Automotive & Mobility
Styling models, housings and assembly-evaluation prototypes for the next design review.
Kings3D Industrial SLA SeriesFine detail.
Fine detail.
Large format.
Industrial SLA.
Industrial resin 3D printing for detailed prototypes, master patterns and large-format models. Explore the Kings3D SLA range with Positive Yield.
Fine Detail • Large-Format Resin Printing
UV Laser
355 nm
Solid-state UV laser technology on models including the SLA 650 Pro.
Variable Beam
0.08–0.8 mm
Variable beam diameter for different scanning requirements.
Scanning Speed
Up to 15 m/s
Maximum laser scanning speed on applicable Pro models.
Large Format
2,700 mm
Maximum build length of the SLA 2700 Pro: 2700 × 900 × 800 mm.
Laser, beam and scanning figures are documented for models including 650 Pro, 1200 Pro and 1700 Pro. Configuration varies by model. Scanning speed is not finished-part production speed, and beam diameter is not dimensional accuracy.
Why Kings3D Industrial SLADetail you can see.
Detail you can see.
Scale you can work with.
Choose a platform around the parts you need to make: their size, geometry, finish and role in your workflow.
Industrial Resin PrintingFrom a digital design
From a digital design
to a tangible idea.
Kings3D SLA systems create detailed resin models with smooth surfaces for design reviews, prototype development and pattern-making.
Detailed geometryCommunicate complex shapes and features through a physical model.
Smooth surfacesPrepare models for appearance evaluation, finishing and master-pattern workflows.
A range of build sizesCompare the 600 Pro, 850 Pro and 1700 Pro to match your part envelope.
355 nm & Variable BeamA finer approach
A finer approach
to every layer.
A UV laser selectively cures resin layer by layer. Applicable Kings3D Pro systems combine a 355 nm solid-state laser with a 0.08–0.8 mm variable beam.
355 nm solid-state laserSpecified on models including 650 Pro, 1200 Pro and 1700 Pro.
0.08–0.8 mm beam diameterAdapt scanning settings around contours, fill areas and resin requirements.
Up to 15 m/s scanningActual build time also depends on layers, scan paths, part layout and recoating.
Industrial StabilityA stable foundation.
A stable foundation.
A controlled process.
Mechanical structure, motion control and recoating work together throughout the build.
Marble StructureBuilt around
Built around
long-run stability.
Kings3D specifies marble structural elements on models such as the 650 Pro and 1700 Pro, providing a stable foundation for the printing system.
Marble recoater frameA structural base for the resin recoating stage.
Marble elevator holderSupports the build-platform positioning assembly.
Marble scanning-system baseA stable foundation for the optical scanning system.
Intelligent Vacuum RecoatingPrepare the layer.
Prepare the layer.
Control the motion.
The 650 Pro, 1200 Pro and 1700 Pro specifications include intelligent position vacuum recoating and closed-loop motion control.
Intelligent vacuum recoatingPrepares the resin layer between laser exposure cycles.
Closed-loop motion controlSupports controlled positioning during the build process.
Galvo / closed-loop beam systemIntegrates variable-beam control with the scanning platform.
Large-Format AdvantagesMake room
Make room
for bigger ideas.
An expanded build envelope opens up new options for large models, master patterns and batch layouts.
Up to 2.7 m Build LengthFewer sections.
Fewer sections.
More possibilities.
A larger build area can reduce the need to divide a model into separate pieces, while giving you more flexibility when arranging parts.
Reduce assembly stepsPrint a model in fewer sections when geometry and build envelope allow.
Plan larger modelsExplore substantial automotive concepts, sculptures and industrial patterns.
Arrange multiple partsPlan batch layouts around supports, orientation and resin requirements.
SLA 2700 Pro maximum printing size: 2700 × 900 × 800 mm. Allow room for supports and orientation when assessing usable part size.
Industrial ApplicationsTurn ambitious designs
Turn ambitious designs
into physical models.
Start with what the model needs to demonstrate. Then choose the printer, resin and finishing workflow.
Molds & Master Patterns
Detailed patterns for downstream mold-making, with resin and finishing matched to the process.
Product Development
Appearance models and enclosure concepts for design communication and fit assessment.
Aerospace & Engineering
Complex form-and-fit models. End-use performance requires separate material validation.
Footwear Development
Sole geometry and shoe patterns. The 6035 Pro is positioned for footwear workflows.
Architecture & Art
Fine architectural details, sculptural forms and presentation pieces at a useful scale.
Kings3D SLA Model SelectorFind your
Find your
working scale.
Explore the 600 Pro, 850 Pro and 1700 Pro. Compare maximum printing sizes, then discuss your application with Positive Yield.
Showing all 3 models
SLA 600 Pro
Compact & Mid-Format
SLA 600 Pro
- Maximum printing size
- 600 × 600 × 400 mm
A square build area for small and medium-sized models.
Enquire About 600 ProOfficial specifications ↗
SLA 850 Pro
Large Format
SLA 850 Pro
- Maximum printing size
- 850 × 850 × 500 mm
More planar capacity with a 500 mm maximum build height.
Enquire About 850 ProOfficial specifications ↗
SLA 1700 Pro
Extra-Large Format
SLA 1700 Pro
- Maximum printing size
- 1700 × 800 × 650 mm
A 1.7 m build length for substantial model geometries.
Enquire About 1700 ProOfficial specifications ↗Dimensions are manufacturer-listed maximum printing sizes in mm, not machine footprints. Format groups are a browsing guide. Confirm availability, configuration and usable part envelope at quotation.
Materials & Application FitChoose the resin
Choose the resin
around the result.
The Kings3D resin portfolio includes options for appearance, toughness, transparency and heat resistance.
SLA Resin SelectionThe material matters
The material matters
as much as the machine.
Define what your model needs to do before selecting a resin. Consider handling, finish, temperature and the intended evaluation process.
Appearance and detailDiscuss surface finish and dimensional requirements.
Functional evaluationReview toughness, mating features and the expected loading conditions.
A complete workflowInclude cleaning, post-curing and any polishing or coating.
| Application priority | Resins to discuss | What to evaluate |
|---|---|---|
| Appearance & detail | KS408A | Design models, finish requirements and dimensional evaluation. |
| Toughness & assembly | KS50TGH · KS608A | Impact behaviour, mating features and repeated handling. |
| Transparent prototypes | KS158T · KS168C | Clarity, wall thickness and finishing process. |
| Heat-resistant concepts | KS85HT · KS1208H | Temperature, loading and the current material datasheet. |
Material categories follow the official Kings3D resin portfolio. Confirm printer compatibility, processing and post-curing requirements, and evaluate representative samples for your application.
Why Positive YieldYour application.
Your application.
A clearer way forward.
Bring your part requirements to Positive Yield for a focused discussion about the machine, material and workflow behind your investment.
01
Application First
Share part dimensions, intended use, quantity and finish expectations so the conversation starts with your actual work.
02
A Relevant Shortlist
Discuss build envelope, resin options, post-processing and site requirements together when comparing machines.
03
Support in the Quotation
Ask about installation, training, material supply and after-sales arrangements. Confirm the agreed scope in your quotation.
Positive Yield Industrial SolutionsWhich Kings3D SLA
Which Kings3D SLA
fits your next project?
Send us your application, part dimensions, material requirements and expected output. Start a conversation about the printer and workflow that fit your needs.
WhatsApp +60 14-675 2268
Unboxing & Review
Watch real unboxing and user reviews from content creators