Metal CNC Routers - AccTek Group

Product Introduction

Metal CNC routers are advanced computer-controlled machines designed to cut, engrave, drill, and shape a wide range of metals with precision, speed, and consistency. Unlike traditional manual methods, CNC routing ensures clean edges, repeatable accuracy, and minimal material waste, making it indispensable for modern metal fabrication. These machines are capable of processing both ferrous and non-ferrous metals, including aluminum, brass, copper, mild steel, stainless steel, titanium, and various alloys. Equipped with high-speed spindles, rigid machine structures, specialized tooling, and coolant or lubrication systems, metal CNC routers are built to handle the strength and density of metals while extending tool life. Industries such as aerospace, automotive, electronics, signage, construction, and manufacturing rely on metal CNC routers for applications like parts production, prototypes, custom components, molds, decorative panels, and precision engravings. Whether for one-off projects or high-volume production, these machines deliver consistent, high-quality results. With features like advanced motion control, vacuum hold-down systems, dust and chip collection, and intuitive CAD/CAM software, metal CNC routers streamline workflow and increase efficiency. By combining technology with reliability, they empower businesses to achieve greater design flexibility, productivity, and accuracy in metalworking applications.

Types of Metal CNC Routers

AK4040 CNC Router

AK6060 CNC Router

AK4040H CNC Router

AK6060H CNC Router

AK4040C CNC Router

AK6060C CNC Router

Benefits of CNC Routing Metal

High Precision and Accuracy

Metal CNC routers ensure exact cuts, engravings, and drilling, even on dense or complex alloys. Advanced motion control and rigid structures minimize errors, making them ideal for industries that demand consistent, high-tolerance results on both prototypes and production parts.

Versatility Across Metal Types

From aluminum and brass to stainless steel, copper, titanium, and specialty alloys, CNC routers can process a wide variety of metals. This versatility allows manufacturers to diversify applications, from signage and decorative panels to aerospace and automotive components.

Increased Productivity

Automation speeds up cutting and engraving processes, completing intricate jobs much faster than manual methods. This efficiency helps manufacturers scale operations, meet tight deadlines, and reduce production costs while maintaining consistently high quality across all parts.

Consistency and Repeatability

Once a digital file is programmed, CNC routers can reproduce designs flawlessly across multiple workpieces. This repeatability is critical for batch production, ensuring uniformity and reliability in everything from industrial components to custom-fabricated metal products.

Reduced Material Waste

Optimized toolpaths and precision cutting maximize sheet utilization and minimize offcuts. This efficiency lowers material costs, reduces scrap, and contributes to more sustainable manufacturing practices—especially when working with high-value metals such as titanium or stainless steel.

Expanded Design Capabilities

Metal CNC routers enable the creation of complex shapes, fine engravings, and detailed patterns that are difficult or impossible to achieve manually. This flexibility supports innovation in product design, prototyping, and custom manufacturing across multiple industries.

Compatible Metal Materials

Aluminum
Aluminum 1100
Aluminum 2024
Aluminum 5052
Aluminum 6061
Aluminum 7075
Anodized Aluminum
Cast Aluminum
Aluminum Composite Panels (ACP)
Brass

Yellow Brass
Red Brass
Naval Brass
Cartridge Brass
Bronze
Phosphor Bronze
Silicon Bronze
White Bronze
Beryllium Copper
Pure Copper

Oxygen-Free Copper
Electrolytic Tough Pitch Copper
Tellurium Copper
Tin
Pure Zinc
Zinc Alloys
Lead
Pewter
Britannia Metal
Magnesium

Magnesium Alloys
Nickel Silver
Soft Nickel Alloys
Cadmium
Indium
Gallium
Thallium
Alkali Metals
Alkaline Earth Metals
Decorative Metal Composites

Application of Metal CNC Routers

Metal CNC routers are widely used across industries that demand precision, efficiency, and flexibility in metal processing. In the aerospace sector, they are employed to machine lightweight aluminum, titanium, and alloy parts for aircraft structures and components. The automotive industry relies on CNC routers to produce prototypes, engine parts, decorative panels, and custom modifications. In electronics and electrical manufacturing, they are used to engrave circuit boards, fabricate enclosures, and process copper and aluminum parts with high accuracy. Construction and architecture industries apply CNC routing to create decorative panels, signage, structural components, and metal cladding. In the marine industry, CNC routers are essential for producing corrosion-resistant components from brass, bronze, and aluminum alloys. They are also used in art, jewelry, and crafts to engrave intricate designs into soft metals like brass, copper, and silver. From one-off custom designs to high-volume production, metal CNC routers deliver repeatability, quality, and innovation across industries.

