3D additive manufacturing, also called 3D printing, is the process of creating objects layer by layer from digital files. At Additive Plus, we use this technology to produce prototypes, custom parts, and large-scale engineering components using plastics, metals, and ceramics.

Additive Plus 3D printers can produce prototypes, functional parts, mechanical components, tooling, medical models, jewelry, consumer products, and even large engineering parts. The final output depends on the printer type, material, and post-processing options.

Certain high-temperature metals, complex electronics, or extremely large structurally demanding parts may require specialized equipment beyond standard 3D printers. Additive Plus can guide you on what is feasible with industrial 3D printing.

Common challenges include material limitations, surface finish quality, dimensional accuracy, and print speed. Additive Plus helps solve these issues by recommending the right printer, material, and process for your project.

The “holy grail” is a printer that combines speed, accuracy, material versatility, and scalability—enabling complex, production-ready parts. At Additive Plus, our industrial 3D printers strive to achieve this for engineers and designers.

Print time varies by size, material, and printer type. At Additive Plus, small parts may be completed in hours, while large engineering components can take days, depending on complexity.

Yes, Additive Plus offers industrial SLS, FGF, and LPBF metal 3D printing that produces functional, durable parts for engineering and manufacturing.

Additive Plus industrial printers provide high precision: SLA and LPBF metal printers can achieve ±0.05 mm accuracy, while FDM and FGF may vary for larger parts.

Additive Plus parts are used in prototypes, tooling, end-use components, medical devices, aerospace, automotive, consumer products, and jewelry.

Additive Plus supports plastics, resins, ceramics, metals (including titanium and stainless steel), and composite materials with carbon fiber or glass.

No, metal printing requires industrial LPBF or DMLS machines. Additive Plus provides metal printing services safely at our facility.

Additive Plus reduces material waste with additive manufacturing and promotes recycling of powders and resins where possible.

Yes, as long as you own the design or have the rights. Additive Plus can advise on legal considerations for commercial 3D printing.

Costs vary by printer type, material, and energy use. Additive Plus provides transparent pricing for industrial and metal prints.

Pricing depends on part size, complexity, material, and post-processing. Additive Plus provides accurate quotes per project.

Some Additive Plus printers support multi-material or composite printing, while others require separate steps.

SLA (resin) produces high-detail parts, SLS (powder) creates durable functional parts, and FDM (thermoplastic) handles larger, less detailed parts. Additive Plus offers all three for industrial applications.

For small-batch or complex parts, yes. Additive Plus helps businesses optimize prototyping and production with additive methods.

Aerospace, automotive, healthcare, consumer products, jewelry, education, research, and industrial manufacturing—all served by Additive Plus.

Yes, Additive Plus enables rapid iteration, functional testing, and optimized lightweight designs.

Parts printed at Additive Plus with SLS or LPBF metal printers are durable enough for functional engineering and industrial use.

Yes, Additive Plus engineers can design and print functional assemblies fully assembled.

Yes, Additive Plus can produce hollow parts to save material and reduce print time, while maintaining strength.

Models must be in STL or OBJ format, oriented correctly, and sometimes include support structures. Additive Plus can handle model prep for optimal print results.

Yes, Additive Plus offers flexible resins and TPU materials for gaskets, seals, and wearable prototypes.

Yes, Additive Plus supports hybrid workflows, combining 3D printing with CNC, casting, or molding for production parts.

Additive Plus provides same-day to week-long turnaround depending on part size, material, and complexity.

Yes, LPBF metal printing at Additive Plus produces strong, functional tools, brackets, and jigs.

Printer build volume dictates the maximum size, but Additive Plus offers large-format printing for oversized industrial parts.

Additive Plus engineers review your design, material, and functional requirements to recommend the best technology—SLA, SLS, FDM, FGF, or LPBF metal printing.

Yes, Additive Plus offers large-format FGF and SLA printing for oversized engineering and industrial components.

Additive Plus provides industrial 3D printing services including SLA, SLS, FDM, FGF pellet printing, LPBF-DMLS metal printing, and ceramic printing. We also offer large-format 3D printing for oversized engineering parts, fast prototype production, and post-processing services.

