FORTIS Plasma CNC - 1000x1500mm - Complete Kit
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FORTIS Plasma CNC – 1000x1500mm – Complete Kit

$5,387.76 Inc. GST

 

The FORTIS Plasma CNC machine is a high-performance, precision-driven CNC plasma machine, meticulously designed for reliability, versatility, and accuracy in demanding fabrication environments. Equipped with helical gear racks on the X and Y axes and a ball screw Z-axis, the FORTIS delivers smooth, backlash-minimized movement for precise cuts. It features HGR15 linear rails across all axes, ensuring stability at rapid feed rates, and a robust 40 Series T-Slot extrusion frame for structural integrity and easy modification.

SKU: KIT-FORTIS-PLASMA-S-1015-RC Categories: , Tags: , , , , ,

Available on backorder

Description

Plasma Add-Ons
Note: For a fully functional Plasma CNC Machine you need the following:

  • Any one of the above Thermacut EX-TRAFIRE Plasma Cutters
  • CNC Interface Plug Kit – 14 Pin
  • Build your own Table or the Table for FORTIS CNC 1000x1500mm

FORTIS Plasma CNC – Ultimate Precision and Performance for Industrial Cutting.

 

Overview: Built with carefully selected transmission systems each axis and rugged components, FORTIS is the ideal choice for high-performance plasma cutting in industrial and workshop environments. Its modular design and adaptable features make it a versatile solution, perfect for professionals and dedicated hobbyists prioritising accuracy and flexibility in every cut.
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The FORTIS Plasma CNC Machine features a high-precision helical gear rack and pinion transmission for the X and Y axes, and a ball screw system for the Z-axis, ensuring smooth and accurate motion. It utilizes HGR15 linear rails for stability, paired with a robust frame of 40 Series T-slot extrusions. The machine’s modular design includes two options for Z-Height Clearance, a modular knife bed, and a smart collision detection system to enhance safety, and cutting precision. With its efficient cable management, innovative pinion pivot mechanism, and Finite Element Analysis-tested components, the FORTIS Plasma CNC is built for durability, precision, and high performance in demanding metal-cutting applications

Who is the FORTIS Plasma CNC 1000x1500mm Perfect for?

  • Metal fabricators, high-volume production environments, engineers and designers in the prototyping and research sectors.
  • Artists, designers, and craftsmen who work on custom metal projects like signage, decorative pieces, or unique installations.
  • Projects up to 780x1340mm in size.

 

FORTIS CNC 1000×1500 Dimensions (mm)

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Z-Axis Max Work Height: 110mm/150mm (without a Knife Bed)
 

What does this Kit come with? 

Machine FrameMotion MotorsCable ManagementCollision and Material Detection SystemElectronicsKnife BedSoftware
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The FORTIS Plasma CNC Machine boasts a sturdy frame constructed from high-strength 40 Series T-slot Aluminium Extrusions, specifically using 40×40 and 40×80 profiles. This design provides exceptional rigidity and durability, essential for maintaining stability during high-precision cutting tasks. This Kit includes:

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Motion motors are used to drive various parts of the machine to achieve precise movement and positioning. These motion motors are used: X-Axis Motor: Controls the horizontal movement of the machine table or workpiece along the X-axis. It moves the table or the workpiece left and right. Y-Axis Motor: (2 Motors Required) Controls the movement along the Y-axis, typically perpendicular to the X-axis. It moves the table or workpiece forward and backward. Z-Axis Motor: Controls the vertical movement along the Z-axis. It moves the tool up and down. This Kit includes: 

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Cable management with drag chains is used in CNC machines to ensure organized and reliable movement of cables and hoses. Drag chains are essential for maintaining the functionality and safety of CNC machines by ensuring that cables and hoses are managed effectively throughout the machine’s various movements.

