01
Planning
Equipment selection, line design, process-flow planning
Jiangsu EMT Precision · K-EMT Innovation
EMT shapes magnesium in its semi-solid state — thinner walls, tighter tolerances and lighter parts than die-casting can reach. From thixomolding machines we build ourselves to the finished, machined and coated component, one partner covers the entire chain.
Company Overview
EMT is a technology-driven company that integrates R&D of high-precision semi-solid molding technology for magnesium alloys, equipment manufacturing, and magnesium alloy product manufacturing. Our core team was the first in China to build a team dedicated to magnesium alloy semi-solid injection molding — breaking the overseas monopoly and mastering world-class core thixomolding technology.
Production site — Yixing, Jiangsu Province
Set up a semi-solid equipment repair unit — deep industry exposure and hard-won technical know-how.
Broke the foreign monopoly with China’s first self-developed semi-solid molding equipment.
EMT officially founded; first 800T model launched — the step into large-scale production.
Built a full-process semi-solid magnesium line — equipment, production and finished goods, vertically integrated.
Launched ultra-large 2500T and 4000T thixomolding equipment, entering integrated die-casting.
Core Technology
Thixomolding uses the state between solid and liquid: magnesium is brought to a slurry in which solid and liquid coexist, then injected at high speed. It combines the formability of casting with the mechanical properties of forging.
The lightest structural metal — 25–35% lighter than aluminium. Cuts weight in IP beams, seat frames and battery cases, improving fuel economy and EV range.
Ultra-thin walls and near-zero shrinkage. Semi-solid material shrinks and warps far less than molten metal, enabling tolerances die-casting cannot achieve.
Nitrogen shielding, no SF6 gas
By enveloping the barrel interior with nitrogen gas to block contact with oxygen, the process runs safely without fire risk even at the molding temperature of 560–590 °C.
Absorbs vibration and shock, dissipates heat and shields against EMI — one component replacing several functions.
| Item | Al die-casting | Mg die-casting | Mg Thixomolding |
|---|---|---|---|
| Material state | Fully molten | Fully molten | Semi-solid (slurry) |
| Molding temperature | ≥ 650 °C | ≥ 620 °C | 560–590 °C |
| Precision / wall thickness | Fair — thick | Good — can be thin | Best — ultra-thin |
| Shrinkage / warpage | High | Moderate | Very low |
| Safety / environment | Good | Fire risk · SF6 gas | Safe · nitrogen shielding |
Thixomolding Machines
China’s first developer of semi-solid molding equipment, with a full lineup from MG-300T to 4000T. A high-speed injection system paired with a smart temperature-control module improves density uniformity by 20% — at 50% lower energy consumption and more than double the mold service life compared with conventional die-casting equipment.
MG-300 semi-solid injection molding machine
Home appliances, small automotive parts
Automotive interior parts, small and medium structural parts
Automotive seat frames, instrument panel supports
Electric drive system parts, transmission housings
Large components, battery pack parts
Integrated floor panels, large underbody frames
Full-process Manufacturing
Built on industry-leading semi-solid technology, we cover semi-solid molding, precision machining, surface treatment and assembly in house — one-stop, high-quality parts manufacturing.
Four production floors
25 in-house MG-series machines — MG-1500 ×3, MG-800 ×11, MG-650 ×3, MG-300 ×8 — plus 19 four-axis hydraulic presses and 4 polishing lines. Uniform internal structure, outstanding internal quality.
50 Brother CNC machines plus multi-axis and single-axis drilling. Global high-end smart machine tools deliver micrometre-level dimensional control.
A fully automated conversion coating line prevents surface oxidation of magnesium parts and maximises paint adhesion.
Three painting lines at Class 10,000 cleanliness: DISK electrostatic spray, electrostatic powder coating and a fully automated 3-gun reciprocating line.
The 14 steps in between
Trimming, laser marking, assembly and every other value-added post-process is covered internally — a fully closed-loop production chain from raw material to shipment.
The four production floors above sit inside this chain — molding covers steps 01–04, machining 05–07, conversion coating and painting 08–11.
Every workshop in detailQuality Assurance
EMT has established a comprehensive quality management system covering supplier quality, process quality, reliability quality and shipping quality. A testing centre with X-ray radiographic imaging, AOI projection inspection, CMM 3D measurement and colorimetry backs every claim.
