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Call Us 24/7
+91 9900003300Send Us Mail
support@lodestar3d.com
Produce accurate concept models, design validation parts, fit-check models and presentation prototypes.
Create master patterns and precision casting prototypes for foundry, jewelry, tooling and manufacturing workflows.
Support dashboards, vents, housings, panels, trims, lighting models and full-scale prototype components.
Develop ducts, housings, enclosures, aerodynamic models, assembly checks and lightweight design prototypes.
Support rapid molds, tooling masters, vacuum casting masters and jigs where resin and process are suitable.
Build detailed building models, façade studies, scale models, landscape models and presentation models.
Support anatomical, dental orthodontic, planning and education models where validated material workflows are used.
Prototype electronics, appliance parts, housings, toys, animation models, packaging and aesthetic components.
SLA is suitable for parts where visual quality, fine curves, sharp details and clean surfaces are important.
Selected Lodestar SLA printers offer high build accuracy for detailed models, prototypes and production aids.
The range includes 400 mm, 450 mm, 600 mm, 650 mm and 800 mm class build platforms for different part sizes.
Develop ducts, housings, enclosures, aerodynamic models, assembly checks and lightweight design prototypes.
Selected printers support 355 nm photosensitive resins and recommended materials for prototype, clear, high-temperature and functional model workflows.
Printer selection should include software for file preparation, slicing, process parameter control and production monitoring.
Evaluate installation, training, machine operation, resin handling, post-processing, service and site readiness before purchase.
Prototype electronics, appliance parts, housings, toys, animation models, packaging and aesthetic components.
| Printer | Best Fit | Key Specs / Details | CTA |
|---|---|---|---|
| EP-A450 | Industrial prototyping, high-accuracy resin models, tooling aids and detailed medium-size parts. | Build volume: 450 × 450 × 350 mm. Layer thickness: 0.05–0.25 mm. Build accuracy: ±0.1 mm for parts under 100 mm, ±0.1% × L for larger parts. Scan speed: 15 m/s max, 6–10 m/s typical. Laser: 355 nm DPSSL. | Get Details |
| EP-A650 | Medium-to-large parts, batch production, engineering prototypes and industrial models. | Build volume: 650 × 600 × 400 mm. Layer thickness: 0.05–0.25 mm. Build accuracy: ±0.1 mm for parts under 100 mm, ±0.1% × L for larger parts. Software: EP-Resin. | Get Details |
| EP-A800 | Large-format prototypes, rapid molds, precision casting prototypes, sole molds and dental orthodontic models. | Build volume: 800 × 800 × 450 mm, customizable height up to 550 mm. Layer thickness: 0.05–0.25 mm. Typical scan speed: 6–12 m/s. Max one-time part weight: 120 kg. | Get Details |
| Lodestar-S400 | Industrial SLA entry point for prototypes, casting, architectural creativity and product models. | Forming space: 400 × 400 × 350 mm, customizable. Layer thickness: 0.05–0.15 mm. Scanning speed: 6000–10000 mm/s. Material: 355–380 nm photosensitive resin. | Get Details |
| Lodestar-S600 | Larger industrial prototypes, tooling models and parts where a 600 mm class platform is required. | Maximum forming volume: 600 × 600 × 400 mm, customizable. Print layer thickness: 0.05–0.2 mm. Recommended scan speed: 6000 mm/s. | Get Details |
| Lodestar-S800 | Large industrial parts, automotive prototypes, aerospace models, architectural models and precision casting patterns. | Maximum forming volume: 800 × 800 × 500 mm, customizable. Recommended part scanning speed: 15000 mm/s. Jumping speed: 1200 mm/s. | Get Details |
| Product design team | Needs smooth visual prototypes, ergonomic models, product housings or design validation parts. | Consider: EP-A450, EP-A650, Lodestar-S400. |
| Automotive / EV team | Needs large trims, vents, dashboards, lighting models, panels or full-size prototype assemblies. | Consider: EP-A800, Lodestar-S800, EP-A650. |
| Foundry / casting unit | Needs master patterns, precision casting prototypes, rapid molds or pattern development. | Consider: EP-A800, Lodestar-S800, Lodestar-S600. |
| Architecture / model maker | Needs clean, detailed models, façade studies, scale models and large presentation models. | Consider: EP-A450, EP-A650, EP-A800. |
| R&D / education lab | Needs a flexible industrial SLA system for training, prototyping and technology evaluation. | Consider: Lodestar-S400, EP-A450, EP-A650. |
| Large-format production | Needs high capacity, bigger build platform, heavier parts and repeatable output. | Consider: EP-A800, Lodestar-S800. |
| Technology | Best For | Strengths | Considerations |
|---|---|---|---|
| SLA | High-detail prototypes, smooth models, casting patterns, master patterns and large visual models. | Fine detail, smooth finish, high accuracy, strong visual quality and large-format resin options. | Requires resin handling, supports, cleaning, curing and finishing workflow. |
| FDM | Cost-effective functional prototypes, fixtures, engineering parts and thermoplastic applications. | Lower material cost, wide thermoplastic options, simple operation and strong engineering material choices. | Layer lines are more visible; surface finish may need post-processing. |
| SLS | Functional nylon parts, complex geometries, batch production and support-free polymer printing. | No support structures, strong nylon parts and good batch productivity. | Powder workflow, depowdering and surface texture must be planned. |
SLA, or stereolithography, is a resin 3D printing process that uses a laser to cure liquid photopolymer resin layer by layer. It is commonly used when buyers need fine detail, smooth surface finish and accurate prototype or model production.
