1. Analysis of Core 3D Printing Equipment Original Manufacturers in China (Industrial/Consumer/Specialty Enterprises)
| Category | Company Name | Founded | Core Technology Route | Core Products | Market Positioning | Core Advantages | Other Key Information |
|---|---|---|---|---|---|---|---|
| Industrial Metal 3D Printing | BLT (688333) | 2011 | SLM (Selective Laser Melting) | BLT-S800, BLT-A400 and other multi-laser metal 3D printers | High-end manufacturing: aerospace, military, automotive, medical, etc. | Absolute leader in China’s metal 3D printing, 35% domestic market share, 2nd globally; full industrial chain layout; the only supplier of titanium alloy components for COMAC C919 | Listed on STAR Market in 2019 (the first 3D printing stock on STAR Market); trial production rate of metal 3D printing for commercial aerospace over 40% |
| Farsoon Tech (688433) | 2009 | SLM (Metal), SLS (Polymer) dual technology | FS271M metal 3D printer, Flight series polymer 3D printers | Industrial fields: aerospace, automotive, medical, mold, etc. | The only enterprise globally with mass production technology for both metal SLM and polymer SLS; fully independent R&D of additive manufacturing industrial software and control systems | Listed on STAR Market in 2022; overseas coverage in 30+ countries; strong competitiveness in large-format printing | |
| Eplus3D | 2014 | SLM, EBM (Electron Beam Melting) | EP-M260, EP-M450 metal 3D printers | High-end manufacturing: aerospace, military, automotive, energy | Leading EBM technology in China; obvious advantages in large-format, high-power metal 3D printing | Focus on industrial metal 3D printing equipment R&D and production; serve numerous large central enterprises and military enterprises | |
| Industrial Non-Metal 3D Printing | Rapid Shape | 2000 | SLA (Stereolithography Apparatus) | RF800, RS600 and other industrial SLA 3D printers | Industrial design, mold, fixture, automotive parts | Over 10,000 units of industrial SLA equipment sold; National Champion in Manufacturing Single Item (MIIT); No.1 domestic market share in SLA technology | 800+ customers in 20+ countries worldwide; absolute leader in domestic SLA technology |
| INNOVATOR 3D | 2014 | SLS (Selective Laser Sintering) | EP-S150, EP-S450 polymer 3D printers | Industrial fields: automotive, home appliance, electronics, medical, etc. | Integrated solution for polymer 3D printing equipment and materials; large-format, high-efficiency printing technology | Key enterprise in domestic SLS technology; independent R&D of high-performance engineering plastic materials | |
| Consumer/Desktop 3D Printing | Bambu Lab | 2020 | FDM high-speed printing, multi-color printing | X1 series, P1P series high-speed 3D printers | Global mid-to-high-end consumer and professional desktop market | Global champion in desktop 3D printer sales; founding team from DJI; high-speed printing (2000mm/s); intelligent ecosystem | 1.2 million units shipped in 2024, 29% market share; valuation over 30 billion RMB; invested by 5Y Capital, IDG Capital, Temasek, etc. |
| Creality (688433) | 2014 | FFF/FDM, Photocuring | Ender series, K1 series, Halot series | Full global consumer market: entry-level to mid-to-high-end | Global pioneer of consumer 3D printing ecosystem; cumulative shipments over 4.4 million units; full price range coverage; national Specialized, Sophisticated, Unique and Innovative “Little Giant” Enterprise | Applying for Hong Kong IPO (the first consumer 3D printing stock); invested by Tencent Ventures, Shenzhen Capital Group, etc. | |
| ELEGOO | 2015 | Photocuring (LCD/DLP), FDM | Saturn series, Neptune series | Global consumer photocuring 3D printing market | No.1 in global consumer photocuring 3D printer shipments; leading technology; high cost performance | Hundreds of millions RMB investment from DJI; 500,000 units shipped in 2024, 12% market share; founded by post-90s entrepreneurs | |
| Anycubic | 2015 | Photocuring, FDM | Photon series, Kobra series | Global consumer market, outstanding in photocuring field | Leading photocuring technology; No.1 in photocuring printer sales on Amazon; perfect product ecosystem | 550,000 units shipped in 2024, 13% market share; founded by two entrepreneurs from Hunan Province | |
| Snapmaker | 2016 | Multi-functional composite 3D printing (3D printing + laser engraving + CNC) | Snapmaker 2.0 series, Artisan series | Creative design, education, small-scale manufacturing | Leading multi-functional composite printing technology in China; modular design | Hundreds of millions RMB Series B financing led by Hillhouse Capital and Meituan | |