X-ray radiographic imaging inspection
Service Support System
Planning, installation, commissioning, operator training, order support and long-term development planning. If you are adopting semi-solid molding for the first time, this is where the project is actually won.
How we support a new lineEquipment selection, line design, process-flow planning
Unloading, positioning, installation and commissioning on site
Standardised operation, maintenance and safety systems
Order support, market information, long-term roadmap
Applications
Mass-production validated with EMT’s magnesium thixomolding technology, in collaboration with OEMs across mobility and electronics.
From 260 g to 1,100 g, molded on 800T to 4000T machines — all by thixomolding.
Enlarge
Top cover and side cover on 800T, base cover on 1500T, rear cover on 650T — thin-wall body panels that replace multiple parts.
Airframe bodies, heat sinks, waterproof housings and brackets on 300T — where every gram is flight time.
Emerging fields under development with customers: new-energy vehicles, aerospace and medical devices.
Case studies and materialsGlobal Footprint
Manufacturing and R&D in Yixing, Jiangsu, with K-EMT Innovation as the joint venture serving Korea and overseas markets — one partner, from equipment to finished part.
6-1 Jieke Road, Yixing City
Jiangsu Province, China · 214200
20, Dalseo-daero 109-gil, Dalseo-gu
Daegu, Republic of Korea
Company Overview
EMT integrates R&D of high-precision semi-solid molding technology for magnesium alloys, equipment manufacturing and magnesium alloy product manufacturing — recognised as one of the “Big Four” top players in thixomolding equipment.
About Us
Our core team was the first in China to build a team dedicated to magnesium alloy semi-solid injection molding — breaking the overseas monopoly and mastering world-class core thixomolding technology. That team still runs the company today.
Production site — Yixing, Jiangsu Province
Positioning & Mission
An innovation leader with deep expertise in magnesium alloy semi-solid technology.
Corporate positioning
Focused on magnesium alloy semi-solid technology, we provide high-precision, one-stop molding solutions built on our industry-leading in-house semi-solid equipment, serving manufacturers worldwide.
Core mission
We uphold technological innovation to break monopolies, expand our range of applications through cost reduction and greater efficiency, and build the future of the magnesium alloy industry through eco-friendly, lightweight solutions.
Company scale
We operate a modern, standardised 22,000 m² factory staffed by more than 100 technical and management professionals, giving us solid R&D capabilities and production capacity.
Company History
Set up a semi-solid equipment repair unit, gaining deep industry exposure and accumulating valuable technical knowledge and engineering experience.
Broke the foreign technology monopoly with China’s first independently developed semi-solid molding equipment, launching domestic production.
Independent upgrade of the II–IV generation thixomolding equipment.
EMT was officially founded and launched its first 800T model, taking the first step towards large-scale production.
Release of the 300T and 1500T thixomolding machines, widening the range from small parts to electric drive components.
Built a full-process semi-solid magnesium alloy line, bringing equipment, production processes and finished goods inline to achieve vertical integration.
Launched ultra-large 2500T and 4000T thixomolding equipment, entering integrated die-casting and contributing to automotive lightweighting.
Organisational Structure
General Manager and Vice General Manager lead eight departments — the whole chain from alloy development to accounting sits in one organisation.
Corporate Culture
We uphold our core values of “building trust, breaking through crises with innovation, and building the magnesium industry together.” Drawing on our core team’s more than ten years of technical expertise, and driven by our mission to break monopolies, cut costs and expand applications, we are committed to becoming the innovation leader in high-precision magnesium molding.
Research and practice
Boundary-breaking innovation
Collaborative prosperity
Mission and responsibility
Quality Assurance
EMT has established a comprehensive quality management system to ensure excellent service and control over supplier quality, process quality, reliability quality and shipping quality.
X-ray radiographic imaging inspection
Quality policy
Quality objectives
Six criteria, compared against large listed players in the same field. We are roughly a thirtieth of their size — and that is the point: everything happens in house, and a decision does not travel through three layers before it reaches the shop floor.
