There’s a familiar corner in many workshops: a useful part, a half-finished project and something you’re absolutely going to fix next weekend.
Then you discover the part has a curved surface, no drawing and a shape that refuses to cooperate with a ruler. Suddenly, “quick job” has developed a suspiciously long timeline.
The Creality Sermoon P1S gives makers, designers and repair enthusiasts another starting point. This handheld 3D scanner captures surface geometry that you can use as a reference for modelling, customisation and 3D printing projects. Its all-in-one design also means you can scan and process data without balancing a laptop on whatever clear patch of workbench remains.
Here’s what it offers, where it could fit into an Australian workshop and what to know before your first scan.
What is the Creality Sermoon P1S?
The Sermoon P1S is a standalone 3D scanner with a built-in operating system, onboard processing and a 6-inch touchscreen. It combines blue laser scanning with near-infrared structured light, or NIR, and supports three ways of working:
- Standalone: capture and process scans on the device.
- Wired PC connection: use the scanner with a compatible computer.
- Wireless PC connection: work with a compatible computer over Wi-Fi.
In standalone mode, you can capture the object, check for missed areas and process the model on the scanner. Keep the part in place until you’re happy with the coverage, then transfer the data to a computer when you’re ready for further design work.
The P1S is a different model from the Sermoon P1. Compare their individual specifications and work modes before choosing.
How do 3D scanners work?
A 3D scanner records points on an object’s visible surface. Processing combines those points into a digital representation; a mesh connects them with small faces to describe the shape.
Think of the result as a starting reference for digital work. It can help you understand a curved housing, develop a holder around an existing object or bring a handmade shape into modelling software.
It does not automatically reveal hidden internal geometry or produce a finished, editable CAD design. An inaccessible surface still needs another viewing angle, or a separate approach to reconstructing it. The scanner can help with complex curves; finding what is hidden inside a sealed housing is another job entirely.
Blue laser and NIR: choose the mode to suit the job
The P1S offers four capture options. Match the mode to the shape and detail you need.
| Scan mode | Where it helps |
|---|---|
| 34 crossed blue laser lines | Efficient capture of the overall form of medium-to-large objects. |
| 7 parallel blue laser lines | Capturing finer surface features on parts and other detailed objects. |
| 1 blue laser line | Capturing accessible recessed surfaces, including holes and grooves. |
| NIR structured light | An alternative for subjects such as sculptures and larger, feature-rich objects; use the supplied filters as directed in bright conditions. |
Recessed features still need to be visible to the scanner’s cameras. A single laser line cannot capture a surface hidden from view. Changing modes is about matching the job—your toolbox has more than one screwdriver for much the same reason.
Standalone or PC-connected: what changes?
One distinction is worth making before you clear a space on the bench: the P1S can scan and process models independently, but marker-free blue laser scanning requires a wired USB connection to a computer.
If you want to work entirely on the device, plan the tracking method and object preparation accordingly. If marker-free laser capture is important to your project, include a compatible PC and the required connection in your setup.
When selecting a Creality 3D scanner, this practical detail matters as much as a headline specification. Start with the workflow you’ll actually use, then compare specifications.
Three project ideas for Australian makers
Here are three ways to plan a project around real-world geometry, from the shed to a small design studio.
Custom holders for the shed, garage or home studio
The best starting point is often a small, everyday annoyance. In one community project shared on Reddit, a parent described a child’s walkie-talkie repeatedly switching itself on inside a bag and draining its batteries. They used the P1S to capture its shape, then designed a removable protector around it.
The contributor said the scans gave them enough reference geometry for the design, while acknowledging that spending longer on capture could have produced a cleaner model. That is a useful way to approach a custom holder: capture the shape you need, then put the design work into the part you want to make.
The same idea could suit a cradle for a remote, a tool holder beside the workbench or a protective cover for a small accessory. Clean up the scan, design around its exterior and check important dimensions. Allow clearance and print a fit test before making the final part. You might finally retire the temporary arrangement of tape and good intentions.
References for automotive trim and accessories
For a vehicle project, a removable interior trim panel or cosmetic housing can provide useful reference geometry for customisation. The scan can help establish curves and nearby surfaces that would be tedious to reconstruct entirely by hand.
The design work comes afterwards: checking dimensions, building the new geometry and testing fit and material suitability. Start with a non-critical item rather than treating a scan as proof that a replacement is fit for a structural or safety-related role.
For a weekend project, a tidy interior accessory is a more manageable first target than reverse-engineering the whole ute before lunch.
Handmade props, sculpture and creative prototypes
A clay original or handmade prop can become a reference for digital editing, resizing or further design.
This could suit a home studio, a community makerspace or a design class exploring how physical and digital tools work together. Keep photographs of the original too: the shape data and the visual record serve different purposes.
Use objects you own or have permission to digitise. For an early project, choose a shape with accessible surfaces rather than a delicate miniature covered in tiny spikes. There’s no prize for selecting the hardest object in the room.
Want to see how the process comes together? The video below explores the Sermoon P1S through standalone and wired scanning, large-object capture, a reverse-engineering project with 3D printing, and an outdoor NIR test.