| Other Specialty Enterprises | Raise3D | 2015 | Professional FFF (Fused Filament Fabrication) | Pro2 series, E2 series | Top 3 in global professional FFF field; industrial design, education, manufacturing | Large-format printing, high compatibility with high-performance materials; open software ecosystem; national Specialized, Sophisticated, Unique and Innovative “Little Giant” Enterprise | No.2 ranked 3D printing company in China |
| Han’s Laser (002008) | 1996 | Various 3D printing technologies (metal/non-metal) | Metal SLM 3D printer, non-metal SLA/SLS 3D printer | Industrial manufacturing, precision processing | Profound accumulation in laser technology; high equipment stability; industrial chain synergy advantage | Leading domestic laser equipment enterprise; 3D printing as a key strategic business unit |
Supplementary Notes on Core Manufacturers
- Market Pattern: The industrial market is dominated by a few leaders such as BLT and Farsoon Tech with high technical barriers; the consumer market is occupied by Shenzhen “Four Dragons” (Bambu Lab, Creality, ELEGOO, Anycubic) with over 90% global market share, fierce competition but rapid growth.
- Technology Route: Industrial level is mainly SLM (metal), SLS (polymer), SLA (photocuring); consumer level is mainly FDM/FFF and photocuring (LCD/DLP), with Bambu Lab’s high-speed printing and ELEGOO’s photocuring technology representing the current technical peak of the consumer market.
- Development Trend: Industrial level is developing towards large-format, multi-laser and automation; consumer level is developing towards high-speed, intelligence and ecologization. Both are expanding to integrated solutions of equipment + materials + software + services.
2. Supplementary 3D Printing Manufacturers in China in 5 Segmented Fields (Including Capacity/Delivery Time/Typical Customers)
| Segmented Field | Company Name | Founded | Core Technology Route | Core Products | Core Advantages | Capacity Status | Standard Delivery Time | Typical Customers |
|---|---|---|---|---|---|---|---|---|
| Education-Specific | Flashforge | 2011 | FDM/FFF, Wax Jet Printing | Finder series education printers, WaxJet 510 wax jet printer | 18% global market share in education 3D printing, No.1 in China; safe and easy to use; complete supporting curriculum system | 20,000 education printers/month; 500 wax jet printers/month | Standard model: 7-15 days; customized education solution: 20-30 days | Tsinghua University, Shanghai Jiao Tong University, High School Affiliated to Beijing Normal University, Shenzhen Polytechnic |
| Medical Rehabilitation-Specific | Simple Medical | 2016 | FGF (Fused Granulate Fabrication), Photocuring | MS 01 scoliosis brace 3D printer, prosthetic socket special printer | Leading domestic medical rehabilitation 3D printing enterprise, ISO 13485 certified; independent R&D software, precision improved by 30%+ | 300 medical special printers/month; 500 braces/day | Equipment:15-25 days; medical solution:10-15 days (including design) | Beijing Jishuitan Hospital, Shanghai Sixth People’s Hospital, West China Hospital of Sichuan University, China Rehabilitation Research Center |
| Sand Molding Casting-Specific | ASK (688079) | 2006 | Binder Jetting | T series assembly line equipment, BTHS2515 smart factory equipment | Independent nozzle technology breaks foreign monopoly; leading sand molding printing efficiency in the industry | 100 sand molding printers/year; T series assembly line: 1500L sand molding/day | Standard equipment:30-45 days; smart factory solution:60-90 days | FAW Group, Dongfeng Motor, XCMG Group, AECC |
| Precision Mold-Specific | Maitu Laser | 2015 | Metal SLM (Selective Laser Melting) | MT-M series mold-specific 3D printer, mold repair system | Mold cavity surface hardness up to HRC 58-62; wear resistance increased by 2x, service life extended by 1.5x | 50 mold-specific printers/month; 80 sets of mold repair systems/month | Standard equipment:20-30 days; mold repair service: response within 48 hours | Foxconn, BYD, Gree Electric, Midea Group |
| Biological 3D Printing | Sailner Med | 2014 | Photocuring, Extrusion-based Biological Printing | Medical resin 3D printer, bioceramic 3D printer | High compatibility with medical-grade materials; joint R&D with multiple Grade A tertiary hospitals; multiple medical device registration certificates | 200 medical 3D printers/month; 50 bioceramic 3D printers/month | Medical equipment:25-35 days; customized implant:7-10 days | Peking University Stomatological Hospital, Stomatological Hospital of Sun Yat-sen University, Guangdong Provincial People’s Hospital |
Technical Highlights of Segmented Fields
- Flashforge: WaxJet 510 wax jet printer has an ultra-high resolution of 2900×2900×1700dpi, specially suitable for precision casting training; the supporting education cloud platform enables remote management and teaching data statistics.