| Criterion | Large player A | Large player B | EMT |
|---|---|---|---|
| New product lead time Design → mass production |
45–60 days; own mold shop; mold-making cycle 30–35 days | 60–70 days; mold-making outsourced; cycle 45–60 days | 20–35 days; own molds. 15–20 days for small parts, 25–35 days for complex shapes |
| Price position Cost structure |
Premium; large organisation and high overhead drive prices up | Premium; large scale, high indirect costs, high prices | 10–20% lower; mid/low-price positioning. In-house equipment reduces capex and unit cost |
| Quality level Precision · yield |
Industry leading; numerous international certifications; national-level testing centre | Upper-mid tier; IATF 16949 / ISO 9001; ±0.01 mm; mass-production yield 95%+ | Above average; CSAT 98+; IATF 16949 / ISO 9001; batch pass rate 95%+ |
| Post-process capability In-house vs outsourced |
Has a line, but mostly outsourced; the entire surface-treatment line is outsourced | Has a line, but mostly outsourced; capacity saturation makes outsourcing unavoidable | Fully in house, one stop: semi-solid molding → CNC → passivation → spray coating → laser marking → inspection & shipping |
| Company scale Specialisation vs breadth |
~2,000+ employees; Taiwan-listed; registered capital USD 60M+ | ~5,000 employees; Shenzhen-listed; registered capital RMB 1.128B | ~150 employees; a pure thixomolding specialist; 25+ semi-solid molding machines (300–1,500 t) |
| Responsiveness Agility · willingness to take orders |
Slow; saturated; low willingness. Outsourcing weakens quality and delivery control | Slow; saturated; low willingness. Outsourcing burden makes scheduling difficult | Fast; controllable; high willingness. Own manufacturing lines |
Comparison figures are EMT’s own assessment of publicly known industry players.
R&D Ability System
A complete R&D system and outstanding technical capability provide full-process technical support — from the alloy in the barrel to the mold that shapes it and the cell that surrounds it.
Core Technology
Semi-solid injection molding is an advanced process that uses the intermediate state between solid and liquid. Magnesium alloy is formed into a slurry in which solid and liquid coexist, then injected at high speed. It is a next-generation technology that combines the excellent formability of casting with the outstanding mechanical properties of forging.
Principle of thixomolding — feeding, heating, slurry formation and high-speed injection
Forms a unique spherical microstructure that delivers excellent mechanical properties, dramatically improving elongation by more than 50%.
Effectively prevents micro-porosity and turbulence, ensuring a uniform internal structure and achieving 98% density.
The low-temperature molding process eliminates ignition risk at the source, and no SF6 shielding gas — a global-warming substance — is required.
Inside the shot — four stages
Why It Matters
Thixomolding forms magnesium without fully melting it, shaping it in a slushy, semi-solid state. The result is a part that is lighter, safer and more dimensionally precise than aluminium or conventional magnesium die-casting.
The lightest structural metal. Reduces vehicle weight in IP beams, seat frames and battery cases, improving fuel efficiency and EV driving range.
Ultra-thin wall thickness, near-zero shrinkage rate. The semi-solid material shrinks and warps less than molten metal, enabling thin walls and precise tolerances that die-casting cannot achieve.
Nitrogen shielding, no SF6 gas
By enveloping the barrel interior with nitrogen gas to block contact with oxygen, the process runs safely without fire risk even at the molding temperature of 560–590 °C.
Absorbs vibration and shock, dissipates heat and shields against electromagnetic interference — replacing multiple functions with a single component.
| Item | Al die-casting | Mg die-casting | Mg Thixomolding |
|---|---|---|---|
| Material state | Fully molten | Fully molten | Semi-solid (slurry) |
| Molding temperature | ≥ 650 °C | ≥ 620 °C | 560–590 °C |
| Precision / wall thickness | Fair — thick | Good — can be thin | Best — ultra-thin |
| Shrinkage / warpage | High | Moderate | Very low |
| Safety / environment | Good | Fire risk · SF6 gas | Safe · nitrogen shielding |
New Product Development
Mold design and simulation optimisation is where a thin-wall magnesium part is won or lost. We simulate the whole process before any steel is cut.
Full-process CAD/CAE simulation optimises gate placement through mold flow analysis, greatly reducing the number of mold trials.
Developed a special ejector-core structure for thin-wall parts, molding ultra-thin 0.3 mm magnesium alloy components without flash.
Surface nitriding of the mold steel extends mold service life to over 200,000 cycles.
Mold flow analysis of a structural part
Mold work in the tool shop
Automation and peripheral equipment layout
Automation
A robot-integrated automatic loading and unloading system enables unmanned production for the MG series.
Online laser inspection equipment is linked with the molding machine in real time for remote process monitoring.
A full-process traceability system is planned, linking data from raw material through molding and machining.
