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MatterHackers Formlabs Form 4 + Artec Eva 3D Scanner Basic Bundle

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Formlabs Form 4 + Artec Eva 3D Scanner Basic Bundle
Formlabs Form 4 + Artec Eva 3D Scanner Basic Bundle
Formlabs Form 4 + Artec Eva 3D Scanner Basic Bundle
Formlabs Form 4 + Artec Eva 3D Scanner Basic Bundle

Integrated scan-to-print system that captures parts with Artec 3D scanners and produces production-ready resin parts on Formlabs Form 4 / 4L. Includes lifetime Artec Studio 20 Pro, a configured scanning workstation, and optional Geomagic Design X for CAD reverse engineering.

  • Accelerate inspection to production cycles from days to hours
  • Convert raw scans directly into editable parametric CAD models
  • Produce functional large-format resin parts without external subcontracting
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Formlabs Form 4 & Form 4L + Artec 3D Scanner Bundles

Professional 3D Scanning to Production-Ready Resin Printing

Unlock an end-to-end 3D digitization and additive manufacturing ecosystem with our premium bundle packages. These systems combine industry-leading 3D scanning hardware from Artec with precision resin printing from Formlabs, giving you everything you need to scan, inspect, reverse engineer, and print accurate, functional parts.

Whether you’re doing quality inspection, reverse engineering, product prototyping, tooling, or end-use part production, these bundles are engineered to deliver consistent, high-quality results without sourcing separate components.

Key Features of the Formlabs Form 4 & Form 4L + Artec 3D Scanner Bundles:

  • Complete Scan-to-Print Workflow in One Purchase: Pair professional 3D scanning from Artec 3D with precision resin printing from Formlabs for a fully integrated solution, from physical object capture to finished functional part.
  • Choose the Right Scanner for Your Application: Select from the versatile Artec Eva for basic general-purpose scanning, the metrology-focused Artec Point for inspection workflows, or the ultra-detailed Artec Spider II for reverse engineering intricate components.
  • Production-Ready Resin Printing with Form 4 or Form 4L: Print accurate prototypes, tooling, fixtures, and end-use parts with either the Formlabs Form 4 or the large-format Formlabs Form 4L, both backed by Formlabs’ advanced resin ecosystem and professional reliability.
  • Professional Software & Dedicated Scanning Workstation: Process scans in Artec Studio 20 Pro with a lifetime subscription on a fully configured, scanning-ready laptop included in every bundle, and in Precision and Engineering packages, convert meshes into parametric CAD using Geomagic Design X for true reverse engineering, design modification, and production-ready engineering workflows.
  • Optimized for ROI, Scalability & Industrial Performance: Reduce outsourcing costs, accelerate iteration cycles, and bring inspection, prototyping, and part production in-house with a scalable system designed for manufacturing, R&D labs, and engineering teams.

3D Scan-to-Print Workflow with Formlabs + Artec Bundles

Unlock a complete end-to-end 3D digitization and additive manufacturing workflow using the Formlabs Form 4 or 4L and Artec 3D Scanners. Whether your goal is reverse engineering, product prototyping, quality inspection, or functional part production, this workflow integrates scanning, data processing, CAD conversion, and precision resin printing for efficient, high-quality results.


Step 1: Object Preparation

Goal: Ensure optimal scan quality & print success.
  • Clean and prep the object: Remove dust, debris, or reflective surfaces.
  • Mark or apply scanning targets (if needed) for high-accuracy scanners like the Point.
  • Position on a turntable (for the Spider II) for consistent coverage.

Step 2: 3D Scanning

Goal: Capture the object’s geometry accurately.
  • Artec Eva (Basic): Fast, versatile scanning, ideal for prototypes and props.
  • Artec Point (Precision): High-accuracy metrology-grade scanning, suitable for quality inspection, tolerance verification, and ISO-certified workflows.
  • Artec Spider II (Reverse Engineering): Ultra-detailed scanning for intricate parts, legacy components, and reverse engineering applications.