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The Collision and Material Detection System detects the collision of the 35mm plasma torch with the workpiece and halts the system, preventing damage to the torch, workpiece and machine. It also detects the material in case the Ohmic sensor of the Plasma cutter is not operational. This includes: 

Note: The kit does not include the Plasma Cutter (offered separately)

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The MyPlasm CNC system is a robust and versatile solution for controlling CNC plasma cutting machines, offering precision, reliability, and an intuitive interface. Designed by Proma Elektronika, it seamlessly integrates hardware and software components to deliver advanced functionality for industrial and workshop applications. The kit includes this system along with inductive sensors and cables to set up the control system easily.
This Kit includes: 
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The FORTIS Plasma CNC is equipped with a knife bed comprising of  steel blades in tension at all times which results in no rattling and enhances the cutting accuracy. The modular construction comprises easily replaceable steel blade sections that are tensioned placing the blades around the 25mm M8 Cap Head Bolts. This includes: 

CNC machines require two key software types: CAD/CAM software for designing parts and generating machining instructions, and G-code sender software to transfer these instructions to the CNC machine. CAD/CAM software creates the design and toolpaths, while G-code sender software ensures the machine executes the operations accurately. In Myplasm  CNC system the CAD/CAM are integrated into a single software called MyMini CAD.
CAD/CAM
G-Code Sender

Plasma Cutter

The FORTIS Plasma CNC Machine  can be paired with the Thermacut Extrafire 40SD Plasma Arc Cutting System – CNC (not included in the kit – offered separately) ready with a vertical torch and 50:1 Voltage Divider. This Plasma Arc Cutting System has a piercing capacity of 8mm (Value for low alloyed steel, e.g. Mild Steel S235JR). The piercing capacity varies based on the Plasma Arc Cutting system being used.  This system is designed for plasma cutting of metallic conductive materials such as:

Copper
Aluminium
Stainless Steel
Brass
Steel
Other conductive metals

FORTIS Plasma CNC Features

Helical Gear Rack and Pinion Transmission System Maker Store’s helical rack and pinion system is an excellent choice for the X and Y axes in a plasma CNC because it provides both high speed and smooth, accurate motion, which is ideal for the large, rapid movements these axes often require. The ability of Helical racks to be butt joined together makes FORTIS extendable to any length. The angled teeth of a helical rack and pinion create more contact surface area compared to straight-cut gears, which helps distribute the load more evenly and reduces backlash for precise cutting. Additionally, the helical design operates more quietly and with less vibration, leading to greater stability and reducing the wear on components. This setup is perfect for plasma CNCs that need consistent accuracy across wide cutting areas.
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Ball Screw Transmission System for Z-Axis Using a high-accuracy transmission system like a SFU1204 ball screw for Z-axis travel in a Plasma CNC, is crucial for achieving precise cuts and maintaining consistent quality. The Z-axis controls the height of the torch, which directly affects cutting accuracy and minimizes issues like dross (unwanted material on cut edges). A ball screw’s high efficiency and low friction allow for smooth, controlled movement, ensuring stable torch positioning even at high speeds. This accuracy is essential in plasma cutting, where even slight height variations can impact cut quality, reduce part precision, and increase wear on consumables.
HGR15 Linear Rail and Bearing Motion System The HGR15 Linear Rail and Bearing system is ideal for a plasma CNC motion setup due to its combination of rigidity, precision, and smooth operation. Designed to handle high loads with minimal deflection, the HGR15 provides a stable and accurate foundation for both light and heavy-duty cutting applications. Its linear bearing design ensures consistent, low-friction movement along the rail, which is essential for maintaining precise torch paths and smooth cuts even at higher speeds. Additionally, the HGR15’s durability and resistance to wear make it a reliable choice for the repetitive motions typical in plasma CNC operations, extending the lifespan of the machine and minimizing maintenance.
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The HGR15 Bearings are designed to handle heavy loads and high acceleration forces, supporting FORTIS’s impressive rapid feed rates of up to 35,000 mm/min. Additionally, the bearings come equipped with integrated seals and wipers, protecting the internal components from dust, debris, and cutting particles, ensuring long-lasting performance with minimal maintenance. By incorporating these high-quality linear rails and bearings, FORTIS ensures superior motion control, durability, and reliability—key factors for achieving professional-grade results in demanding CNC plasma cutting applications.