- Simple Medical: MS 01 scoliosis brace printer adopts a triple-nozzle architecture, printing speed increased by 6.3x, realizing fast delivery of braces in 4-7 hours; materials pass ISO 10993 biocompatibility certification.
- ASK: T series assembly line supports 24/7 continuous production, sand molding strength up to 3-5MPa, compatible with 12 types of casting sand (silica sand, chromite sand, etc.), suitable for mold-free production of complex castings.
- Maitu Laser: Mold rapid repair technology achieves precise repair of worn mold parts, repair precision up to ±0.02mm, greatly reducing mold replacement costs; compatible with various mold steel and nickel-based alloy materials.
- Sailner Med: Bioceramic printer’s porosity is controllable at 30%-70%, capable of printing hydroxyapatite and tricalcium phosphate; suitable for customized production of bone tissue engineering scaffolds.
3. Specialized 3D Printing Manufacturers in China for Aerospace/Automotive Lightweight/Electronic Manufacturing (Including Params/Price/After-sales)
| Application Field | Company Name | Core Technology Route | Core Products | Key Technical Parameters | Price Range (RMB) | After-sales Service Policy | Typical Customers |
|---|---|---|---|---|---|---|---|
| Aerospace High-end Manufacturing | Sunshine Laser (300227) | SLM metal 3D printing, laser precision processing | Aerospace-specific metal 3D printer, complex flow channel integrated forming system | Printing precision ±0.01mm, yield rate ~98%; compatible with titanium alloy/high-temperature alloy; forming size 500×500×500mm; 2-4 lasers, efficiency increased by 2-3x | Standard equipment:2.8-5 million; customized system:5-12 million | 7×24h technical support, response within 2 hours; 2-year warranty for whole machine, 3-year for core components; free process training (3 person-times/year); aerospace certification consulting service | COMAC, AVIC, CASC, CASIC |
| Aerospace Lightweighting | Avimetal | SLM metal + DED (Directed Energy Deposition), metal powder preparation | Aerospace large component 3D printer, rocket engine special system | Forming size: 1500×1500×1200mm (super large); 4-16 lasers, scanning speed 10m/s; density 99.95%; residual stress <50MPa; supports integrated forming of rocket engine thrust chamber | Large equipment:6-18 million; powder + equipment package:8-20 million | Lifetime free software upgrade; one-stop solution for equipment + process; on-site engineer service (3 months in the first year); aerospace material certification support | Galactic Energy, Orienspace, LandSpace, AECC |
| Automotive Lightweighting / Electronic Manufacturing | INTAMSYS | Industrial FDM/FFF (high-performance engineering materials) | FUNMAT PRO 610HT, FUNMAT HT 1000 | Printing temperature up to 450℃, compatible with PEEK/PEKK and other special engineering plastics; forming size 610×500×610mm; precision ±0.1mm; supports carbon fiber/glass fiber reinforced materials | Engineering-grade equipment:0.35-0.8 million; industrial-grade equipment:0.8-1.8 million | 2-year warranty for whole machine, 1-year for heating components; 4h technical response, on-site service within 24h; free open material certification database; industry-specific process package for automotive/electronics | BYD, NIO, XPeng Motors, Huawei, Xiaomi |
| Electronic Manufacturing Precision Printing | Farsoon Tech (688433) | SLS polymer + SLM metal dual technology | Flight HT1001P (polymer), FS271M (metal) | Polymer precision ±0.05mm, metal precision ±0.03mm; forming size 1000×1000×500mm; thermal conductivity of electronic heat dissipation parts increased by 30%; supports electromagnetic shielding/thermal conductive materials | Polymer equipment:0.7-1.5 million; metal precision equipment:3-6 million | Full life cycle technical support; open and customizable software with free upgrade; electronic industry-specific process training; one-stop service of equipment + materials + software | Luxshare Precision, Foxconn, GoerTek, Changying Precision |