Step 3: Scan Processing

Goal: Clean, align, and optimize the raw scan data.
  • Clean meshes: Remove noise, stray points, or scanning artifacts.
  • Align multiple scans: Use Artec Studio’s automatic registration tools to combine partial scans into a complete 3D model.
  • Refine geometry: Smooth surfaces, fill holes, and decimate meshes.

Step 4: CAD Conversion

Goal: Convert 3D scan data into editable engineering-ready models.
  • Parametric modeling: Turn meshes into solid CAD models that can be optimized.
  • Feature recognition: Identify holes, fillets, planes, and complex curves automatically for faster reconstruction.
  • Validation: Check dimensions and tolerances against original parts.

Step 5: Design Iteration

Goal: Improve, modify, or optimize the scanned part.
  • Iterate prototypes: Make design changes, integrate features, or optimize for function or aesthetics.
  • Test fit and function: For assembly or engineering validation, print small-scale versions before full production.
  • Export final CAD files in STL, OBJ, or other print-ready formats.

Step 6: Resin Printing with Formlabs Form 4 / 4L

Goal: Transform digital models into high-precision physical parts.
  • Select resin type: Functional, durable, flexible, or specialty resins depending on use.
  • Setup print: Position part in PreForm software and slice for printing.
  • Post-processing: Use Form Wash and Form Cure to clean and cure parts for strength and accuracy.

Step 7: Production & Application

Goal: Deliver functional, precise, or production-ready parts.

  • Prototyping: Functional or visual prototypes for design review.
  • Tooling & fixtures: Custom jigs, molds, or assembly aids.
  • End-use parts: High-accuracy components for limited production, testing, or specialty applications.


What Printer + Scanner Bundle is right for you?

Bundle Scanner Best For Key Advantage
Basic Artec Eva Entry-Level Professional Workflows Fast, Easy, Cost-Efficient
Precision Artec Point Inspection & Metrology Certified Accuracy
Reverse Engineering Artec Spider II CAD Reconstruction Ultra-high, detail

Basic - Form 4 / 4L + Artec Eva
Best for: Entry-level professional users, small businesses, and teams adopting 3D scanning workflows.

If you’re looking for the most accessible way to enter the 3D workflow, the 4 Basic bundle gives you everything you need without overinvesting upfront. The Artec Eva is known for fast, reliable scanning of medium-to-large objects, while the Formlabs Form 4 / 4L delivers consistent, high-quality prints with minimal setup.

You’d use this bundle for digitizing real-world objects (props, ergonomic parts, simple prototypes) and quickly turning them into physical models. It’s ideal for workflows where speed, ease-of-use, and affordability matter more than ultra-fine precision.

Why buy it: Lowest barrier to entry, proven reliability, complete workflow out of the box.
Why use it: Fast scans + dependable prints without complexity.
How you’d use it: Scan → clean in Artec Studio → print functional or visual prototypes.

Precision - Form 4 / 4L + Artec Point
Best for: Metrology, quality control, reverse engineering, and precision-critical industries.

The 4 Precision bundle is built for users who need exact measurements and certified accuracy. The Artec Point scanner, paired with ISO certification and Geomagic Design X, enables highly accurate capture and CAD-ready outputs for engineering workflows.

You’d use this for inspecting parts, validating tolerances, or recreating components with tight dimensional requirements. The Form 4 ensures your prints match your scans with fine detail and consistency.

Why buy it: Measurement-grade accuracy + professional engineering software.
Why use it: When precision, validation, and repeatability are critical.
How you’d use it: Scan → process to CAD in Geomagic → validate → print high-accuracy parts.

Reverse Engineering - Form 4 / 4L + Artec Spider II
Best for: Engineers, product teams, and advanced users reconstructing physical parts into accurate, editable CAD models.