Collision and Material Detection System 

Maker Store’s innovative Collision and Material Detection System for the FORTIS Plasma CNC machine represents a leap forward in automated safety and precision cutting technology. The Collision Detection System detects the collision of the 35mm plasma torch with the workpiece and halts the system, preventing damage to the torch, workpiece and machine. If your plasma cutter is not equipped with an Ohmic Sensor or its not working, this system can detect the material as well to initiate cutting. One of the Inductive sensors of this system is specifically used for material detection. The FORTIS Plasma CNC Kit comes with this Collision and Material Detection System. Key features:

  • Multi-Sensor Array:
    • Utilises a network of 3 strategically placed LJ12A3-AX NPN inductive sensors around the plasma torch
    • 3 inductive sensors work in conjunction for comprehensive detection
  • Instant Response:
    • Works with MyPlasm CNC controller to stop the machine operation upon collision detection
    • Can resume operation after clearing obstruction
  • Easy Maintenance:
    • Modular design allows for easy sensor replacement if needed

Note: Collision Detection System does not include the plasma cutter (offered separately).

FORTIS FrameFORTIS Frame
Sturdy Machine Frame The FORTIS Plasma CNC Machine boasts a sturdy frame constructed from high-strength 40 Series T-slot Aluminium Extrusions, specifically using 40×40 and 40×80 profiles. This design provides exceptional rigidity and durability, essential for maintaining stability during high-precision cutting tasks. The T-slot construction allows for easy attachment of components and accessories, making modifications and customizations straightforward.
Its modular nature also facilitates quick disassembly, enabling hassle-free transportation and maintenance. This robust frame ensures that the FORTIS Plasma CNC Machine delivers reliable performance, even under heavy loads and during prolonged use in demanding industrial environments.

Rigid Gantry Plates allow two clearance configurations

FORTIS 110mmFORTIS 110mm
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The FORTIS Plasma CNC Machine features versatile Y-axis gantry plates that allow for two distinct clearance configurations to accommodate various cutting needs. Users can assemble the machine with either a 150mm clearance, ideal for handling thicker materials and providing ample space for complex cuts, or a 110mm clearance configuration when the knife bed is not in use, offering a more compact setup. This flexibility ensures that the FORTIS Plasma CNC can be tailored to different applications, enhancing its adaptability to a wide range of projects while maintaining precision and control.
 

Use of Robust 25×50 and 10×20 Cable Drag Chains

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The FORTIS Plasma CNC features an effective cable management system using 25×50 and 10×20 drag chains to keep cables organized, protected, and free from obstruction during operation. The robust 25×50 drag chains are used on the X and Y axes, offering ample space for housing the machine’s cables and hoses, while ensuring smooth and reliable movement. These drag chains prevent cable tangling and wear, which is crucial for maintaining the machine’s performance and extending the lifespan of its electrical components. On the Z-axis, the compact 10×20 drag chain is used, providing efficient cable routing in tighter spaces. Both drag chains feature a modular design that allows for easy adjustments and maintenance, and their tool-free opening mechanism ensures that any cable replacements or reconfigurations can be done quickly and without hassle.
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Knife Bed 

Maker Store’s custom-designed knife bed for the FORTIS Plasma CNC machine gives another edge to the machine. There’s nothing like this Knife Bed in the market. Traditional Knife Beds suffer from rattling which sometimes results in cutting inaccuracies. However, FORTIS’s  Knife Bed keeps the steel blades in tension at all times which results in no rattling and enhances the cutting accuracy. The modular construction comprises easily replaceable steel blade sections that are tensioned placing the blades around the 25mm M8 Cap Head Bolts.

Custom Ball Screw Brackets

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FORTIS Plasma CNC uses Custom ball screw brackets that replace the traditional Fixed and Floating Ball Screw supports making the whole assembly compact and lightweight.  These brackets are suitable for SFU1204 – 12mm Ball Screw and are made from Aluminium 6063-T5. The bracket at the threaded end of the ball screw uses 6800-2RS Bearing with a dynamic load rating of 1.38kN. The bracket at the non threaded end uses 688ZZ Bearing with a dynamic load rating of 590N.
Custom Foot Bracket FORTIS Plasma CNC is equipped with custom foot brackets that allows a user to attach 40 Series extrusion to the machine base to create a table. These brackets are made from 2mm thick Mild Steel Sheet. The brackets use M8 hardware that creates a sturdy connection.
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Pinion Pivot Mechanism

Maker Store developed a new pivot mechanism for the Helical Gear Rack and Pinion that is more sturdy compared to the pivot mechanism used in machines like MakerBee and Ox-GEAR. This new pivot mechanism maintains constant tension between Helical Pinion mounted on the motor shaft, and Helical Rack using a custom Rod End that has a threaded hole.