Lodestar 3D lists EP-A800, EP-A650, EP-A450, Lodestar-S400, Lodestar-S600 and Lodestar-S800 under Polymer 3D Printers > SLA.
For large-format prototypes, buyers should evaluate EP-A800 and Lodestar-S800 first because these systems offer 800 mm class build platforms. Final selection depends on part size, required accuracy, resin, surface finish, production volume and site setup.
SLA printers can support rapid prototyping, product design models, casting patterns, rapid molds, architectural models, medical models, dental orthodontic models, automotive models, aerospace models, toys, animation models and electronic appliance prototypes.
The main difference is build volume and production scale. EP-A450 offers a 450 × 450 × 350 mm platform, EP-A650 offers 650 × 600 × 400 mm, and EP-A800 offers 800 × 800 × 450 mm with height customization up to 550 mm. Larger platforms are better for bigger parts and higher-capacity workflows.
SLA uses laser-cured resin and is usually chosen for fine detail and smooth surface finish. FDM uses thermoplastic filament and is often selected for economical functional parts, fixtures and engineering prototypes. The right choice depends on material, surface, strength, budget and application needs.
Selected EP-A series printers support standard 355 nm photosensitive resins and recommended materials such as Somos GP Plus 14122, Somos WaterShed XC 11122, Somos PerFORM and SH8900. Confirm resin compatibility with Lodestar before purchase.
Industrial SLA 3D printer pricing depends on printer model, build volume, laser and scanning configuration, resin workflow, software, installation, training and support requirements. Request a quote from Lodestar 3D based on your exact application and production needs.
SLA, or stereolithography, is a resin 3D printing process that uses a laser to cure liquid photopolymer resin layer by layer. It is commonly used when buyers need fine detail, smooth surface finish and accurate prototype or model production.
Lodestar 3D lists EP-A800, EP-A650, EP-A450, Lodestar-S400, Lodestar-S600 and Lodestar-S800 under Polymer 3D Printers > SLA.
For large-format prototypes, buyers should evaluate EP-A800 and Lodestar-S800 first because these systems offer 800 mm class build platforms. Final selection depends on part size, required accuracy, resin, surface finish, production volume and site setup.
SLA printers can support rapid prototyping, product design models, casting patterns, rapid molds, architectural models, medical models, dental orthodontic models, automotive models, aerospace models, toys, animation models and electronic appliance prototypes.
The main difference is build volume and production scale. EP-A450 offers a 450 × 450 × 350 mm platform, EP-A650 offers 650 × 600 × 400 mm, and EP-A800 offers 800 × 800 × 450 mm with height customization up to 550 mm. Larger platforms are better for bigger parts and higher-capacity workflows.
SLA uses laser-cured resin and is usually chosen for fine detail and smooth surface finish. FDM uses thermoplastic filament and is often selected for economical functional parts, fixtures and engineering prototypes. The right choice depends on material, surface, strength, budget and application needs.
Selected EP-A series printers support standard 355 nm photosensitive resins and recommended materials such as Somos GP Plus 14122, Somos WaterShed XC 11122, Somos PerFORM and SH8900. Confirm resin compatibility with Lodestar before purchase.
Industrial SLA 3D printer pricing depends on printer model, build volume, laser and scanning configuration, resin workflow, software, installation, training and support requirements. Request a quote from Lodestar 3D based on your exact application and production needs.