leveling Paradox

The BIBO 2 Touch features a glass bed, which is excellent for flatness. However, it lacks an automatic bed leveling (ABL) sensor like a BLTouch or an inductive probe. You must manually level the bed using the three-point leveling system. While the manufacturer claims the bed "usually stays leveled," the reality of thermal expansion means you will likely need to tweak it every few prints.

Software Compatibility: Cura, Repetier, and Beyond

One of the frustrations of owning an older machine is software support. Fortunately, BIBO uses standard G-code.

Cura: Most BIBO users prefer Cura. You can find community-made profiles or use the "Prusa i3" template and modify the build volume and dual-extruder settings. The key is setting the "Extruder Offset" correctly in the machine settings.
Simplify3D: This was the "gold standard" for BIBO users for years because of its superior dual-extrusion management. However, given its high price tag, it is hard to recommend for a legacy printer in 2025 unless you already own a license.
Klipper Firmware: For the advanced "modder," installing Klipper on a BIBO can breathe new life into the machine. By offloading the processing to a Raspberry Pi, you can implement resonance compensation and pressure advance, potentially increasing your usable print speeds by 50%.

The Risk Factor: Support and Spare Parts

The biggest concern for a "BIBO 3D printer" search in 2025 is the status of the manufacturer. Shaoxing Bibo Automatic Equipment Co., Ltd. has been less active in the international community in recent years.

Proprietary Parts: While the nozzles and heater blocks are mostly standard MK8 or similar styles, the specific carriage plate and the laser mounting system are proprietary. If a plastic component on the extruder breaks, you may need to 3D print a replacement on another machine.
Firmware Updates: Do not expect official firmware updates. The community-driven versions of Marlin are your best bet for keeping the machine secure and compatible with modern slicer features.
Customer Support: Communication with the factory can be hit-or-miss. If you are buying this machine, you should be prepared to be your own technician.

BIBO 2 Touch vs. The Modern Competition

If you are looking at a used BIBO for $200, how does it compare to a new $200 printer?

Vs. Ender 3 V3 SE: The Ender is much faster, has auto-leveling, and a modern direct drive. However, it is open-frame and lacks dual extrusion. If you only want to print PLA toys, the Ender wins. If you want to print ABS gear sets with dissolvable supports, the BIBO wins.
Vs. Bambu Lab A1 Mini: The A1 Mini is a masterpiece of modern engineering—silent, fast, and incredibly accurate. But its build volume is tiny (180mm³), and it cannot print high-temp materials easily.
Vs. Flashforge Creator Pro 2: This is the BIBO's closest rival. It is a dedicated IDEX (Independent Dual Extruder) machine. The Creator Pro 2 is more modern and easier to use but usually costs significantly more than a used BIBO.

Maintenance Guide for Long-Term Reliability

If you decide to pick up a BIBO 2 Touch, follow these maintenance steps to ensure it performs at its peak:

Lubricate the Linear Rails: The BIBO uses traditional rods and bearings. Clean them with isopropyl alcohol and apply a light coat of sewing machine oil or synthetic grease every 100 hours of printing.
Check the Wiring: Because the carriage moves constantly, the wiring loom can fatigue. Check for any signs of fraying, especially near the heater cartridge connections.
Tighten the Belts: Over time, the GT2 belts will stretch. Ensure they are "guitar-string tight" to prevent layer shifting.
Nozzle Replacement: If you are using the dual extruders for different materials (e.g., PLA in one, ABS in the other), keep a dedicated set of nozzles for each to prevent cross-contamination.

Conclusion: Who is the BIBO 3D Printer For?

The BIBO 3D printer is no longer a market leader, but it is a "classic" for a reason. Its rigid aluminum frame and dual-extrusion capabilities provide a platform that many modern budget printers simply cannot match in terms of material versatility.

You should buy a BIBO in 2025 if:

You find a used unit at a bargain price (under $250).
You specifically need to print technical materials like ABS/ASA that require an enclosure.
You are interested in dual-nozzle workflows (support materials, copy printing).
You enjoy tinkering, manual leveling, and hardware modding.

You should avoid the BIBO if:

You want a printer that "just works" out of the box.
You need high-speed printing (300mm/s+).
You have no experience with electronics or manual mechanical adjustments.
You require reliable manufacturer-backed technical support.

Ultimately, the BIBO 2 Touch is a testament to an era where 3D printers were built like tanks rather than consumer appliances. It remains a valuable tool for the right user, but it requires a level of patience and skill that the modern "instant-gratification" market has largely moved away from.

Summary

The BIBO 3D printer (BIBO 2 Touch) is an enclosed, dual-extruder FDM machine known for its rugged aluminum construction and versatile feature set, including an optional laser engraver. While its speed and lack of automated features make it outdated by 2025 standards, its ability to handle technical filaments and perform copy printing still makes it a viable project machine for enthusiasts. Potential buyers should be aware of the limited official support and the necessity for manual calibration.

FAQ

What is the maximum printing speed of the BIBO 3D printer?

While the machine can technically move at 100-150mm/s, the recommended printing speed for high-quality results is between 40mm/s and 60mm/s. Printing faster often results in surface artifacts due to the weight of the dual-extruder carriage.

Can I print TPU (flexible filament) on a BIBO?

Yes. The BIBO uses a direct-drive extrusion system, which is much better for flexible filaments like TPU than Bowden-style printers. However, you should print slowly (20-30mm/s) to prevent the filament from tangling in the drive gears.

How do I connect the BIBO to WiFi?

The BIBO 2 Touch usually comes with a pre-installed WiFi module. You can control the printer via a web browser or a mobile app by connecting to the printer's local hotspot or configuring it to join your home network. Note that the WiFi interface is older and may not support modern WPA3 security protocols.

Is the BIBO 2 Touch compatible with Mac and Linux?

Yes. The printer accepts standard G-code files. Popular slicers like Cura and Repetier-Host are available for Windows, macOS, and Linux, allowing for full compatibility regardless of your operating system.

Can the laser module cut metal?

No. The BIBO's laser module is a low-power diode laser. It is designed for engraving organic materials and thin plastics. It does not have the power or the wavelength required to mark or cut metal.