By maintaining constant engagement between the pinion and rack, the system ensures accurate positioning and smooth motion, even at high speeds or under heavy loads. This improved tensioning system also reduces wear on the components, contributing to the machine’s overall longevity. For users, this means less maintenance and more reliable performance, making the Pinion Pivot Mechanism a valuable innovation for precision-driven tasks.

Controller and Software

FORTIS Plasma CNC Kit comes with the Myplasm CNC System, which is the recommended controller for FORTIS Plasma CNC. The MyPlasm CNC system has been specially designed to give you the power and precision you need to take your cutting projects to the next level. With all functions integrated into one project, MyPlasm CNC system makes controlling your machine to make cuts easier than ever before. You no longer have to struggle with complex G-codes and confusing instructions. This intuitive system allows you to control FORTIS Plasma CNC and plasma torch based on simple 2D drawings, significantly reducing the required level of knowledge. You can easily power the MyPlasm CNC System with our 24V 50W Power Supply which is included in the kit.

MyPlasm CNC SystemMyPlasm CNC System
The MyPlasm CNC system is based directly on vector drawings, which makes it ideal for users who appreciate minimalism and an all-in-one solution, as only a few clicks are required to operate the machine. Features include but are limited to:

  • Automatic Operation Mode
  • Easy path positioning
  • Simulated Cutting
  • MyMini CAD/CAM
  • Cutting Head positioning with windows compatible game controller
MyPlasm CNC System (6)MyPlasm CNC System (6)

FORTIS Plasma CNC Add-Ons

The FORTIS Plasma CNC  can be paired with the following add-ons to suit different requirements. Please note these add-ons are not included in the kit and can be bought separately.

Plasma Torch Clamp

This specialised plasma torch clamp ensures secure and accurate holding of 35mm plasma torch, contributing significantly to FORTIS Plasma machine’s cutting quality. This clamp is made from 20 mm thick Al 6063 – T5. This clamp mounts on the Z-Axis Plate and can also be mounted on 20×60, 20×80 and C-Beam V-Slots.

Table

The Table for FORTIS CNC 1000X1500mm is constructed using durable 40 Series T-slot aluminium extrusion, providing a solid and stable foundation for the CNC machine. This robust frame is designed to support heavy-duty cutting tasks while minimizing vibrations, which helps maintain precision and accuracy during operation. The legs of the table can be easily attached to the Custom Foot Brackets of the FORTIS using M8 hardware.

Plasma Cutter

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The FORTIS Plasma CNC Machine  can be paired with the Thermacut Extrafire 40SD Plasma Arc Cutting System – CNC ready with a vertical torch and 50:1 Voltage Divider. This Plasma Arc Cutting System has a piercing capacity of 8mm (Value for low alloyed steel, e.g. Mild Steel S235JR). The piercing capacity varies based on the Plasma Arc Cutting system being used. The 35mm diameter plasma torch can be placed in the collision and material detection system clamp or the plasma torch clamp.

14 Pin CNC Interface Plug Kit

The Thermacut 14 Pin CNC Interface Plug Kit is a high-quality connector solution designed for seamless integration between plasma cutters and CNC systems. This kit ensures reliable communication and control, making it an essential accessory for advanced plasma cutting operations. This kit allows connection between the THC interface of Myplasm CNC System and the Thermacut Extrafire Plasma Arc Cutting Systems for effortless control using Myplasm CNC software.

FORTIS Plasma CNC Machine:  Engineered using Finite Element Analysis (FEA)

All the custom brackets and plates used in the FORTIS Plasma CNC machine have been tested using Finite Element Analysis (FEA). This advanced computational method played a crucial role in refining the machine’s design, allowing for virtual testing and optimisation before physical prototyping. The physical prototyping further helped the Maker Store engineers to optimise the design for optimal performance.