Integrated Solution
A thixomolding machine on its own does not make a part. Around it sits a cell of twelve coordinated units — feeding, handling, trimming, weighing, marking and transport — which is what turns the 14 process steps into a continuous line.
EnlargePeripheral equipment layout around the thixomolding machine
R&D System & Intellectual Property
The first team in China to begin semi-solid technology research, with over ten years of industry experience. Of 27 intellectual property filings, 23 have been granted.
Thixomolding Machine
China’s first developer of semi-solid molding equipment, with a full lineup from MG-300T to 4000T. The same machines run in our own workshops before they reach a customer.
Equipment Development
China’s first developer of semi-solid molding equipment, with a full lineup from MG-300T to 4000T.
A high-speed injection system works together with a smart temperature-control module to improve density uniformity by 20%.
50% lower energy consumption and more than double the mold service life compared to conventional die-casting equipment.
MG-300 semi-solid injection molding machine
Product Lineup
Optimal solutions for a wide range of applications — pick the tonnage by shot weight and part geometry, not by catalogue position.
Home appliances, small automotive parts
Automotive interior parts, small and medium structural parts
Automotive seat frames, instrument panel supports
Electric drive system parts, transmission housings
Large components, battery pack parts
Integrated floor panels, large underbody frames
| Parameter | Unit | MG-300 | MG-650 | MG-800 | MG-1500 | MG-2500 |
|---|---|---|---|---|---|---|
| Clamping force | kN | 3,000 | 6,500 | 8,000 | 15,000 | 25,000 |
| Mold closing stroke | mm | 550 | 720 | 800 | 1,200 | 1,500 |
| Mold thickness (min–max) | mm | 250–650 | 350–900 | 380–1,000 | 500–1,400 | 750–1,800 |
| Stationary platen size | mm | 970×960 | 1,300×1,300 | 1,470×1,480 | 2,010×1,960 | 2,350×2,350 |
| Distance between tie bars | mm | 630×630 | 810×810 | 940×940 | 1,180×1,180 | 1,500×1,500 |
| Mold installation method | — | T-slot | T-slot | T-slot | T-slot | T-slot |
| Screw diameter | mm | 51 / 66 | 84 | 92 | 130 | 150 |
| Maximum injection pressure | MPa | 65 / 110 | 120 | 105 | 100 | 100 |
| Theoretical injection volume | cm³ | 408 / 684 | 1,662 | 1,994 | 4,635 | 7,068 |
| Theoretical injection weight | g | 596 / 998 | 2,426 | 2,911 | 6,675 | 10,319 |
| Theoretical injection rate | cm³/s | 9,031 | 25,491 | 30,578 | 61,055 | 79,521 |
| Maximum injection speed of screw | m/s | 5 | 5 | 5 | 5 | 5 |
| Screw rotation speed | r/min | 10–300 | 10–300 | 10–300 | 10–285 | 10–285 |
| Injection stroke | mm | 150 | 300 | 300 | 350 | 400 |
| Nozzle size | mm | Φ13×R25 | Φ18×R35 | Φ20×R35 | Φ25×R45 | Φ35×R55 |
| Nozzle insert distance | mm | 50 | 75 | 75 | 75 | 180 |
| Nozzle contact force | kN | 300 | 330 | 480 | 800 | 1,100 |
| Nozzle position range | mm | 0, −100 | 0, −175 | 0, −175 | 0, −350 | — |
| System working pressure | MPa | 16 | 16 | 16 | 16 | 16 |
| Ejector force | kN | 180 | 250 | 250 | 570 | 750 |
| Ejector stroke | mm | 125 | 150 | 150 | 250 | 300 |
| Oil pump motor power | kW | 37 | 45 | 55 | 45×2 | 75×2 |
| Heater output power | kW | 25 | 50 | 50 | 120 | 150 |
| Melting servo motor power | kW | 16 | 42 | 42 | 80 | 100 |
| Total power capacity | kW | 78 | 140 | 150 | 260 | 400 |
| Hydraulic oil tank capacity | L | 600 | 1,000 | 1,000 | 1,500 | 2,000 |
| Machine weight | kg | 16,000 | 35,500 | 43,000 | 110,000 | 150,000 |
| Machine dimensions (L×W×H) | m | 6.8×1.8×2.6 | 9.5×2.3×3.3 | 10.5×2.3×3.3 | 14×6.4×4.5 | 16.3×6.7×5 |
MG-4000 specifications on request.
