CNC Oscillating Knife Cutting Machine
Experience unparalleled accuracy and speed, elevating both your productivity and the quality of your end products
The Products AMOR Offers You
AMOR CNC is a leading manufacturer specializing in the development and production of oscillating knife cutting machines. Our commitment to quality has positioned us as a provider of top-tier non-metallic material cutting solutions on a global scale.
Our product lineup consists of two distinct series:
MK Series
Featuring a fixed flat platform, this series is optimized for cutting non-metallic plates such as acoustic panels and gaskets.
BK Series
Equipped with a crawler feeding platform, this series excels at processing materials like leather, textiles, fabric, and coils.
We offer four standard machine models: 1610, 1625, 1630, 1640. Each model’s name corresponds to its Y-axis and X-axis effective processing area, measured in millimeters. For instance, model 1610 has a 1600mm Y-axis and 1000mm X-axis processing area.
Beyond our standard offerings, we proudly offer customized services tailored to individual processing requirements. Our customization capabilities extend up to a 3580 model, the largest we have crafted to date.
AMOR1610
A small-format CNC cutting machine fits well in limited space
AMOR1625/30/40
Medium-sized CNC cutting machine, offering excellent value, is chosen by 80% of customers.
Customized
If you need a custom CNC cutting machine with a longer lead time, please plan ahead
Let's Talk About Your Cutting Needs
Please provide the size, thickness, and hardness of the material you want to process, along with the functions you need (e.g., cutting, creasing, grooving, punching, marking). With this information, we’ll quickly respond with detailed solutions and quotes. Act now!
What is Oscillating Knife Cutting Tool?
The oscillating knife is a cutting tool that moves in an up-and-down motion at high frequencies. This motion, typically ranging from 12,000 to 20,000 oscillations per minute, allows the knife to cut through materials efficiently.
Imagine the oscillating knife as a skilled chef’s knife, moving back and forth at high speeds. While a chef finely chops ingredients, the oscillating knife precisely cuts through materials like fabric, foam, or cardboard. The ‘oscillating’ or vibrating motion allows the blade to slice cleanly through the material without tearing or fraying, much like a chef’s quick, rhythmic chopping. This technology ensures precise, efficient cutting, tailored to your specific needs
Multiple Tools and Functionalities
Electric Oscillating Knife Tool（EOT）
Function: Utilizes a 120W-200W DC brushless motor to drive rapid oscillation of the blade for precise cutting. Applies to: Ideal for cutting medium to thick materials like cardboard, felt board, foam, and composite materials.
Fixed Knife Tool
Function: Straight cutting without oscillation, typically used for thinner materials. Applies to: Cutting film, paper, and other thin substrates.
Pneumatic Oscillating Knife Tool（POT）
Function: Utilizes compressed air for rapid blade oscillation, ensuring precise cutting with added stability. Applies to: Ideal for medium to thick materials like cardboard, foam, and composites, as well as tough textiles like leather and rubber.
Punching Tool
Function: Creating holes or perforations in materials. Applies to: Ventilation holes in automotive interiors, perforations in packaging.
Router Tool
Function: Engraving, milling, and shaping harder materials. Applies to: Woodworking, plastic processing, aluminum cutting.
Marking Tool
Function: Marking or drawing on the material for alignment or further processing. Applies to: Alignment marks, labeling, decorative designs.
Active Wheel Tool
Function: The rotary knife tool utilizes a circular blade that rotates to perform continuous cutting. Applies to: Suitable for cutting a wide variety of materials, including fabrics, textiles, leather, paper, and thin plastics.
Creasing Wheel Tool
Function: Creasing or scoring materials to enable easy folding without cutting. Applies to: Packaging, displays, cardboard prototypes.
400W Electric Oscillating Knife Tool
Function: The 400W electric vibrating knife uses a high-power motor to drive the blade to vibrate quickly. Applies to: Suitable for cutting hard and thick materials: such as dense foam, cardboard, and various composite materials.