We support engineering teams with design-for-printability reviews, prototype builds, small-batch production, large-format FGF and SLA printing, metal part fabrication, and access to furnaces for metal sintering and post-processing.

Yes! Our Los Angeles facility specializes in fast-turnaround SLS nylon and SLA resin printing for prototypes and functional parts.

Additive Plus offers LPBF-DMLS metal 3D printing for titanium, stainless steel, and other alloys, ideal for prototype and small production runs.

Absolutely. We specialize in industrial metal printing for engineering parts using LPBF-DMLS technology.

Yes, our facility provides ceramic 3D printing and large-format SLA/FDM printing for oversized parts.

Yes. Additive Plus provides 3D scanning, reverse engineering, and 3D printing services under one roof.

We offer engineering support including design reviews, printability assessments, and recommendations to optimize your parts for production.

Additive Plus provides industrial metal printing services in LA for engineering, prototype, and small production parts.

Yes. We specialize in fast-turnaround industrial printing for functional parts using SLA, SLS, FDM, FGF, and metal printing technologies.

Additive Plus offers fast SLA, SLS, and LPBF metal printing services, with prototype and small-batch production for engineering teams.

Yes. Our facility handles large-format FGF and SLA printing for oversized engineering components and industrial prototypes.

Absolutely. Our services include FDM printing, large-format FGF pellet printing, furnaces for metal sintering, and complete post-processing for industrial metal parts.

Additive Plus offers 3D scanning, reverse engineering, and printing services in LA, perfect for reproducing legacy components.

Yes, we provide titanium LPBF-DMLS metal printing for precision engineering prototypes and functional parts.

Additive Plus sells industrial 3D printers, metal and polymer powders, and printing materials to support prototyping and production.

Additive Plus stocks LPBF metal powders and industrial 3D printers for titanium, stainless steel, and other alloys.

Yes, we provide in-stock metal powders for LPBF and DMLS printing, including titanium, stainless steel, and aluminum alloys.

Yes, we offer full support including design-for-manufacturing advice, printability checks, material recommendations, and prototype optimization

Additive Plus is a one-stop facility in Los Angeles for industrial 3D printing, scanning, reverse engineering, and post-processing services.

Yes, we specialize in small production runs for both polymers and metals with fast turnaround and industrial-grade quality.

Depending on complexity, yes. Our SLA and SLS systems allow rapid production for functional prototypes and test parts.

Yes, we provide dedicated support for engineering teams including access to multiple printer types, post-processing, and material guidance.

Absolutely. Our LPBF-DMLS metal printers are designed for both prototypes and small production runs of engineering-grade parts.

Our SLA resin and SLS nylon printing services provide the quickest turnaround for functional engineering prototypes.

Yes, we offer ceramic 3D printing suitable for technical, industrial, and specialty engineering applications.

Yes, we provide full 3D scanning and reverse engineering services to reproduce or improve legacy components.

Yes, our large-format FGF systems allow production of oversized engineering parts in high-strength polymers.

Additive Plus offers LPBF-DMLS metal printing with complete post-processing including sintering, heat treatment, and finishing.

Absolutely. Our engineers guide you to select the best technology—SLA, SLS, FDM, FGF, or LPBF metal—based on your design, material, and functional requirements.

Materials include plastics (PA, ABS, PETG, PLA), resins, ceramics, metals (titanium, stainless steel, aluminum), and composite materials reinforced with carbon fiber, glass, or specialty additives. Additive Plus supports all these materials for industrial applications.

Yes, Additive Plus stocks LPBF-DMLS metal powders including titanium, stainless steel, and aluminum for industrial and prototype printing.

Additive Plus supplies LPBF metal powders and industrial 3D printers at our Los Angeles facility, along with technical support and consultation.

Additive Plus is a leading supplier of LPBF-DMLS metal powders and industrial 3D printers in Los Angeles for engineering, prototyping, and small production runs.