Choosing a Tonnage
Theoretical injection weight is the practical selection criterion. Below are the values from our own specification table, together with the parts each machine typically runs in our workshops.
Full-process Manufacturing
Built on industry-leading magnesium alloy semi-solid technology, we have full-process production capabilities spanning semi-solid molding, precision machining, surface treatment and assembly — providing customers with one-stop, high-quality parts manufacturing services.
EMT Manufacturing Process
Trimming, laser marking, assembly and every other value-added post-processing step is covered in house, completing a fully closed-loop production process.
Steps 01–04 run in the molding workshop, 05–07 in the machining workshop, 08 in the passivation line, 09–11 across the three painting lines, and 12–14 in assembly, the testing centre and packaging. Trimming and laser marking sit inside the production cell itself.
Workshop 01 · Steps 01–04
Our in-house MG series equipment ensures uniform internal structure and outstanding internal quality. Twenty-five molding machines from 300 to 1,500 tonnes run alongside nineteen four-axis hydraulic presses and four polishing lines.
| No | Equipment name | Spec / model | Qty |
|---|---|---|---|
| 1 | EMT semi-solid molding machine | MG-1500 | 3 |
| 2 | EMT semi-solid molding machine | MG-800 | 11 |
| 3 | EMT semi-solid molding machine | MG-650 | 3 |
| 4 | EMT semi-solid molding machine | MG-300 | 8 |
| 5 | 4-axis hydraulic press | 15-45T-60T | 19 |
| 6 | Polishing line | 11×1.2×2.2 | 4 |
Molding workshop
Machining workshop
Workshop 02 · Steps 05–07
Global high-end smart CNC machine tools from Brother and Fanuc deliver micrometre-level precision dimensional control and machining. Fifty Brother machining centres are supported by eleven drilling machines.
| No | Equipment name | Spec / model | Qty |
|---|---|---|---|
| 1 | Brother CNC machine | TC-S2Cz | 25 |
| 2 | Brother CNC machine | TC-S2Cz-O | 25 |
| 3 | Multi-axis automatic drilling machine | — | 5 |
| 4 | Single-axis drilling machine | FRP-8000E | 6 |
Workshop 03 · Step 08
A fully automated conversion coating line prevents surface oxidation of magnesium alloy parts and maximises paint adhesion. Magnesium is reactive — this step is what makes everything after it possible.
| No | Equipment name | Cleanliness class | Qty |
|---|---|---|---|
| 1 | Fully automated surface passivation line | — | 1 |
Passivation workshop
Workshop 04 · Steps 09–11
An all-around spray painting line forms a flawless, high-quality protective surface coating on magnesium alloy parts. Spraying, powder and reciprocating painting run as separate lines, so a cosmetic part and a functional part never share a booth.
| No | Line name | Cleanliness class | Qty |
|---|---|---|---|
| 1 | DISK electrostatic spray coating line | Class 10,000 | 1 |
| 2 | Electrostatic powder coating line | Class 10,000 | 1 |
| 3 | Fully automated reciprocating painting line (3-gun) | Class 10,000 | 1 |
Testing Centre · Step 13
Radiographic imaging and other precision inspection equipment. Porosity that no surface check would find is visible on the X-ray; dimensions are confirmed on the CMM; colour is measured, not judged by eye.
Assembly & Packaging · Steps 12–14
Parts do not leave as castings. Assembly, inspection and packing happen on site, so what arrives at the customer is ready to fit.
Service Support System
A one-stop total solution from equipment to sales. If you are adopting semi-solid molding for the first time, the machine is the easy part — what follows is where projects succeed or stall.
From planning through production, and from technology to market, we meet customer needs across the board and provide lifetime service support.
We have a strong R&D and engineering team. Backed by deep technical expertise, we support your production and manufacturing.
We will move forward hand in hand with you, grow together, and build a long-term, stable partnership for mutual benefit.
Backed by leading technology and high-quality service, we drive innovative development and progress in the magnesium alloy industry together.
Equipment Planning & On-site Support
Overall equipment planning and on-site management support — we stay involved from the first layout sketch to the standard operating procedure your team runs every day.
We provide an integrated solution — from equipment selection to line design and process-flow planning — based on the customer’s product requirements, capacity plan and factory layout.
Our experienced engineering team handles equipment unloading, positioning, installation and commissioning, ensuring equipment is put into production quickly and accurately.
We help customers build standardised systems for equipment operation, maintenance and on-site safety management, improving production efficiency and management standards.