FORTIS Plasma CNC Specifications:

 
 Machine Working Area Footprint
1000x1000mm 780x840mm 1197×1020
1000x1500mm 780x1340mm 1197x1520mm
1500x1500mm 1280x1340mm 1697x1520mm
1500x3000mm 1280x2910mm 1697x3070mm
Motors
 X-Axis Y-Axis Z-Axis
Nema 23 High Torque – 3 Nm Stepper Motor Nema 23 High Torque – 3 Nm Stepper Motor Nema 23 High Torque – 3 Nm Stepper Motor
X-axis Motion System HGR15 Linear Rails with HGH15CA Bearings
Y-axis Motion System HGR15 Linear Rails with HGH15CA Bearings
Z-axis Motion System HGR15 Linear Rails with HGH15CA Bearings
X-Axis Transmission System Helical Rack/Pinion Module 1.0
Y-Axis Transmission System Helical Rack/Pinion Module 1.0
Z-Axis Transmission System 300mm SFU1204 Ball Screw
Rapid Feed Rate 35000 mm/min
Repeatability ±0.03mm
Clearance Configurations 150mm and 110mm

Frequently Asked Questions

What can I cut?

The FORTIS Plasma CNC is a highly capable machine that can handle a wide range of tasks with ease. However, its performance is largely influenced by the plasma cutter you choose. For example, even if you have a 100A plasma cutter, it’s not advisable to cut thin materials at maximum power. Instead, it’s recommended to lower the amperage for better results.
The most commonly cut materials with a plasma cutter include:
  • Mild steel
  • Stainless steel
  • Aluminium (ensure proper ventilation to manage fumes)
  • Brass
  • Any other conductive materials

Is a Plasma Cutter included in the price? The base price of the FORTIS Plasma CNC does not include a plasma cutter, giving you the flexibility to either supply your own or purchase one. Recommended Options: You can opt for a Thermacut plasma cutter, available in single-phase or three-phase models. A three-phase system is ideal for cutting thicker materials, offering more power and efficiency. These units connect seamlessly to the FORTIS Plasma CNC via a 50:1 voltage divider for precise operation. Choosing the Right Plasma Cutter: If you prefer a different plasma cutter, consider the following factors to ensure compatibility and optimal performance:

  1. Price Range: Plasma cutters vary in cost from $400 to $8,000, which often reflects their capabilities.
  2. Power Supply: Ensure compatibility with your power system:
    • 240V single-phase or
    • 400V three-phase with the correct breaker size.
  3. Amperage: A minimum of 40 amps is required for effective cutting.
  4. Duty Cycle: Check the duty cycle, which indicates the percentage of time over a 10-minute interval the plasma cutter can run at a specific amperage without overheating.
  5. Air Flow/Input: Ensure your air compressor meets the plasma cutter’s minimum airflow requirements.
  6. Air Quality: Use clean, dry air, as moisture can negatively affect cut quality.
  7. Vertical Torch Compatibility: Ensure your torch setup supports vertical cutting for precision.
  8. Voltage Divider: Plasma cutters should support 20:1 or 50:1 voltage divider connections. For safety, a 1:1 connection is best converted to a safer voltage using a divider.

By keeping these considerations in mind, you can select the plasma cutter that best suits your needs while ensuring seamless integration with the FORTIS Plasma CNC. What software is included or recommended? The MyPlasm controller by Proma Elektronika comes with access to MiniCAD and MyPlasm motion control software, covering key aspects of the CNC cutting workflow:

  1. CAD (Computer-Aided Design): MiniCAD handles basic geometry design effectively but has limitations with more complex designs.
  2. CAM (Computer-Aided Machining/Toolpathing): MyPlasm excels here, offering an intuitive interface. Simply upload a clean DXF file, and the software automatically generates cutting paths, lead-ins, and lead-outs for precise operation.
  3. Motion Control: MyPlasm truly shines in this area with a user-friendly GUI and advanced features tailored for smooth, accurate cutting.

Key Features of MyPlasm Software

  • Torch Height Control: Automatically adjusts the cut height using data from a compatible plasma cutter.
  • Floating Head System: Ensures correct initial height before cutting begins.
  • Dual Y-Axis Homing: Synchronizes left and right motors for a perfectly perpendicular X-axis.
  • Seamless DXF Integration: Easily uploads DXF files, assigns cut paths, and handles lead-ins and lead-outs automatically.
  • Recovery Options: Resume cutting from any point or shape after a power or communication loss.
  • Real-Time Visualization: Displays live cutting positions, torch movements, and plasma cutter voltage readings on-screen.
  • Framing: Outer perimeter framing for precise setup.
  • Safety Limits: Includes both soft and hard limit features.
  • Optional Game Controller Integration: Enhances usability and control.
  • Progress Management: Includes a progress bar with options to skip to the next or previous part.
  • Parameter Saving: Saves settings for easy reuse in future projects.