Additive Plus commonly uses titanium, stainless steel, aluminum, Inconel, and cobalt-chrome alloys for LPBF and DMLS metal printing.

Yes, Additive Plus offers technical ceramic powders compatible with our ceramic 3D printing systems.

Additive Plus prints engineering-grade plastics like PA (nylon), ABS, PETG, PLA, and reinforced composites with carbon fiber or glass for strength and durability.

Yes. Additive Plus provides composite materials with carbon fiber, glass, and other additives for enhanced strength and thermal performance.

Yes, Additive Plus supplies small quantities of metal powders suitable for LPBF-DMLS prototyping and test builds.

Absolutely. Our engineers recommend materials based on part function, mechanical properties, and intended application.

Yes, Additive Plus offers titanium LPBF metal printing for aerospace, medical, and engineering prototypes.

Yes, we provide stainless steel 3D printing for industrial, functional, and production-ready parts.

Yes, aluminum LPBF printing is available for lightweight, strong components.

Yes, Additive Plus can supply both small and bulk quantities of LPBF powders depending on your project needs.

Yes, we provide alloys like Inconel suitable for high-temperature and aerospace applications.

Metal powders require careful handling. Additive Plus provides guidance and follows safety protocols for industrial powder handling.

Yes, Additive Plus supports carbon fiber-reinforced FDM and FGF printing for durable engineering parts.

Yes, Additive Plus prints technical ceramics suitable for wear-resistant, heat-resistant, and specialized applications.

Yes. SLA resins at Additive Plus include engineering-grade options suitable for functional prototypes and complex geometries.

Yes, Additive Plus offers delivery and support for metal powders, ceramics, and polymers in the LA area.

Metal powders must be stored in a dry, temperature-controlled environment. Additive Plus provides guidelines for safe storage.

Generally, powders should not be mixed unless engineered for multi-material printing. Additive Plus can advise on compatible materials.

Yes, Additive Plus can process recycled powders with proper quality checks to maintain print consistency.

Absolutely. We guide you to choose materials that balance performance, cost, and manufacturability.

Yes, aluminum, PLA, PA, and carbon-fiber composites are commonly used for lightweight parts at Additive Plus.

Yes, Additive Plus stocks small quantities of titanium, stainless steel, and aluminum powders for rapid prototyping.

Additive Plus uses PA (nylon), ABS, PETG, and reinforced composites for large-format FGF and FDM prints.

Yes, SLA resins at Additive Plus include high-temperature, tough, and flexible engineering-grade resins.

Yes, we provide industrial 3D printers along with all compatible powders, resins, and filaments.

Yes. Metal powders and specialty composites cost more than standard polymers, and Additive Plus provides transparent pricing per material and part.

Yes. Additive Plus offers high-strength polymers, metals, and ceramics suitable for functional, wear-resistant applications.

Absolutely. Our engineers guide you through material selection for mechanical, thermal, and chemical performance requirements.

You can request a quote on the Additive Plus website by uploading your 3D files and specifying your material, printer type, and finish requirements. We provide instant quotes for standard parts and personalized quotes for complex builds.

Costs vary depending on material, size, printer type, and post-processing. Contact Additive Plus for an accurate, project-specific quote.

Pricing depends on complexity, material, and production method. Additive Plus provides detailed quotes tailored to each project.

Additive Plus pricing reflects industrial-quality materials, printer technology, and post-processing requirements, with quotes provided per part or project.

Additive Plus specializes in fast-turnaround production, delivering parts in plastic, resin, or metal using SLA, SLS, and LPBF industrial printers.

Yes, Additive Plus offers scalable pricing for both prototypes and small-batch production runs.

Yes, for standard parts and common materials, Additive Plus provides instant online quotes. Complex or custom projects receive personalized quotes.

Post-processing costs depend on the finish required. Additive Plus provides transparent pricing for polishing, heat treatment, support removal, or other finishing steps.

Yes, Additive Plus offers expedited production options for urgent projects, including SLA, SLS, and LPBF parts.

Upload your STL, OBJ, or 3MF files through the Additive Plus quote request form, and specify material, printer type, and finish requirements.