Bevel Cutting Tool
The bevel cutting tool is designed to cut materials at specific angles, rather than perpendicular to the surface. Applied to: Grooving process of acoustic panels, foam boards, honeycomb paper boards and other non-metallic boards.
Kiss Cutting Tool
Function: Kiss cutting cuts the top layer of material without penetrating the backing or substrate. Applies to: Primarily used in label manufacturing for cutting stickers or labels, enabling easy peeling.
Leveling Tool
Function: Utilizes a built-in sensing system to gather height data from the working platform, transmitting it to the control system. Application: Enables intelligent compensation of cutting depth during tool processing, minimizing damage to the cutting table.
Combination of Tools
These combinations reflect the adaptability of oscillating knife cutting machines, enabling them to cater to diverse cutting needs across various sectors. By integrating different tools, these machines offer comprehensive cutting solutions, whether it’s cutting, creasing, engraving, perforating, or specialized processing.
Single Tool Holder
With a single universal tool holder, our cutting machine offers the flexibility to adapt to various materials. Whether it's the electric oscillating knife, pneumatic oscillating knife, or driving wheel tool, you can easily switch between different cutting tools to meet your specific needs.
Dual Tool Holder
With a double tool holder, two cutting tools can be installed simultaneously, allowing for quick switching between different tasks, such as cutting and grooving or creasing. This versatility not only adapts to various materials but also enhances efficiency by reducing downtime and removing the need for manual tool changes.
Three Tool Holder
A triple-tool holder allows three different cutting tools to be installed simultaneously. This provides even greater adaptability for various materials and cutting processes, such as cutting + grooving/creasing+milling. By enabling three tools to be at the ready, the machine can quickly switch between them without manual intervention.
Extension Tool
In addition to adding a universal tool holder to obtain more tools, you can also install other functions according to processing needs, such as: marker pens, inkjet and punching tools to meet more processing needs. The function of the machine is brought to the extreme.
Dual-Head Synchronous Mode
By utilizing two cutting heads working synchronously, this mode effectively doubles the cutting capacity. The two heads operate simultaneously on the material, ensuring faster completion of tasks, which is crucial for high-volume production.
Dual-Head Asynchronous Mode
Dual-head asynchronous processing allows the two cutting heads to operate independently of each other, performing different tasks simultaneously. This means that one head can be cutting while the other is grooving, creasing, or performing another operation, enhancing the machine's versatility.
What Solutions are There?
AMOR oscillating knife cutting machine is celebrated for its multi-functionality, high precision, and environmentally friendly processing. These advantages make it a preferred choice across various non-metallic material processing industries:
- Packaging: For cutting cardboard, shaping packaging materials.
- Textiles: Aids in cutting fabrics for clothing and upholstery.
- Automotive: Cuts gaskets, mats, and interior components.
- Furniture: Essential for cutting foam and shaping furniture.
- Signage: Assists in cutting banners and signs.
- Aerospace: Used in cutting composites for aircraft manufacturing.
- Electronics: Facilitates cutting insulators and electronic components.
- Construction: Supports cutting insulation and building materials.
How does Oscillating Knife Cutter Work?
Loading Material:
Material, such as fabric or foam, is loaded onto the machine’s cutting bed.
Setting Parameters:
The operator sets cutting parameters like path, depth, and speed in the control system.
Calibrating the Tool:
The oscillating knife is calibrated for proper alignment and depth, either manually or automatically.
Cutting Process:
The knife oscillates rapidly along the programmed path, cutting the material precisely without deformation.
Unloading and Post-Processing:
Finished pieces are unloaded, and any necessary post-processing, such as shaping or assembly, is performed.
Components of Oscillating Knife Cutter
Understanding the components of AMOR’s vibrating knife cutting machine offers you a clear insight into its functions and capabilities. This knowledge not only helps you recognize what you are investing in but also highlights the specific features and advantages of AMOR products. With this information at your fingertips, you can make informed purchasing decisions that align with your unique needs. Whether it’s requesting customized features or ensuring that the machine serves your exact purposes, our detailed explanations empower you to choose the solution that best fits your business.