You can download MyPlasm now and start exploring it’s functions at https://proma-elektronika.com/to-download/. The software takes a tad to get used to but is specific to plasma cutting and does that very well. Does it comes with THC (Torch Height Control)? The MyPlasma controller is compatible with any plasma cutter equipped with a voltage divider and CNC port, ensuring smooth and precise torch height control. Place a sheet of corrugated iron, a drum, or a steel keg, and watch as the torch automatically adjusts to follow the surface contours effortlessly. Is there a warranty period? We provide a 12 month warranty on all mechanical and controller parts. Our support includes:

  • Online troubleshooting.
  • Access to technical experts.
  • Spare parts supply.

What safety measures do I need to keep mind of? To ensure safe and efficient operation of your FORTIS Plasma CNC, follow these essential safety measures: General Safety Practices:

  1. Always supervise the machine while it is in operation; never leave it running unattended.
  2. Limit access to the workspace during operation, allowing only authorized and trained personnel to enter.
  3. Ensure the work area has proper ventilation, particularly when cutting materials like aluminium, to avoid exposure to harmful fumes.
  4. Avoid cutting aluminium-lithium alloys near water, as this can cause a dangerous reaction that may result in fire.
Protective Gear:
  1. Wear safety goggles or a face shield specifically designed for plasma cutting to protect against sparks and debris.
  2. Ensure everyone present in the room also uses appropriate eye protection when the plasma cutter is active.
  3. Use heat-resistant gloves and protective clothing to guard against burns and flying metal fragments.
Operational Precautions:
  1. Keep a safe distance from the cutting area and avoid placing your hands or body near the CNC while it’s running.
  2. Ensure adequate airflow around the CNC controller to prevent overheating.
  3. Handle materials carefully both before and after cutting to avoid injury from sharp edges or residual heat.
After Operation:
  1. Allow sufficient time for the machine and cut materials to cool before handling them.
  2. Perform regular maintenance and inspections to keep the machine in optimal and safe working condition.

Why Maker Store? 

Customer SupportCustomer Support

Customer Support

Our Aussie product specialists are here to help—by phone, email, live chat or in-store!
Lifetime Aussie Technical SupportLifetime Aussie Technical Support

Lifetime Aussie Technical Support

Our Lifetime Assistance ensures you have ongoing support for your CNC machine long after your purchase.
WarrantyWarranty

Warranty

Apart from ensuring you get the best quality products, all our products are also backed by our 12-month comprehensive warranty.

Don’t take our word for it! 

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Full Assembly Service (Let us build it for you) – Offered Separately

Our full assembly service provides customers with a ready-to-use CNC machine, eliminating the need for complex and time-consuming assembly. While we provide detailed manuals for setting up every part of the kit, our full assembly service is ideal for those who need a budget-friendly CNC but do not have the time to assemble it. This service saves you valuable time and effort, allowing you to focus on your projects rather than the intricacies of assembly. With our expert technicians handling the build, you can be assured of a machine that is precisely assembled and calibrated for optimal performance and reliability. Each assembled machine undergoes rigorous testing to meet our high standards for precision and durability. This includes verifying alignment, checking component functionality, and performing test cuts to ensure flawless operation. The mains wiring is done by a qualified electrician (who provides an electrical certificate), and the mechanical assembly is completed by our qualified engineers in-store. As a result, you receive a CNC machine that performs reliably and efficiently right out of the box, giving you peace of mind and confidence in your investment. Additionally, we offer flexible shipping options to accommodate your needs. We can ship the fully assembled machine to be unloaded using a forklift or other lifting device. Alternatively, we can organise a method such as mounting the pallet on wheels and delivering it using a truck with a tail lift. Our full assembly service includes detailed documentation and support, empowering you to operate and maintain your machine effectively. This convenience, combined with comprehensive support, allows you to start your projects immediately and achieve high-quality results, enhancing your overall CNC experience and maximising productivity. Talk to us about getting your CNC Assembled by our team today

Maker Store: A Leader in CNC Design and Engineering

Maker Store is not just another supplier of CNC machines and tools; it’s a hub of innovation, driven by a passion for empowering creators. With a team of experts who have spent years mastering the intricacies of CNC technology, Maker Store has earned a reputation for delivering cutting-edge solutions that push the boundaries of what’s possible.

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