Case Study
A customer had adopted new semi-solid molding technology but the team lacked experience. Here is what we actually did about it.
Adopted new semi-solid molding technology but the team lacked experience. Needed to quickly build full-process design and development capability. Lacked mass-production management experience and technology application.
Full-process hands-on training combining theory and practice. Project-based training using actual production parts as case studies. On-site production training with customised 1:1 coaching.
Gained experience operating and maintaining semi-solid equipment. Trained two core technicians. Completed their first independent mass-production part.
Business Support & Market Expansion
Operational support and assistance to boost market expansion — because the first months after commissioning decide whether the investment pays.
We leverage our industry resources and influence to recommend potential orders to top customers, helping resolve early-stage capacity utilisation issues.
We organise industry exchange events and build bridges between customers and application partners to promote business cooperation.
We regularly share industry trends, market developments and policy or regulatory updates to help customers seize market opportunities.
Long-term Development Support
Based on the customer’s current status and industry trends, we support short-, medium- and long-term development planning, covering key areas such as capacity expansion, technology upgrades and product line extension.
We share application cases of magnesium alloys in emerging fields such as new-energy vehicles, aerospace and medical devices, helping customers expand into high-potential growth areas.
That sentence closes every presentation we give. It is also the reason the service section of this site is as long as the equipment section.
Typical Products & Customers
Rich application scenarios, leading the trend. Every case below has passed mass-production validation with EMT’s magnesium thixomolding technology.
Key Benefits of Magnesium
Material comparison
| Property | Magnesium (AZ91D) | Aluminium (A380) | Steel (SPCC) |
|---|---|---|---|
| Density (g/cm³) | 1.78 | 2.70 | 7.85 |
| Specific strength (strength / density) | Excellent | Moderate | Moderate |
| Specific stiffness (stiffness / density) | Excellent | Moderate | Moderate |
| Vibration damping | Excellent | Moderate | Poor |
| EMI shielding | Excellent | Moderate | Excellent |
| Recyclability | Excellent | Excellent | Moderate |
EV · Automotive
From 260 g to 1,100 g, molded on 800T to 4000T machines — all by thixomolding.
EnlargeInside the steering wheel. Lightweight, high strength, excellent vibration damping.
Replaces: Aluminium die-casting
Driver and passenger seat structure. Weight reduction, high stiffness, improved energy efficiency.
Replaces: Steel, aluminium
Centre information display frame. High precision, EMI shielding, lightweight, slim design.
Replaces: Aluminium, plastic
Rear housing of the display. Heat dissipation, EMI shielding, premium appearance, lightweight.
Replaces: Aluminium, plastic
Dashboard main beam. Weight reduction, high structural stiffness, part integration.
Replaces: Steel, aluminium
Centre console structure. Lightweight, vibration reduction, complex shape integration.
Replaces: Aluminium, plastic
Electronic control unit. EMI shielding, heat dissipation, durability.
Replaces: Aluminium
Top or bottom cover of the battery pack. Lightweight, heat dissipation, high stiffness.
Replaces: Aluminium, steel
Development & mass-production cases
| Part | Developer | Machine | Part weight |
|---|---|---|---|
| Central display | BHTC | 800 t | 440 g |
| Central display | Chery | 800 t | 490 g |
| Instrument cluster & navigation | “P” | 800 t | 260 g |
| Instrument cluster & navigation | Xpeng | 800 t | 470 g |
| Motor housing | Jinpeng | 1,500 t | 650 g |
| Display frame — 1015.84 × 200.05 × 34.96 mm | “B” | 4,000 t | 950 g |
| Seat frame | “G” | 1,500 t | 1,100 g |
EnlargeE-scooter application locations
E-Scooter
Four covers, four tonnages. Mass-production validated in collaboration with two-wheeler manufacturers.
Drone
Airframe bodies and peripheral parts, all molded at 300 t. Thin-fin heat sinks and sealed housings use the wall thickness that only semi-solid molding reaches.
Typical Customers
K-EMT Innovation Co., Ltd. serves Korea and overseas markets. Sales office: 20, Dalseo-daero 109-gil, Dalseo-gu, Daegu.
Emerging fields under development with customers: new-energy vehicles, aerospace and medical devices.
Send us the geometry, the target weight and the volume. Our engineers will come back with the alloy, the tonnage and a route to production — planning, installation, commissioning and lifetime support included.
or call us directly +82 53-581-2579