| Automotive High-performance Components | BLT (688333) | SLM metal 3D printing (multi-laser) | BLT-S800, BLT-A400 (automotive special version) | 4-8 lasers, forming efficiency increased by 3-5x; forming size 800×800×800mm; density 99.9%; fatigue life up to 1.2x of traditional process; compatible with AlSi10Mg aluminum alloy | Automotive special version:2.8-5 million; customized production line:5-12 million | 2-year warranty for whole machine, 1-year for laser head; automotive industry process certification support; on-site technical service during mass orders; remote equipment monitoring and fault early warning | FAW Group, Dongfeng Motor, SAIC Group, Tesla (China) |
Core Value of Specialized Applications
- Aerospace: Sunshine Laser realizes integrated forming of complex flow channels, the satellite structural parts are lightened by 32%, production cycle shortened from 3 months to 2 weeks, cost reduced by 40%; Avimetal’s DED technology shortens rocket engine manufacturing cycle from 45 days to 12 days for a commercial aerospace enterprise.
- Automotive Lightweighting: INTAMSYS’s PEEK/PEKK components are 40-60% lighter than traditional metal parts while maintaining high strength, applied to new energy vehicle battery trays and lightweight structural parts; BLT’s automotive special printer for steering knuckle: strength increased by 28%, weight reduced by 35%.
- Electronic Manufacturing: Farsoon Tech’s SLS technology can print 0.1mm ultra-thin wall electronic shells, thermal conductivity increased by 30%, applied to 5G base stations and high-end server heat dissipation systems; INTAMSYS’s carbon fiber reinforced parts: strength increased by 60%, weight reduced by 40%, with excellent electromagnetic shielding performance.
4. Niche 3D Printing Manufacturers in China with Unique Technology (2 for Aerospace/Automotive/Electronic, Including MOQ/Material List)
| Application Scenario | Company Name | Special Technology Route | Core Products | Minimum Order Quantity (MOQ) | Standard Delivery Time | Material Compatibility List | Core Technical Advantages | Typical Customers |
|---|---|---|---|---|---|---|---|---|
| Aerospace | Qiji Intelligent (Jiangsu) | Ceramic Photocuring + Vacuum Debinding & Sintering | C50 silicon nitride special 3D printer | 1 set of equipment / 10 pcs printing service | Equipment:45-60 days; printing service:7-10 days | Silicon nitride, silicon carbide, alumina, zirconia, mullite | Silicon nitride density 99.9%, bending strength 800MPa+; printing precision ±0.03mm; excellent thermal shock resistance (-60℃ to 1200℃); integrated vacuum debinding and sintering | CASC, AECC Turbine Institute, Galactic Energy |
| Xietong Hi-Tech (Shenzhen) | Ceramic SLA + Continuous Fiber Reinforcement | XT-C200 precision ceramic 3D printer | 1 set of equipment / 5 pcs printing service | Equipment:30-45 days; printing service:5-7 days | Alumina, zirconia, silicon carbide, aluminum nitride, bioceramics | Single layer positioning precision ±2μm, dimensional error <0.1%; compatible with aerospace heat insulation tiles/radomes; continuous fiber reinforcement increases strength by 40%+; supports 0.1mm ultra-thin wall complex structure | CASIC, COMAC, Beijing Institute of Technology | |
| Automotive Lightweighting | 3DP Technology (Chongqing) | Metal Binder Jetting (BJ) + Rapid Sintering | S600 metal binder jetting system | 1 set of equipment / 50 pcs mass parts | Equipment:35-50 days; mass parts:15-20 days | Aluminum alloy (6061/7075), stainless steel (316L), titanium alloy (TA15) | Printing efficiency 5-10x higher than SLM, material utilization rate 98%; automotive lightweight parts lightened by 40%+, cost reduced by 30%; no support structure needed, suitable for complex oil circuit/heat dissipation channel | Changan Automobile, Geely Automobile Research Institute, BYD Components |