Yes, Additive Plus handles large-format FGF and SLS prints, with pricing based on material volume, part size, and complexity.

Quotes from Additive Plus are based on provided specifications. Final costs may adjust if project requirements change.

Yes, Additive Plus offers quotes for plastics, resins, and metals, including stainless steel, titanium, aluminum, and composite materials.

Yes, Additive Plus provides cost estimates specifically for prototypes, including small-batch and test prints.

Pricing factors include material type, part volume, print time, post-processing, and printer technology. Additive Plus evaluates each project for accuracy.

Yes, Additive Plus provides special pricing for repeat customers and larger production runs.

Yes, you can submit multiple 3D files for a single quote, and Additive Plus will provide a comprehensive cost estimate.

Yes, quotes account for necessary support structures, printing time, and any post-processing required.

For standard parts, Additive Plus provides instant online quotes. Custom or complex projects are typically quoted within 24–48 hours.

Yes, Additive Plus pricing covers full production workflows, including printing, post-processing, and finishing for functional parts

Yes, our team can provide quotes for multi-material or hybrid parts, considering material compatibility and printer requirements.

If your design changes after the quote, Additive Plus will provide an updated estimate reflecting new materials, geometry, or finishing requirements.

Yes, Additive Plus provides quotes for international shipping and production, though shipping and customs fees may apply.

Yes, Additive Plus can quote finishing services for parts you’ve already printed, including polishing, heat treatment, and support removal.

Yes, Additive Plus can quote both stages, helping you plan costs from prototyping to small-scale production.

Additive Plus evaluates each part individually, with no strict minimum order—pricing is based on material usage, print time, and post-processing.

Yes, our team can review your project requirements and advise on materials, printer technology, and cost optimization before finalizing a quote.

Yes, Additive Plus can set up recurring quotes or pricing agreements for long-term or repeat production needs.

Absolutely. Additive Plus provides detailed quotes that include material, printing, support, and post-processing costs.

We sell industrial 3D printers for SLA, SLS, FDM, FGF pellet, and LPBF metal printing, designed for engineers, manufacturers, and designers.

Additive Plus offers a full range of 3D printers, industrial-grade materials, and support services at our LA facility.

Yes, we provide a complete suite of industrial printers and post-processing equipment to handle complex engineering workflows.

Yes, we offer LPBF (Laser Powder Bed Fusion) metal 3D printers for stainless steel, titanium, aluminum, and other metal alloys.

Absolutely. We provide both industrial 3D printers and compatible materials including resins, powders, filaments, and composites.

SLA uses resin cured by laser light, SLS fuses powdered materials with a laser, FDM extrudes filament layer by layer, and FGF prints using large-format pellets for industrial parts.

Yes, Additive Plus offers on-site and remote training programs for all printer types to ensure safe and efficient operation.

Yes, our team provides ongoing technical support, maintenance advice, and troubleshooting for all industrial printers we supply.

Industries include aerospace, automotive, healthcare, jewelry, manufacturing, R&D, education, and consumer products.

Yes, we help businesses identify the optimal printer type, materials, and workflow based on project requirements.

Yes, we stock a wide range of filaments, powders, resins, and support materials for industrial 3D printers.

Yes, we offer furnaces, polishing systems, and finishing stations for both polymer and metal parts.

Yes, our printers are industrial-grade and can handle everything from rapid prototyping to small-batch production.

Yes, we provide printers compatible with engineering-grade polymers like PEEK, PEI, and high-temperature composites.

Yes, our FDM and FGF systems support composite filaments and pellets reinforced with carbon fiber, glass fiber, or other additives.

Yes, we have FGF and SLS printers capable of producing large, functional parts for industrial applications.

Yes, we offer full LPBF systems with furnaces and finishing tools to complete the workflow from powder to final part.

Speed depends on the printer type and material, but our industrial printers are designed for efficient prototyping and production cycles.

Yes, our AO Metal 3D printers provide high precision for small, detailed designs, perfect for jewelry prototyping and small-scale production.