Customer Testimonials

I work in custom metal fabrication, and this CNC router has been a solid performer. It cuts aluminum and steel sheets with clean edges and consistent accuracy. The speed is impressive, and I’ve noticed far less waste since switching to it. It’s also durable, running long hours daily without issues. It has helped me expand my shop’s capabilities and take on larger projects with confidence.

As a machinist, precision and repeatability are essential, and this CNC router delivers both. I’ve used it on stainless steel and brass, and the results are consistently excellent. The finish is smooth, with minimal secondary work needed. It’s reliable, efficient, and straightforward to program once you learn the system. It has greatly improved my workflow and productivity.

My business makes custom automotive parts, and this CNC router has made production much easier. It cuts complex designs quickly and with great accuracy. Even thicker pieces come out with smooth edges that require little finishing. It’s reliable for both small and large batches, which helps me meet client deadlines. It has definitely raised the quality of my work.

I manage production in an aerospace facility, and this CNC router has been a dependable tool for cutting lightweight metal alloys. It holds tight tolerances, which is critical in this industry. The machine is sturdy, and the vibration is minimal even on detailed work. It’s efficient, consistent, and has allowed us to complete jobs faster while maintaining high quality.

I make custom metal signs, and this CNC router has opened new creative possibilities for my shop. It cuts aluminum and copper beautifully, producing clean edges on letters and logos. The accuracy is spot-on, and it runs reliably even on larger orders. My clients notice the difference in quality, and it has helped me grow my business.

In construction, we need custom metal panels for projects, and this CNC router has been excellent. It handles both simple cuts and detailed patterns with equal precision. It’s also fast enough to keep up with demanding timelines. The reliability has been outstanding, and the repeatability ensures every panel is the same. It has improved both productivity and quality in our shop.

Comparison VS Other Engraving Technologies

Feature	Metal CNC Router	Laser Engraving	Hand Engraving	Chemical Etching
Cutting Depth	Deep, variable 2D & 3D cuts	Shallow, surface engraving only	Variable, depends on artisan skill	Very shallow, surface-only
Precision	High accuracy, tight tolerances	Extremely fine surface detail	Inconsistent, artisan-dependent	Moderate, depends on masking quality
Speed	Fast for cutting & engraving	Very fast for surface marking	Slow, labor-intensive	Moderate, multi-step process
Material Compatibility	Wide: aluminum, brass, copper, alloys, mild steel	Limited, struggles with reflective metals	Any soft metal, but slow	Limited to thin, flat metals
Complex Designs	Handles intricate 2D/3D geometries	Excellent for detailed 2D marks	Limited to hand skill	Restricted to stencil/mask designs
Repeatability	Perfect digital repeatability	Repeatable for surface-only	Hard to replicate consistently	Repeatable if masks are identical
Setup Requirements	CAD/CAM software, tooling, coolant	Design software, laser setup	Tools and artisan training	Chemical baths, masking, safety
Learning Curve	Moderate, requires training	Moderate, software-driven	Very steep, years of practice	Moderate, process-sensitive
Production Volume	Ideal for prototypes & mass production	Good for medium runs, surface only	Poor, suited for one-offs	Good for batch runs, not 3D
Surface Finish	Smooth, clean edges	Burn marks, discoloration possible	Handmade texture	Matte, less sharp detail
Durability of Work	Long-lasting, structural cuts	Surface-only, may fade/wear	Durable but inconsistent	Shallow, not durable
Customization	Quick design edits via CAD	Easy file changes	Manual, slow, less flexible	Requires new masks each design
Waste & Safety	Minimal waste, safe with coolant systems	Minimal waste, harmful fumes possible	No waste, but laborious	Hazardous chemicals & disposal issues
Cost Efficiency	Higher upfront, low per-part	Moderate setup, limited use	Low tools, high labor cost	Low equipment, high chemical cost
Best Use Case	Prototypes, parts, signage, industrial metalwork	Logos, barcodes, shallow detail	Artistic, unique handmade pieces	Industrial coding, flat markings

Why Choose Us

AccTek Group is a professional manufacturer of CNC routers, delivering high-precision cutting, engraving, and milling solutions for wood, metal, plastic, and other materials. Our machines are engineered for stability, accuracy, and long-term performance, making them suitable for a wide range of industries, including furniture making, signage, prototyping, and metal fabrication. With advanced motion systems, powerful spindles, and intelligent control software, we help manufacturers enhance productivity and reduce labor costs. Backed by years of expertise in CNC technology, AccTek Group is committed to offering reliable machines, expert technical support, and tailored solutions that meet the evolving demands of modern production environments.