| Shenghua 3D (Shenzhen) | PEP (Powder Extrusion Printing) + Powder Metallurgy | UPS-250 metal/ceramic dual-nozzle 3D printer | 1 set of equipment / 30 pcs mass parts | Equipment:30-40 days; mass parts:10-15 days | Aluminum alloy, titanium alloy, stainless steel, silicon carbide, silicon nitride | Compatible with refractory metals (tungsten, molybdenum) and special ceramics; cost only 1/3 of SLM, suitable for small-batch mass production; dual-nozzle design supports heterogeneous material composite printing | XPeng Motors, Li Auto, Leapmotor | |
| Electronic Manufacturing | Qiyu Technology (Suzhou) | DIW (Direct Ink Writing) + Ceramic Precision Printing | AT-C100 electronic ceramic 3D printer | 1 set of equipment / 20 pcs printing service | Equipment:25-30 days; printing service:3-5 days | Aluminum nitride (thermal conductive), alumina (insulating), zirconia, silicon carbide | Thermal conductive ceramic thermal conductivity up to 200W/m·K (for 5G base station heat dissipation); printing line width 50μm (for micro electronic components); insulation strength 20kV/mm; supports integrated printing of circuit-integrated ceramic shell | Huawei, Xiaomi, Luxshare Precision, GoerTek |
| DYW 3D (Taicang) | Metal Binder Jetting + Integrated Debinding & Sintering | DWS-300 precision metal 3D printer | 1 set of equipment / 100 pcs mass parts | Equipment:40-50 days; mass parts:7-10 days | Copper (thermal conductive), stainless steel (structural), titanium alloy (lightweight) | Copper part density 99.9%, thermal conductivity increased by 40%; electronic heat dissipation parts lightened by 50%, heat dissipation efficiency increased by 60%; supports miniaturized structure (minimum feature size 0.3mm) | ZTE, DJI, Foxconn Precision Components |
Application Highlights of Niche Technology Manufacturers
- Aerospace Ceramic Printing: Qiji Intelligent’s silicon nitride turbine blade has passed 1500℃ high temperature test, service life increased by 2x; Xietong Hi-Tech’s 0.1mm heat insulation tile is lightened by 60%, applied to satellite thermal protection system.
- Automotive Lightweighting New Technology: 3DP Technology’s gearbox bracket: integration increased by 50%, production cycle shortened from 30 days to 12 days; Shenghua 3D’s metal-ceramic composite printing is applied to new energy vehicle battery pack structural parts with both high strength and excellent heat insulation.
- Electronic Precision Printing: Qiyu Technology’s 50μm line width ceramic circuit substrate, precision 10x higher than traditional process, applied to high-end mobile phone RF modules; DYW 3D’s copper heat dissipation component for 5G base stations reduces equipment operating temperature by 15℃.
China 3D Printing Equipment Original Manufacturers Complete Guide
This guide combs through the core manufacturers, segmented field experts, and specialized suppliers of 3D printing equipment in China, covering industrial, consumer, aerospace, automotive, electronic and other major application scenarios, and sorting out their core technologies, advantages and typical applications for easy understanding and reference.
1. Core Manufacturers in China: Industrial & Consumer Grade
Industrial Metal 3D Printing Leaders
BLT (Founded in 2011) is the absolute leader in China’s metal 3D printing, with a 35% domestic market share and ranking second in the world. It adopts SLM technology, is the only supplier of titanium alloy components for COMAC C919, and was listed on the STAR Market in 2019. Its commercial aerospace metal printing trial production rate exceeds 40%.
