Industrial Large Format 3D Printer

iGM-3DF-1000

Large Format 3D Printer

An industrial large size 3D printer is a professional additive manufacturing system designed for producing large-scale prototypes, functional parts, molds, tooling, and end-use products. Compared with desktop 3D printers, industrial large-format 3D printers offer a much larger build volume, higher printing speed, stronger mechanical structure, and the ability to process engineering-grade materials.

An industrial size 3D printer is a high-performance additive manufacturing machine that creates three-dimensional objects layer by layer based on digital 3D models.

Unlike conventional manufacturing methods that remove material through cutting or machining, 3D printing builds parts directly from materials, allowing manufacturers to create:

Large prototypes
Complex components
Functional parts
Custom products
Industrial molds
Lightweight structures

Large-format 3D printers are mainly used in professional manufacturing environments where high precision, reliability, and production efficiency are required.

Advantages of 3D Printers

Large Build Volume

The biggest advantage is the ability to manufacture large parts in one piece.

Benefits:

Reduced assembly requirements
Stronger finished products
Faster production

Faster Product Development

Traditional manufacturing may require weeks for tooling and molds.

Large 3D printing enables:

Same-day prototypes
Rapid design testing
Quick modifications

Reduced Manufacturing Costs

By eliminating expensive molds and reducing machining requirements, businesses can lower development costs.

Complex Design Capability

3D printing allows manufacturers to create:

Internal structures
Lightweight designs
Custom geometries
Organic shapes

These designs are difficult or impossible with traditional manufacturing.

3D Printer Technical Parameter

big 3d printer

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FDM 3D Printing

Fused Deposition Modeling (FDM) — also called Fused Filament Fabrication (FFF) — is the world’s most widely used 3D printing technology. A thermoplastic filament is fed through a heated nozzle, melted, and deposited layer by layer onto a build plate to build up a three-dimensional object from the bottom up.

Heavy-Duty Integrally Welded Frame for Vibration-Free Stable Printing

The whole frame is fabricated via integrated precision welding with a net weight of 320KG. It maintains zero vibration throughout large-format printing, eliminating layer lines and position shifting while preventing deformation of large-sized models. Its industrial-grade rigidity far surpasses ordinary assembled frames.

Intelligent Control System

Features may include:

Touchscreen operation
Remote monitoring
Automatic error detection
Printing progress management

Application of Big 3D Printer

Rapid Prototyping — product design iteration in hours, not weeks.
Functional Parts — brackets, jigs, fixtures, enclosures.
Medical — surgical guides, prosthetic components, training models.
Aerospace & Automotive — tooling aids, ducting, lightweight brackets.
Architecture — scale models, concept mockups.
Consumer Products — cosplay armor, RC parts, replacement components.
Education — STEM learning tools, science models.

Common materials include:PLA,ABS PETG,TPU,Nylon,Carbon fiber reinforced filament,Glass fiber reinforced filament
Spare Parts — on-demand manufacturing of discontinued components.

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3D Printer FAQ

What Is an FDM 3D Printer?

An FDM (Fused Deposition Modeling) 3D printer is one of the most widely used additive manufacturing technologies. It works by heating thermoplastic filament until it melts and then extruding the material through a precision nozzle. The printer builds the object layer by layer according to a digital 3D model until the final part is completed.

FDM printing is known for its affordability, ease of operation, large build volumes, and wide range of compatible materials, making it ideal for rapid prototyping, engineering applications, education, and small-batch production.

How Does 3D Printing Work

An FDM (Fused Deposition Modeling) 3D printer is one of the most widely used additive manufacturing technologies. It works by heating thermoplastic filament until it melts and then extruding the material through a precision nozzle. The printer builds the object layer by layer according to a digital 3D model until the final part is completed.

Why are industrial 3D printers more expensive?

Industrial systems offer higher precision, faster printing, larger build volumes, better reliability, advanced materials, and continuous production capabilities.

Is FDM cheaper than resin printing?

Generally, yes. FDM printers and filament materials are usually more affordable than resin-based systems, making them a popular choice for engineering and manufacturing.

FDM Filament Materials

Material	Temp	Best For	Notes
PLA	190–220°C	Prototypes, models, decor	Easy to print, biodegradable, brittle
PETG	230–250°C	Functional parts, food-safe	Strong, flexible, moisture resistant
ABS	220–250°C	Automotive, enclosures	Durable, needs enclosure to prevent warping
ASA	240–260°C	Outdoor parts, UV-resistant	ABS alternative, weatherproof
TPU / TPE	220–240°C	Gaskets, grips, wearables	Flexible and rubbery
Nylon (PA)	250–270°C	High-stress mechanical parts	Tough but hygroscopic
PC	260–310°C	Heat-resistant, impact parts	Very strong, needs high-temp printer
Carbon Fiber	240–280°C	Lightweight structural parts	Abrasive — requires hardened nozzle
PVA / HIPS	180–220°C	Support material (dissolves in water/limonene)	Used with dual extrusion

Printing 3D Printers Key Features

High-precision motion system for accurate printing
Stable industrial-grade frame for long-term reliability
Large build volume for oversized parts
High-speed printing with optimized motion control
Automatic bed leveling for improved first-layer adhesion
User-friendly touchscreen interface
Filament run-out detection and power-loss recovery
Compatible with major slicing software
Open material system for flexible filament selection
Low operating and maintenance costs

How Much Does a 3D Printer Cost

One of the first questions buyers ask before investing in additive manufacturing is “How much is a 3D printer?” The answer depends on several factors, including printing technology, build size, printing accuracy, material compatibility, automation features, and intended application.

Today, 3D printers range from a few hundred dollars for entry-level desktop models to hundreds of thousands of dollars for industrial production systems.

If you’re purchasing a 3D printer for a business, engineering department, school, or manufacturing facility, understanding what determines the price can help you choose the right machine while maximizing your return on investment.

iGOLDEN provides advanced digital manufacturing equipment and CNC solutions for global customers.

iGOLDENLaser helps manufacturers adopt modern additive manufacturing technology for prototyping, product development, tooling, and industrial production.