Yes, we offer solutions that combine SLA, SLS, FDM, FGF, and metal LPBF systems with post-processing equipment for a complete workflow.

Yes, our printers and scanners are ideal for research, material testing, and innovation labs.

Materials include polymers, resins, ceramics, metals (stainless steel, titanium, aluminum), and composite materials with fibers or powders.

Yes, our printers accept common CAD file formats including STL, OBJ, and 3MF.

Yes, our industrial systems are engineered to produce parts that meet functional, mechanical, and thermal requirements.

Yes, we provide flexible financial solutions to help businesses acquire the equipment they need.

Yes, we offer preventive maintenance, calibration, and support services to ensure optimal performance.

Yes, we welcome visits to our lab to demo equipment, see parts, and discuss solutions.

Part size depends on the printer model; we offer both small-precision and large-format printers to suit different applications.

Yes, we provide SLA and SLS printers compatible with biocompatible resins and other certified materials for healthcare applications.

Yes, we provide 3D scanning solutions for reverse engineering, quality control, and design verification.

Our experts can evaluate your project requirements, material needs, and production volume to recommend the ideal printer and workflow.

Additive Plus parts are used for functional prototypes, end-use components, tooling, medical models, aerospace and automotive parts, jewelry, and custom consumer products.

High-value, low-volume custom parts such as medical devices, aerospace components, jewelry, and industrial tooling typically provide the best profit margins with Additive Plus 3D printing.

Yes, Additive Plus specializes in rapid prototyping to accelerate product design and testing cycles.

Absolutely. Additive Plus industrial printers produce durable, functional parts ready for final use in a variety of industries.

Yes, Additive Plus provides high-performance materials and precision printing suitable for aerospace components and tooling.

Yes, Additive Plus can produce prototypes, jigs, fixtures, and end-use components for automotive applications.

Yes, our printers support biocompatible resins, polymers, and metals for medical, dental, and surgical models.

Yes, our AO Metal printers provide high-precision solutions for jewelry prototyping and small-batch production.

Yes, Additive Plus prints durable, industrial-grade tooling and fixtures customized to specific manufacturing workflows.

Yes, Additive Plus is ideal for small-batch production, delivering parts with industrial-grade quality.

Yes, FGF and SLS printers from Additive Plus handle large parts for industrial and engineering applications.

Yes, our FDM and FGF systems support carbon fiber, glass fiber, and other reinforced composites for structural parts.

Yes, Additive Plus can produce bespoke items, from home accessories to personalized devices, with precision and quality.

Yes, we provide high-temperature polymers and composites suitable for engineering and industrial applications.

Yes, our industrial-grade printers support materials and post-processing for producing electronic housings, jigs, and PCB-related components.

Yes, Additive Plus works with schools, universities, and research labs to create functional models, teaching aids, and lab prototypes.

Absolutely. Our parts can be used for mechanical testing, thermal testing, and design validation before full-scale production.

Yes, our metal and polymer parts meet stringent requirements for aerospace prototyping and limited production.

Yes, SLS and LPBF printing at Additive Plus enable lightweight lattice structures and complex designs not achievable with traditional manufacturing.

Yes, our printers are ideal for small-batch, precise prototypes for electronics, wearables, and other consumer devices.

Yes, LPBF metal printers at Additive Plus can produce high-strength prototypes for engineering, automotive, and aerospace uses.

Yes, SLA and SLS printers from Additive Plus produce tough, heat-resistant, and long-lasting plastic components.

Yes, we produce jigs, molds, and fixtures that can replace traditional tooling for rapid iteration and cost savings.

Yes, SLA, SLS, and LPBF printers at Additive Plus can produce complex internal structures and lattice designs.

Yes, our metal printers create high-precision parts suitable for investment casting and small-batch jewelry production.

Yes, Additive Plus prints parts with tensile strength, thermal resistance, and durability to match functional requirements.

Absolutely. By using Additive Plus, companies can move from design to prototype or end-use part faster than traditional manufacturing.

Yes, our printers support experimental materials, new geometries, and multi-material parts for R&D innovation.