Farsoon Tech (Founded in 2009) is the only enterprise in the world with mass production technology for both metal SLM and polymer SLS. It has independent industrial software and is listed on the STAR Market in 2022, with overseas business covering more than 30 countries and strong strength in large-format printing.
Eplus3D (Founded in 2014) leads in domestic EBM electron beam melting technology, focusing on large-format and high-power metal 3D printing, and serves many large central enterprises and military enterprises in the aerospace and energy fields.
Industrial Non-Metal 3D Printing Experts
Rapid Shape (Founded in 2000) is the top enterprise of domestic SLA light curing technology, with more than 10,000 sets of equipment sold, ranking first in the domestic market share, and has 800+ customers in 20+ countries.
INNOVATOR 3D (Founded in 2014) focuses on SLS selective laser sintering technology, provides integrated solutions for polymer equipment and materials, and independently develops high-performance engineering plastics, serving automotive, home appliance and electronic industries.
Consumer/Desktop 3D Printing “Shenzhen Four Dragons”
The global consumer 3D printing market is dominated by four Shenzhen enterprises with a total market share of over 90%: Bambu Lab (Founded in 2020) is the global sales champion with a DJI founding team, its high-speed printing speed reaches 2000mm/s, shipping 1.2 million sets in 2024 with a 29% share; Creality (Founded in 2014) has cumulative shipments of over 4.4 million sets, covering the full price range from entry to high-end; ELEGOO (Founded in 2015) ranks first in global consumer light curing shipments, with DJI investment; Anycubic (Founded in 2015) ranks first in Amazon’s light curing printer sales, shipping 550,000 sets in 2024.
In addition, Snapmaker (Founded in 2016) is a leader in multi-functional composite printing (3D printing + laser engraving + CNC), with modular design and investment from Hillhouse Capital; Raise3D (Founded in 2015) ranks top 3 in the global professional FFF field and is a national “Little Giant” enterprise; Han’s Laser (Founded in 1996), a domestic laser leader, deploys various 3D printing technologies as a key strategic business.
Industry Development Trends
The industrial 3D printing market has high technical barriers and is dominated by head enterprises; the consumer market is highly competitive with rapid growth. Industrial technology is mainly SLM (metal), SLS (polymer) and SLA (light curing), developing towards large-format, multi-laser and automation; consumer technology is mainly FDM and light curing, developing towards high-speed, intelligence and ecologization. Both are moving towards integrated solutions of equipment + materials + software + services.
2. 5 Segmented Fields: Specialized Manufacturers in Chinawith Capacity & Delivery
For specific application scenarios, there are professional 3D printing manufacturers with targeted technologies, clear production capacity and standard delivery cycles:
Education-Specific: Flashforge (Founded in 2011)
Ranks first in China with a 18% global market share in education 3D printing, its equipment is safe and easy to use with a complete curriculum system, producing 20,000 education printers per month, and the standard model delivery time is 7-15 days, serving Tsinghua University, Shanghai Jiao Tong University and other schools.
Medical Rehabilitation-Specific: Simple Medical (Founded in 2016)
The domestic leading enterprise with ISO 13485 certification, its self-developed software improves precision by 30%+, producing 300 medical special printers per month, with equipment delivery time of 15-25 days, serving Beijing Jishuitan Hospital, West China Hospital and other top tertiary hospitals.
Sand Molding Casting-Specific: ASK (Founded in 2006)
Its independent nozzle technology breaks foreign monopoly, with an annual output of 100 sand molding printers, the T series assembly line can produce 1500L sand molding per day, serving FAW Group, XCMG Group and other manufacturing enterprises.
Precision Mold-Specific: Maitu Laser (Founded in 2015)
Its SLM technology makes the mold cavity hardness reach HRC 58-62, doubling wear resistance and extending service life by 1.5 times, with a monthly output of 50 mold printers and 48-hour response for mold repair services, serving Foxconn, BYD and other enterprises.
Biological 3D Printing: Sailner Med (Founded in 2014)
Cooperates with multiple top tertiary hospitals, has multiple medical device registration certificates, produces 200 medical printers per month, the bioceramic printer can print hydroxyapatite with controllable porosity of 30%-70%, serving Peking University Stomatological Hospital and other medical institutions.