High Precision & Efficiency

AccTek CNC routers deliver fast, accurate results with minimal errors, supporting intricate designs and mass production across the woodworking, plastic, and metal industries.

Robust and Durable Design

Our machines are built with high-quality frames and components, ensuring long service life, high load-bearing capacity, and stability during high-speed operations.

Intelligent Control Systems

Equipped with user-friendly interfaces and smart controllers, our routers offer smooth motion control, automatic toolpath optimization, and easy integration with various CAD/CAM software.

Flexible Customization

From machine size to spindle power and motor type, we offer flexible configurations to suit different production needs, budgets, and material requirements.

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Frequently Asked Questions

How Much Do Metal CNC Routers Cost?

Metal CNC routers are advanced machines designed for precision cutting, engraving, and shaping of metals. Their price depends largely on build strength, motor power, and additional automation features such as automatic tool change. Here are the typical cost ranges for different types of metal CNC routers:

Standard Metal CNC Routers: Standard models are priced between $4,000 and $4,500. These machines are well-suited for light to medium-duty metalworking tasks such as cutting aluminum sheets, engraving patterns, or fabricating small metal parts. They are popular with small workshops, sign makers, and entry-level manufacturers due to their affordability and ease of use.
Heavy-Duty Metal CNC Routers: For more demanding industrial applications, heavy-duty models cost around $6,000 to $7,500. These CNC routers are built with reinforced structures, stronger spindles, and more powerful motors, enabling them to cut tougher metals with higher accuracy and longer durability. They are commonly used in fabrication shops, automotive prototyping, and industries that require continuous operation.
ATC (Automatic Tool Change) Metal CNC Routers: High-efficiency models with automatic tool change capabilities are priced between $12,000 and $13,000. These machines are designed for professional environments where multiple tools are required for milling, drilling, and engraving in a single production cycle. The ATC function reduces downtime, improves productivity, and makes them ideal for large-scale production in aerospace, mold-making, and precision engineering.

Metal CNC routers range in cost from entry-level standard models for small-scale work to heavy-duty and ATC-equipped machines designed for industrial-grade production. Choosing the right option depends on the type of metal being processed, the complexity of machining tasks, and the production volume. While standard machines are cost-effective for beginners, ATC models are best for high-demand industries requiring speed and efficiency.

What Are The Disadvantages Of Metal CNC Routers?

Metal CNC routers are highly capable machines designed for precision cutting, engraving, and shaping of various metals. However, like all equipment, they come with certain limitations that should be considered before purchase. Here are the main disadvantages of metal CNC routers:

High Initial Investment: Metal CNC routers are generally more expensive than wood, plastic, or foam CNC routers due to their reinforced build, heavy-duty spindles, and advanced components. Even entry-level models require a significant investment, while industrial-grade machines with automatic tool changers are costlier, making them less accessible to hobbyists or small shops.
Maintenance and Operating Costs: These machines require regular maintenance, such as lubrication of moving parts, replacement of cutting tools, and calibration to maintain precision. Cutting metals also wears down tools more quickly compared to softer materials, leading to higher consumable costs over time.
Complex Setup and Training: Operating a metal CNC router demands greater technical expertise than routing softer materials. Operators must understand feeds and speeds, tool paths, and material properties to avoid tool breakage or poor-quality cuts. This often requires additional training and skilled labor.
Slower Cutting Speeds: Metals are harder and denser than other materials, which means machining times are longer. High precision comes at the cost of slower operations, and production runs may take significantly more time compared to working with wood, plastics, or composites.
Power and Space Requirements: Heavy-duty CNC routers for metal often require higher electrical power and a stable shop environment. They are also larger and heavier, meaning they need more space and a strong foundation for installation.
Noise and Safety Concerns: Cutting metals generates high noise levels, heat, and sharp chips, which can pose safety risks if not managed with proper PPE (Personal Protective Equipment) and dust/chip extraction systems. Inadequate handling may lead to injuries or equipment damage.