Watch how the object is prepared, how the scanner moves around it and what happens after capture. It is a useful preview of the workflow before you put the next “quick weekend job” on the bench.
How to do a 3D scan with the P1S
1. Prepare the device and workspace
Charge the battery, remove protective films and check for relevant updates. Follow the P1S manual for calibration and setup. Place the object securely, with enough room to move around it.
2. Choose the capture and tracking options
Select a mode suited to the object. Prepare markers or other tracking aids where needed. For your first attempt, choose a matte object with recognisable shape features; leave transparent, highly reflective or unusually delicate objects until you know the workflow.
For glossy or difficult surfaces, check tracking and prepare the surface as needed. Starting with a matte object with clear shape features makes it easier to learn the workflow before tackling more demanding parts.
3. Capture steadily
Follow the on-screen distance guidance and move smoothly, keeping overlapping surface areas visible as you change angle. Add views of areas you missed rather than expecting software to know what was underneath the object.
4. Process the data
Combine captured data, align separate scans where necessary and create the mesh. Remove unwanted background geometry and apply colour mapping where appropriate. The P1S supports these stages on the device, so you can review the result before moving on to CAD or printing.
In an early interface preview, a self-described P1S tester reported having more scan-cleaning controls than in the phone app. They also shared a useful habit: give each project a clear name so its exported mesh is easy to find. Something like “remote-front” will be kinder to your future self than “final-final-v3”. Larger projects or intricate repairs may suit a compatible computer.
5. Inspect before you export
Rotate the model and check recesses, edges and the underside. Look for gaps, misplaced surfaces and data that belongs to the workbench rather than your part.
Give this stage the same attention you would give a physical prototype. A small problem on screen is easier to fix before it becomes a full-sized plastic problem.
Using a 3D scanner for 3D printing
If you’re looking for a 3D scanner for 3D printing, think of scanning as the first stage of a longer process:
Capture → clean and repair → edit or design → check the model → slice → print → test.
The Sermoon P1S supports STL export. For a printable copy or modified model, check that the mesh is suitable for printing, with the intended scale, sufficient thickness and no unwanted openings.
For a new holder or enclosure, use the scan as a reference to design the new part. A mesh does not automatically become a parametric CAD model with neatly editable dimensions.
Finally, test the physical result. Material choice, print settings, shrinkage and clearance can all affect fit. The scanner helps capture geometry; it doesn’t negotiate with a too-tight clip on your behalf.
How accurate is the Sermoon P1S?
Official specifications state accuracy of up to 0.02 mm in blue laser mode and up to 0.075 mm in NIR mode, measured under laboratory conditions. Actual results depend on the object and scanning conditions.
Lighting, surface finish, calibration, movement and object geometry affect the result. A single accuracy figure also does not describe every aspect of measurement performance across a large object.
For a fit-sensitive design, identify the dimensions that matter and verify them independently. If you need formal inspection, assess the complete measurement workflow and its suitability for the job.
Is the P1S the right 3D scanner for you?
It is worth considering if you regularly need to:
- Capture real objects as references for design or reverse engineering.
- Work away from a fixed computer desk.
- Choose between detailed laser capture and NIR scanning.
- Move between standalone and computer-connected workflows.
- Combine 3D scanning and printing in repeatable projects.
If you only need a simple rectangular spacer, a ruler and a quick CAD sketch may be faster. A scanner becomes more useful when complex curves, repeated capture tasks or on-site work are the reason you need one.
Explore the Sermoon P1S on the Creality Australia Store for current specifications, pricing and availability.
For other options, browse the Australian 3D scanner collection.
That project waiting in the corner of the shed might finally have a way forward. Finding the missing screwdriver, unfortunately, is still your department.
Sermoon P1S FAQ
Does the Sermoon P1S need a computer?
Not for standalone scanning and onboard model processing. It also supports wired and wireless PC workflows. Marker-free blue laser scanning specifically requires a wired USB connection to a computer.
Can it scan dark or metal objects without spray?
Blue laser capture can help with dark and metal surfaces, but preparation depends on the object. Very dark, highly reflective or transparent surfaces can still require suitable scanning spray or other preparation. Check the material and official P1S guidance first.
Can I use it outside?
Outdoor scanning is supported, with the supplied NIR filters used as directed for infrared capture in bright conditions. Start with a controlled setup and check coverage and exposure. A bright Australian afternoon is a reason to plan your scan, not skip the preparation.
How long does a 3D scan take?
It depends on size, surface, required detail and the views needed. Include preparation and processing when planning the task; capture time alone is not the time it takes to produce a useful model.
Are 3D scanners worth it?
They can be when they reduce repeated work on complex shapes or support projects you carry out regularly. Compare the equipment, learning and editing time with how often you need the data. An occasional simple part and a weekly reverse-engineering workflow have different needs.
How much does the Sermoon P1S cost in Australia?
Check the Creality Australia product page for current AUD pricing, available offers and delivery information. These can change, so use the live listing when planning your purchase.