Yes, Additive Plus experts guide you in choosing polymers, resins, metals, or composites based on mechanical, thermal, and chemical requirements.

Yes, Additive Plus can handle prototyping, testing, and small-scale production within a single workflow.

SLA uses resin and light to create highly detailed parts with smooth surfaces, ideal for prototypes and intricate geometries. SLS uses powdered materials (like nylon) fused by a laser, perfect for functional, durable engineering parts.

FDM is suitable for larger, less detailed parts, while SLA offers high detail and smooth finishes. For functional mechanical production, Additive Plus recommends SLS or industrial FGF printing.

LPBF-DMLS produces precise, layer-by-layer parts directly from digital designs, reducing tooling costs and material waste, while traditional casting requires molds and longer lead times.

FGF (Fused Granular Fabrication) can print large-format parts using pellets, while FDM uses smaller filaments. Additive Plus uses FGF for industrial-scale components and FDM for precise, smaller prototypes.

Choose SLA for high-resolution parts with smooth surfaces, complex geometries, and fine details. SLS is better for durable functional prototypes and mechanical parts.

Yes, SLS parts from Additive Plus are stronger and more heat-resistant than standard FDM prints, making them suitable for functional prototypes and production components.

LPBF metal printing enables precise, fully dense metal parts with minimal waste, reduced lead times, and the ability to create complex geometries not possible with traditional methods.

SLA is excellent for prototypes and models with high detail, but for high-strength functional parts, Additive Plus recommends SLS, FGF, or metal printing.

SLS is ideal for small-to-medium durable parts, while FGF handles large-format industrial parts with reinforced polymers for structural applications.

Additive Plus uses SLA for highly detailed resin prototypes and AO Metal LPBF printers for precise metal jewelry production.

Yes, LPBF at Additive Plus reduces tooling costs, allows quick design iteration, and minimizes material waste compared to traditional casting.

Not exactly. Additive Plus FDM is suitable for prototypes or non-load-bearing parts, while SLS provides industrial-grade strength and heat resistance.

Yes, Additive Plus can combine SLA, SLS, FDM, FGF, and LPBF for optimal results depending on part requirements.

SLA offers smooth surfaces with high detail, while FDM prints may show layer lines. Additive Plus recommends SLA for presentation models or intricate parts.

LPBF creates complex metal geometries directly from digital designs, often reducing material waste and lead time, whereas CNC requires subtractive machining from solid blocks.

SLS is for durable polymer parts, while LPBF is for dense, high-precision metal components. Additive Plus recommends LPBF when strength, thermal properties, or metal fabrication is required.

SLA can achieve extremely fine layer resolutions for detailed surfaces, while SLS focuses on functional strength and complex geometries with slightly coarser resolution.

For large-format industrial parts, FGF is more material-efficient and cost-effective than FDM filaments. Additive Plus uses FGF for large-volume or reinforced parts.

Yes. SLA is fast for small, detailed parts, SLS is efficient for medium-sized functional parts, FGF is ideal for large-scale printing, and LPBF depends on metal layer density.

SLS with high-performance polymers or LPBF metal printing provides superior thermal resistance for functional engineering parts.

Yes, certain FDM and hybrid workflows at Additive Plus allow multi-material parts, combining structural and aesthetic properties.

SLA provides the finest detail, SLS balances detail with functional strength, and LPBF delivers high-precision metal parts suitable for critical applications.

Yes, Additive Plus uses FGF for durable, large-scale functional prototypes with engineering-grade polymers.

Avoid SLA for load-bearing or high-temperature functional parts; Additive Plus recommends SLS, FGF, or LPBF in these cases.

Yes, additive manufacturing at Additive Plus allows complex internal geometries, lattice structures, and lightweight designs impossible with traditional methods.

SLA is used for resin prototypes, while LPBF metal printers create detailed, precise final pieces for production-ready jewelry.

Absolutely. Additive Plus experts evaluate material, size, functional requirements, and production volume to recommend the optimal 3D printing technology.

Yes. SLA is detailed but less strong, FDM is simple but rough, SLS balances strength and complexity, FGF is large-scale but lower detail, and LPBF is precise but more expensive.