The Reverse Engineering bundle is designed for reverse engineering, combining high-resolution scanning with tools built for converting real-world geometry into production-ready data. The Artec Spider II captures fine details and complex surfaces with exceptional accuracy, making it ideal for intricate components and legacy parts.

You’d use this bundle to digitize existing objects, rebuild them into parametric CAD, and iterate on designs for manufacturing or improvement. The included turntable streamlines capture for smaller parts, ensuring consistent, repeatable scans.

Why buy it: Purpose-built for reverse engineering with high-detail capture and CAD-ready workflows.
Why use it: When you need to accurately recreate, modify, or improve existing parts.
How you’d use it: Scan part → process mesh → convert to CAD → refine design → prototype or produce.

What's Included?

Form 4 Basic Form 4L Basic Form 4 Precision Form 4L Precision Form 4 Engineering Form 4L Engineering
Form 4 3D Printer ✓ ✓ ✓
Form 4L 3D Printer ✓ ✓ ✓
Resin Tank* ✓ ✓ ✓ ✓ ✓ ✓
Mixer* ✓ ✓ ✓ ✓ ✓ ✓
Build Platform Flex* ✓ ✓ ✓ ✓ ✓ ✓
Form Wash* ✓ ✓ ✓ ✓ ✓ ✓
Form Cure* ✓ ✓ ✓ ✓ ✓ ✓
Finishing Tools* ✓ ✓ ✓ ✓ ✓ ✓
Solvent Pump* ✓ ✓ ✓ ✓ ✓ ✓
Artec Scanner Eva Eva Point Point Spider II Spider II
Scanner Warranty 3 yrs 3 yrs 3 yrs 3 yrs 3 yrs 3 yrs
Turntable ✓ ✓
Geomagic Design X ✓ ✓ ✓ ✓
ISO 17025 Certification ✓ ✓
Artec Studio 20 Pro ✓ ✓ ✓ ✓ ✓ ✓
3D Scanning Laptop ✓ ✓ ✓ ✓ ✓ ✓

*All Formlabs components included are compatible with their respective printer.

Technical Specifications

3D SLA Printer Form 4 Form 4L
Technology Masked Stereolithography (MSLA) Masked Stereolithography (MSLA)
Material Type Resin Resin
Maximum Part Size 20.0 × 12.5 × 21.0 cm
7.9 × 4.9 × 8.3 in		 35.3 × 19.6 × 35.0 cm
13.9 × 7.7 × 14.0 in
Layer Thickness 25 – 200 microns
.001 – .008 in		 25 – 200 microns
.001 – .008 in
Light Source Backlight Unit (60 LEDs) Backlight Unit (145 LEDs)
Supports Auto-generated
Light-touch removal		 Auto-generated
Light-touch removal
Materials Formlabs materials or third-party materials using Open Material Mode Formlabs materials or third-party materials using Open Material Mode
Printing Env. Ambient conditions. Only PU Resins require a dry cabinet for humidity control. Ambient conditions. Only PU Resins require a dry cabinet for humidity control.
Printer Dimensions
(W × D × H)		 39.8 × 36.7 × 55.4 cm
15.7 × 14.5 × 21.9 in		 66.4 × 52.8 × 79.4 cm
26.1 × 20.8 × 31.3 in
Software PreForm print preparation software
Dashboard printer management		 PreForm print preparation software
Dashboard printer management
3D Scanner Eva Point Spider II
3D Point Accuracy Up to 0.1 mm Up to 0.02 mm Up to 0.05 mm
3D Resolution Up to 0.2 mm Up to 0.02 mm Up to 0.5 mm
Object Size** M, L S, M, L S, M
Working distance 0.4 – 1 m Up to 300 mm 0.19 – 0.3 m
3D Reconstruction Rate Up to 16 FPS Up to 120 FPS Up to 30 FPS

** Object Sizes: S: 5 - 20 cm, M: 20 - 50 cm, L: 50 - 200 cm

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