While metal CNC routers provide unmatched precision and versatility for cutting and shaping metals, they involve higher costs, maintenance demands, and operator skill requirements. They are best suited for industrial environments or professional workshops where their advanced capabilities outweigh these disadvantages.

Is CNC Routing Metal Safe?

CNC routing machines are advanced tools capable of cutting, shaping, and engraving various metals, but working with these dense and rigid materials introduces specific safety concerns that operators must be aware of. Here are the main considerations regarding the safety of CNC routing metal:

Flying Chips and Sharp Edges: CNC cutting of metals such as aluminum, brass, steel, or copper produces sharp chips and burrs that can become airborne. These fragments pose risks of eye injuries or skin cuts if proper protective eyewear and guards are not used.
Heat and Fire Risk: Metal machining generates significant friction and heat. Without proper cooling (air or liquid), excessive heat can damage tools, warp materials, or, in rare cases, ignite flammable debris in the work area. Consistent coolant application and fire prevention measures are critical.
Tool Breakage: Metal CNC routing places high stress on cutting tools. Dull or improperly selected bits can break under pressure, sending fragments flying at high speed. This is why using the correct tooling, feeds, and speeds is essential for safe operation.
Noise and Vibration: Machining metal produces high noise levels and machine vibration, which can be harmful if not properly managed. Operators should wear hearing protection, and machines should be securely installed on solid foundations to reduce vibration risks.
Electrical and Power Considerations: Metal CNC routers often require more powerful motors and spindles than wood or plastic CNC routers, meaning higher voltage and current loads. Improper electrical setups can cause hazards, so professional installation and grounding are necessary.
Dust, Fumes, and Lubricants: Unlike wood or plastic dust, metal machining generates fine particles and fumes when coolants or cutting fluids are used. These can irritate the respiratory system or create slippery work surfaces. Effective extraction systems and ventilation are essential for safety.

CNC routing metal is generally safe when the right precautions are in place. Operators should always use personal protective equipment (PPE) such as safety glasses, gloves, and hearing protection while ensuring machines are properly cooled, maintained, and fitted with guards. With the correct training, ventilation, and safety systems, CNC routing of metals can be performed safely and reliably in professional workshops.

What Problems Can Be Encountered When Using CNC Routing Metal?

Metal CNC routers are highly effective for cutting, shaping, and engraving different types of metals, but the process is not without challenges. Here are the problems that can commonly be encountered when CNC routing metal:

Tool Wear and Breakage: Metals such as stainless steel or titanium are extremely tough and abrasive. Cutting tools dull quickly, and in some cases, they may snap under pressure if feeds, speeds, or tool choices are not optimized. Regular tool inspection and replacement are required to maintain efficiency.
Heat Buildup: Routing metals produces significant friction, which generates heat. Excessive heat can damage tools, warp thin metal sheets, or cause poor edge finishes. This problem is usually managed with cooling methods such as mist lubrication or flood coolant, but inadequate cooling remains a common issue.
Chatter and Vibration: Metals are rigid and require precise cutting conditions. If the machine setup is not stable or the cutting parameters are incorrect, chatter (vibration marks on the surface) may occur, resulting in poor finish quality and potential tool damage.
Chip Removal Issues: Unlike wood or plastics, metal produces dense and sharp chips. If these are not effectively cleared from the cutting area, they can cause tool re-cutting, surface scratching, or machine jams. Strong vacuum systems or chip conveyors are often needed.
Machine Stress and Maintenance Needs: Metals put more strain on spindles, motors, and drives compared to softer materials. Machines not designed for heavy-duty cutting may overheat, lose accuracy, or suffer premature wear, leading to higher maintenance costs.
Surface Finish Problems: Incorrect cutting speeds, dull tools, or poor coolant management can lead to burrs, rough edges, or tool marks. Achieving a clean finish in harder metals requires precision settings and high-quality tooling.
Noise and Safety Concerns: Machining metals is much noisier than working with wood, foam, or plastics. High noise levels and the danger of flying chips make proper PPE and machine enclosures essential for safe operation.
Material-Specific Challenges: Each type of metal presents unique difficulties. Aluminum may clog tools if lubrication is poor, stainless steel is prone to work hardening, and copper alloys can cause excessive tool wear. Choosing the correct tooling and strategies for each metal is critical.