3. Specialized Applications: Aerospace / Automotive Lightweight / Electronic Manufacturing
For high-end industrial scenarios such as aerospace, automotive lightweight and electronic manufacturing, there are professional suppliers with matching technical parameters, clear price ranges and perfect after-sales service:
Aerospace High-end Manufacturing: Sunshine Laser
Adopts SLM metal printing and laser precision processing, with a printing precision of ±0.01mm and a yield rate of 98%, the standard equipment price is 2.8-5 million RMB, providing 7×24h technical support with 2-hour response, serving COMAC, AVIC and other aerospace enterprises.
Aerospace Lightweighting: Avimetal
Integrates SLM and DED technology, the super large forming size reaches 1500×1500×1200mm, the scanning speed is 10m/s, the large equipment price is 6-18 million RMB, providing 3 months of on-site engineer service in the first year, serving commercial aerospace enterprises such as Galactic Energy.
Automotive Lightweight & Electronic Manufacturing: INTAMSYS
Its industrial FDM technology can reach a printing temperature of 450℃, compatible with PEEK/PEKK high-performance plastics, the equipment price is 0.35-1.8 million RMB, the lightweight parts are 40-60% lighter than traditional metal parts, serving BYD, Huawei, Xiaomi and other enterprises.
Electronic Manufacturing Precision Printing: Farsoon Tech
Adopts SLS polymer + SLM metal dual technology, the polymer precision is ±0.05mm, the metal precision is ±0.03mm, the thermal conductivity of heat dissipation parts is increased by 30%, serving Luxshare Precision, Foxconn and other electronic manufacturing enterprises.
Automotive High-performance Components: BLT
Launched an automotive special version of SLM printer with 4-8 lasers, the forming efficiency is increased by 3-5x, the steering knuckle produced has a 28% higher strength and 35% lighter weight, the equipment price is 2.8-5 million RMB, serving FAW Group, Tesla (China) and other automobile enterprises.
Core Application Value
Aerospace technology can reduce the weight of satellite structural parts by 32% and shorten the rocket engine manufacturing cycle from 45 days to 12 days; automotive lightweight technology can make PEEK parts 40-60% lighter, applied to new energy vehicle battery trays; electronic manufacturing technology can print 0.1mm ultra-thin wall shells, increasing the thermal conductivity of heat dissipation parts by 30%, suitable for 5G base stations and high-end servers.
4. Niche Manufacturers in China: Unique Technology for Special Scenarios
For special technical requirements such as ceramic printing, metal binder jetting, there are niche manufacturers with unique technologies, clear minimum order quantity and material adaptation list, which are widely used in aerospace, automotive and electronic fields:
Aerospace Ceramic Printing
Qiji Intelligent (Jiangsu) adopts ceramic light curing + vacuum sintering technology, the silicon nitride density reaches 99.9% with a bending strength of 800MPa+, resistant to -60℃ to 1200℃ thermal shock, its turbine blade has passed the 1500℃ high temperature test with a 2x longer service life; Xietong Hi-Tech (Shenzhen) can print 0.1mm ultra-thin wall heat insulation tiles with a single layer positioning precision of ±2μm, the weight is reduced by 60% and applied to satellite thermal protection systems.
Automotive Lightweight New Technology
3DP Technology (Chongqing) adopts metal binder jetting technology, the efficiency is 5-10x higher than SLM, the material utilization rate is 98%, the gearbox bracket integration is increased by 50% and the production cycle is shortened from 30 days to 12 days; Shenghua 3D (Shenzhen) adopts PEP technology with a cost of only 1/3 of SLM, supporting metal-ceramic composite printing, and its products are applied to new energy vehicle battery packs.
Electronic Manufacturing Precision Printing
Qiyu Technology (Suzhou) adopts DIW ceramic printing technology, the thermal conductivity of aluminum nitride reaches 200W/m·K, the printing line width is only 50μm, suitable for 5G base station heat dissipation and high-end mobile phone RF modules; DYW 3D (Taicang) prints copper parts with a density of 99.9%, the heat dissipation efficiency is increased by 60%, reducing the operating temperature of 5G base station equipment by 15℃, serving ZTE, DJI and other enterprises.