At least one accuracy figure is not specified. Point distance is not an accuracy measurement.
Source-verified head-to-head
Pika vs EINSTAR
Which one should you buy? Start with the job and capture workflow, then use the specification table to confirm the fit. No hands-on test is claimed.
Article updated · Specification check dates are shown separately below
VS
CHOOSE PIKA FOR
ORMobile capture and small-part flexibility
Pika suits mixed small-part and field work through wireless capture, blue laser and NIR. Check support and processing capability on the exact phone, Mac or Windows computer you intend to use.
Check latest priceDirect link to Creality; no affiliate tracking is active.Read the full Pika review →CHOOSE EINSTAR FOR
Medium and large objects at a workstation
The original EINSTAR suits people, art and larger forms with a compatible Windows computer or Apple-silicon Mac. Check the exact EXStar requirements; its tethered infrared workflow is not a specialist for very small mechanical detail.
Check latest priceDirect link to SHINING 3D; no affiliate tracking is active.Read the full EINSTAR review →Editorial analysis
The difference buyers actually feel
Pika is a compact wireless hybrid aimed at mixed object sizes and mobile capture. The original EINSTAR is a 500 g tethered infrared scanner for medium and large objects, using EXStar on compatible Windows computers or Apple-silicon Macs. Pika adds blue laser and phone capture; EINSTAR offers an established desktop workflow in the SHINING 3D ecosystem.
Choose around the operating environment. Pika fits buyers who move between small parts and field work and accept a newer product with fewer independent results. EINSTAR fits a workshop that mainly scans people, art, vehicle parts and larger forms and can meet the exact EXStar requirements for its chosen computer.
Decision matrix
Which workflow favors which scanner?
Match the minimum object size and close-range capture mode.
Wide-area tracking and working distance matter more here.
Prioritizes edges, surface adaptability and part workflow.
Both capture quality and mesh cleanup determine usefulness.
Standalone processing or wireless capture reduces field equipment.
At least one price is unverified or quote-only. Confirm both current checkout totals before comparing.
Workflow comparison
From setup to export
Compare what changes during a real job, not only what appears in the specification table.
Computer and connection
Pika
Pika supports Windows, macOS, Android and iOS and can connect wirelessly, although another device still performs the processing.
EINSTAR
Pika suits mobile capture; EINSTAR suits a compatible desktop workflow on either supported platform.EINSTAR is tethered and supports compatible Windows computers and Apple-silicon Macs. EXStar requirements differ by platform, so verify the exact processor, graphics, memory and operating system.
Small objects
Pika
Pika's seven-line blue-laser mode targets small mechanical geometry and difficult dark surfaces with reflective markers where required.
EINSTAR
Pika is the stronger shortlist when small parts and edges are recurring work.EINSTAR's infrared system is not a fine-small-part specialist and is better matched to medium and large feature-rich subjects.
Medium and large objects
Pika
Pika uses NIR for broader markerless capture and benefits from a lighter wireless body around awkward subjects.
EINSTAR
EINSTAR remains relevant when proven workshop coverage matters more than portability.EINSTAR has an established infrared workflow for people, art, vehicle parts and larger objects, backed by more years of public user experience.
Processing and learning
Pika
Pika relies on CrealityScan and newer mobile or desktop paths whose performance should be tested on the intended hardware.
EINSTAR
Compare actual fusion, meshing and export time with the same object rather than only capture frame rate.EINSTAR uses EXStar for capture and processing on a compatible Windows computer or Apple-silicon Mac; support for an operating system alone does not establish hardware suitability.
Manufacturer specifications
Side-by-side
FeaturePikaEINSTAR
Price guidePrice not yet independently verifiedTypical list price around $849
Claimed accuracyUp to 0.03 mm laser / 0.1 mm NIRNot specified; 0.1 mm minimum point distance
Claimed resolution0.1–2 mm laser / 0.15–2 mm NIR0.1–3 mm point distance
Claimed scan speedPC: up to 110 fps laser / 30 fps NIR; phone: up to 40 / 20 fpsUp to 14 fps
Claimed working distance160–400 mm laser / 140–1000 mm NIR160–1400 mm
Claimed object rangeMinimum: 10 mm cube laser / 150 mm cube NIR; up to 2,000 mm objectsMedium to large objects
Claimed light source7 parallel blue lasers + NIRInfrared VCSEL
Claimed markerlessYes — Marker-free laser requires wired PC mode; NIR uses geometry/texture trackingYes
Claimed wirelessYes — Supported device required; iOS does not support wired connectionNo
Claimed standaloneNo — A connected phone, tablet or computer is requiredNo
Claimed weight260 g500 g
Claimed systemsWindows, macOS, Android, iOSWindows; supported Apple-silicon macOS
Claimed exportsSTL, OBJ, PLY, ASCSTL, OBJ, PLY, P3, 3MF
Specifications are manufacturer claims checked against the sources above. Optical modes and test conditions may differ, so similar-looking numbers are not automatically equivalent.
Best fit
Pika
Pika suits mixed small-part and field work through wireless capture, blue laser and NIR. Check support and processing capability on the exact phone, Mac or Windows computer you intend to use.
MAIN LIMITATIONUsers expecting a fully standalone workflow
Best fit
EINSTAR
The original EINSTAR suits people, art and larger forms with a compatible Windows computer or Apple-silicon Mac. Check the exact EXStar requirements; its tethered infrared workflow is not a specialist for very small mechanical detail.
MAIN LIMITATIONComputers below the EXStar requirements
Cost of ownership
Budget for the complete scanning system
Pika's price is not independently verified, so a purchase-cost comparison with EINSTAR requires current equivalent quotes. Its lighter wireless workflow may reduce field setup, but a compatible phone or computer, targets and possible surface preparation remain necessary. EINSTAR can require a computer upgrade if the existing Windows machine or Apple-silicon Mac does not meet the exact EXStar requirements.
Software familiarity and support history also have value. EINSTAR has a longer-established user base, while Pika offers broader device support and more optical flexibility on paper. Budget for representative sample scans, mesh cleanup, CAD reconstruction and storage before treating either scanner price as the project cost.
Pre-purchase test
Four checks before paying
Audit the real computer
Confirm the exact operating system, GPU, memory and free storage for each workflow. Do not assume a computer that opens the software will process a dense project reliably.
Use small and large samples
Ask Pika to capture a small mechanical part and both scanners to capture the same medium or large object, using disclosed preparation and settings.
Inspect an unsmoothed export
Compare raw coverage, doubled edges, holes and alignment drift before filling or smoothing makes the meshes look similar.
Price the complete workstation
Include the phone or computer, GPU upgrade, targets, permitted surface preparation, reconstruction software and support terms in the decision.
Requirements check
Need a decision on your actual object?
Share the material, size, required output, budget and purchase timeline. We will respond with a source-linked shortlist and the main workflow risks.
Questions answered
Before you choose
Should I buy Pika or EINSTAR?
Choose Pika when mobile capture and small-part flexibility matters most. Choose EINSTAR when medium and large objects at a workstation is the priority.
Does the lower accuracy number guarantee a better scan?
No. Optical mode, object surface, tracking, calibration and scan technique can matter more than a best-case single-frame number.