CNC routing metals can deliver high precision and strong, durable components, but it introduces issues such as heat buildup, tool wear, chatter, and chip management. These problems can be mitigated with the right machine setup, proper cooling systems, high-quality tooling, and careful parameter optimization.

How Do I Purchase Metal CNC Routers?

Metal CNC routers are precision machines built to handle the unique challenges of cutting and shaping metals, and purchasing one requires careful planning. Buyers should evaluate their production needs, budget, and technical requirements before committing. Here are the key factors to consider when purchasing metal CNC routers:

Material Compatibility: Ensure the CNC router can cut the specific metals you plan to work with (aluminum, steel, brass, copper, titanium, etc.), as each has different hardness and machining requirements.
Machine Power and Rigidity: Metal cutting requires robust frames, high spindle power, and durable motors. A weaker machine may flex under load, leading to poor accuracy and faster tool wear.
Cooling and Lubrication Systems: Metals generate significant heat during routing, so machines equipped with mist or flood coolant systems are essential for safe and efficient operation.
Software and Control Systems: Verify compatibility with CAD/CAM software for ease of programming and workflow integration. Advanced controllers support more complex toolpaths for precise metal machining.
Support and Warranty: Purchase from reputable suppliers that provide after-sales service, training, spare parts, and technical support to minimize downtime.

Purchasing a metal CNC router involves choosing between standard, heavy-duty, and ATC models depending on your production scale and material requirements. Entry-level machines are suitable for lighter applications, while heavy-duty and ATC models serve industries requiring precision, speed, and efficiency. Always consider factors like rigidity, spindle power, cooling systems, and after-sales support before making a final decision.

How Do I Maintain Metal CNC Routers?

Metal CNC routers are powerful machines designed to cut, engrave, and shape metals with precision, but their performance and longevity depend heavily on proper maintenance. Regular upkeep prevents downtime, reduces repair costs, and ensures accuracy over time. Here are the key maintenance requirements for metal CNC routers:

Daily Maintenance:

Cleaning Work Area: Metal chips and dust can interfere with moving parts. After each use, clean the worktable, spindle, and surrounding area using a vacuum or compressed air.
Lubrication Check: Inspect and lubricate guide rails, ball screws, and bearings to ensure smooth motion and reduce wear. Many machines feature automatic lubrication systems—verify oil levels daily.
Cooling System Monitoring: For CNC routers with mist or flood coolant systems, check coolant levels, cleanliness, and flow to avoid overheating during metal cutting.

Weekly Maintenance:

Inspect Spindle and Collets: Metal machining exerts high forces on the spindle and tool holders. Check for wear, debris, and tightness to ensure accurate tool positioning.
Check Drive Belts and Couplings: Ensure belts and couplings are tight, aligned, and free from cracks or wear, as these directly affect precision and cutting performance.
Software and Control Systems: Run diagnostics to verify system calibration and correct any offset errors in toolpath execution.

Monthly Maintenance:

Electrical System Check: Inspect wiring, connectors, and control panels for signs of wear, overheating, or loose contacts. Metal machining requires stable electrical performance.
Alignment and Calibration: Check the machine’s axes using calibration tools to ensure accuracy. Misalignment over time can lead to poor-quality cuts and wasted material.
Air Supply Inspection: For CNC routers using pneumatic tool changers or dust extraction, ensure filters, regulators, and hoses are free from blockages.

Annual Maintenance:

Deep Cleaning and Overhaul: Perform a full inspection of the spindle, motors, linear guides, and bearings. Replace worn components proactively before they cause failure.
Coolant System Flush: Drain and replace coolant to prevent bacterial growth, clogging, and rust in the system.
Professional Servicing: Have certified technicians conduct a detailed inspection to maintain warranty compliance and machine integrity.

Maintaining metal CNC routers involves daily cleaning, lubrication, and coolant checks, along with weekly, monthly, and annual inspections of spindles, motors, drives, and electrical systems. Regular maintenance not only extends the lifespan of the machine but also ensures consistent accuracy and safe operation when cutting metals.

What PPE Do Operators Need When Using Metal CNC Routers?

Metal CNC routers are highly effective for cutting and shaping a wide range of metals, but because they operate at high speeds and generate heat, noise, and sharp chips, operators must wear appropriate Personal Protective Equipment (PPE). This ensures both safety and efficiency in the machining process. Here are the essential PPE requirements for operators:

Eye and Face Protection:

Safety glasses with side shields are mandatory to protect against flying metal chips and dust.
A full-face shield may be required during heavy cutting or when coolant spray is used, offering additional coverage against splashing fluids and fine debris.