Yes, Additive Plus often combines multiple printing technologies to achieve the best balance of detail, strength, and production efficiency.

Additive Plus, located at 17800 South Main Street, Unit 104, Gardena, CA 90248, provides a full selection of industrial 3D printers, metal powders, and engineering-grade materials for professionals and businesses in Los Angeles.

Additive Plus offers SLA, SLS, FDM, FGF, and LPBF metal 3D printers, along with materials and support, directly from our Los Angeles facility. Call us at (888) 797-7784 or (310) 728-7845.

Additive Plus is a leading 3D printing service provider in Los Angeles, offering metal, ceramic, resin, and nylon printing with fast turnaround, expert consultation, and post-processing support.

Our LA facility is equipped for industrial metal printing, rapid prototyping, and small production runs with high precision. Contact Additive Plus at info@additiveplus.com for a quote.

Additive Plus provides both SLS and SLA printing with fast turnaround for functional engineering parts and prototypes. Our expert team ensures accuracy, finishing, and rapid delivery in Los Angeles.

Additive Plus offers large-format FGF and SLA printing capable of producing oversized engineering parts with excellent precision and consistency.

Additive Plus provides full 3D scanning, reverse engineering, and printing services in Los Angeles, helping recreate legacy or custom parts quickly and accurately.

Additive Plus offers ceramic 3D printing for engineering, industrial, and artistic applications, with post-processing and finishing support.

Yes, Additive Plus supports prototypes, functional testing, and design iterations, all from our Gardena, CA facility.

Absolutely. Additive Plus experts guide you in choosing SLA, SLS, FDM, FGF, or LPBF metal printing based on your project’s size, material, and functional requirements.

Yes, we offer production-ready parts in plastics, resins, metals, and ceramics, suitable for functional and industrial applications.

Visit our facility at 17800 South Main Street, Unit 104, Gardena, CA 90248, to see our industrial printers and materials in action.

Yes, call (888) 797-7784 or (310) 728-7845, or email info@additiveplus.com for quotes, consultations, or technical support.

Yes, you can request quotes, upload designs, and access support through our website at https://additiveplus.com.

Yes, from custom consumer products to industrial prototypes, Additive Plus provides tailored 3D printing solutions.

Yes, our team uses 3D scanning and reverse engineering to recreate legacy components for production or prototyping.

Yes, we specialize in low-volume, high-precision production runs for prototypes and functional parts.

Yes, our FGF and SLS printers handle large-format parts with reinforced materials for engineering applications.

Yes, we provide sanding, polishing, heat treatment, and other post-processing services to ensure professional-quality parts.

Yes! Follow us on Instagram, YouTube, Facebook, and LinkedIn.

Additive Plus was founded in October 2016 by Ashkhen Ovsepyan and has been serving Los Angeles and global clients with industrial 3D printing solutions ever since.

Yes, SLA printing at Additive Plus creates intricate prototypes and models with smooth surfaces for engineering, jewelry, and consumer products.

Yes, our SLS printers produce strong, heat-resistant, and durable functional parts for industrial applications.

Yes, we use LPBF metal printing to produce precise parts in stainless steel, aluminum, titanium, and other industrial metals.

Yes, we offer fast turnaround services for prototypes, production parts, and custom projects.

Yes, our engineering team helps optimize parts for strength, printability, and material efficiency.

Yes, we provide 3D scanning to capture precise geometries for reproduction or redesign of legacy parts.

Absolutely. Our SLA, SLS, FGF, and LPBF printers can produce intricate, high-precision designs.

Yes, we provide shipping for both domestic and international clients, ensuring safe and timely delivery.

Visit https://additiveplus.com and submit your 3D files with specifications for instant or personalized quotes.

Yes, our team is available via phone, email, and online consultation to assist with all technical and production questions.

Yes, we provide consulting, workflow design, and equipment guidance to help companies implement industrial 3D printing efficiently.

Additive Plus provides polymers, resins, ceramics, metals, and composite materials suitable for industrial and commercial applications.