Hearing Protection:

CNC routing of metals produces significant noise, often above safe levels. Earplugs or earmuffs should be worn to prevent long-term hearing damage, especially in high-production environments.

Respiratory Protection:

Depending on the metal being machined, fine dust and fumes can be produced (for example, when cutting aluminum or stainless steel).
A dust mask or respirator is recommended, particularly when ventilation or dust extraction systems are not sufficient to maintain safe air quality.

Hand Protection:

Operators should wear cut-resistant gloves when handling raw materials, sharp-edged parts, or tools.
However, gloves must not be worn during machine operation, as they can become entangled in moving parts—gloves are only for setup, loading, and unloading.

Body Protection:

Operators should wear fitted clothing without loose sleeves or accessories to avoid entanglement.
Heavy-duty workwear, such as long-sleeve shirts and trousers, is preferred to protect skin from hot chips and sharp edges.
Aprons or protective jackets made of durable material may be used in heavy-duty applications.

Foot Protection:

Steel-toe safety shoes are recommended to prevent injuries from dropped tools, heavy materials, or machine components.
Slip-resistant soles are important for working around coolant spills or metal shavings that make floors slick.

When using metal CNC routers, operators must wear safety glasses, face shields, hearing protection, respirators, cut-resistant gloves (for handling only), durable clothing, and safety footwear. Together with proper training and machine guarding, this PPE ensures safe operation while minimizing risks from sharp chips, high noise, dust, and coolant exposure.

What Is The Life Expectancy Of Metal CNC Routers?

Metal CNC routers are built for durability and precision, but like all industrial machinery, their lifespan depends heavily on build quality, frequency of use, materials processed, and maintenance practices. Here is a breakdown of the typical life expectancy of metal CNC routers:

Standard Metal CNC Routers: These machines, often used for light to medium-duty cutting of aluminum, brass, and softer metals, typically last 8–12 years with regular use. Proper lubrication, alignment checks, and part replacements can extend their usable life significantly.
Heavy-Duty Metal CNC Routers: Designed for demanding applications, such as continuous machining of stainless steel or hardened alloys, heavy-duty CNC routers generally last 12–15 years. Their robust frames, stronger spindles, and higher-grade components allow them to endure longer operating cycles before major rebuilds are required.
ATC (Automatic Tool Change) Metal CNC Routers: Because these CNC routers include more complex systems, such as tool changers and automatic calibration, their life expectancy is often 10–12 years. While their advanced features improve efficiency, the additional moving parts require careful upkeep to prevent premature wear.
Factors Affecting Life Expectancy:

Maintenance: Routine cleaning, lubrication, and part replacement (belts, bearings, spindles) are crucial to avoid breakdowns.
Operating Conditions: CNC routers in clean, temperature-controlled workshops last longer than those exposed to dust, heat, or poor ventilation.
Material Type: Cutting softer metals like aluminum produces less wear compared to machining hardened steels, which can shorten spindle and tool life.
Usage Intensity: Machines used for high-volume production will wear faster than those used occasionally in prototyping or small workshops.

With proper care, metal CNC routers typically last between 8 and 15 years, depending on their design and application. Heavy-duty models can exceed this range, especially when maintained well and upgraded with replacement components over time. For businesses, investing in preventative maintenance schedules is often more cost-effective than replacing machines prematurely.

Get Metal CNC Routing Solutions

Choosing the right metal CNC router is about more than just purchasing equipment—it’s about securing a complete solution that matches your materials, applications, and production goals. At AccTek Group, we design and manufacture professional CNC routing systems built specifically for metal processing, including aluminum, brass, copper, mild steel, stainless steel, titanium, and specialty alloys.
Our machines are engineered for precision, strength, and durability. With rigid machine structures, high-speed spindles, coolant systems, and user-friendly CAD/CAM software, they deliver smooth edges, intricate detailing, and consistent results across both prototypes and high-volume production runs.
Whether you’re manufacturing aerospace components, automotive parts, signage, decorative panels, or industrial tools, AccTek Group provides tailored solutions that combine cutting-edge technology with efficiency. Beyond the equipment, we offer expert training, technical support, and reliable after-sales service to help you maximize productivity.
With AccTek Group, you gain not only a machine but a trusted partner in advanced metal fabrication.

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