Table Of Contents
Super Heavy Welded Bed Frame:
Vibration Resistance: AMOR’s bed frame design absorbs vibrations for stable and accurate cutting.
Load-Bearing Capacity: Built to support the machine’s parts and materials, ensuring precision even with heavy loads.
Material Quality: Constructed with 4mm thick, 80X80 square tubes, reflecting AMOR’s dedication to durability.
Design Excellence: Supports placed every 600mm enhance precision and increase the machine’s lifespan.
Scalability: Customizable sizes and configurations make AMOR’s product line adaptable to various industry needs.
Transmission System
Function and components
The transmission system in the Oscillating Knife Cutting Machine translates digital commands into mechanical motion, managing the cutting tool’s speed and direction for smooth operation. It can also increase torque for cutting various materials and ensures all parts move in unison.
Its components include:
Servo Motors: Power the mechanical parts, providing speed and torque.
Reduction Gears: Adjust speed and torque for specific tasks.
Rack: Transmits power smoothly to the cutting tool.
Guide Rail: Stabilizes the cutting tool’s movement.
These elements work together to ensure precise and efficient cutting.
Y-axis Transmission Design
The beam of the machine is crafted from 6065-T5 aviation aluminum alloy, extruded for high-precision installation with a 225mm width and 8mm wall thickness. This ensures robust operation.
The stability of the cutting head during rapid movement is guaranteed by double HWIN upper silver linear guide rails and a C-shaped embracing structure.
Powered by a 400W Mitsubishi servo motor and precision reducer, along with a high-precision grinding rack, the machine can fulfill customers’ high-precision processing needs.
X-axis Transmission Design
The X-axis, a vital load-bearing axis, supports the entire cutting system during machine operation. To ensure robust and precise cutting, our X-axis features:
20mm Thick Steel Plate Base: Fine-milled for a perfect installation section.
Double 400W Mitsubishi Servo Motor + Precision Reducer: This dual-motor drive ensures long-term cutting accuracy, setting it apart from single-motor designs.
25mm Wide HWINGuide Rail: Includes an oil lubrication system for smooth operation.
High-Precision Grinding Rack: Ensures quieter operation and enhanced cutting precision.
These features collectively contribute to the machine’s strong and stable cutting performance.
Material Control System
Vacuum Pump
The vacuum pump creates suction that holds the material firmly in place on the cutting bed. This ensures that the material does not shift or slide during the cutting process, allowing for more accurate and consistent cuts.
Honeycomb Panel
45mm thick aluminum honeycomb structure provides a strong and stable surface for cutting. The aluminum honeycomb panel allows for even suction across the entire cutting surface. Ensures that materials are held securely in place during cutting.
Felt Table Cover
Imported Dutch felt, the felt table cover provides a soft surface that minimizes scratches and damage to the materials being cut. The felt helps in absorbing vibrations and shocks during cutting, leading to smoother and more accurate cuts.
A Misunderstanding of Vacuum Adsorption
We’ve noticed that many of our customers, in fact, 80% of them, have a common misconception about the vacuum pump in the Oscillating Knife Cutting Machine. They often believe that the vacuum pump’s strong suction can hold any material, regardless of size or type, firmly on the working platform’s surface.
The truth, however, is a bit more nuanced. While the vacuum pump plays a crucial role in holding materials, its effectiveness depends on various factors such as the material’s size, thickness, porosity, and the overall design of the vacuum system.
If materials are not held firmly, it doesn’t necessarily mean the power of the vacuum pump is too small. It might be related to the compatibility between the material and the vacuum system or the way the system is configured.
How to Enhance the Adsorption of Vacuum Pump
Zoned Vacuum System
If the machine is frequently used to cut materials of varying sizes, a zoned vacuum system can be tailored to suit the specific dimensions, concentrate suction on one area ensuring effective hold-down.
Follow Cover System
For materials with strong air permeability, such as polyester fiber acoustic panels, traditional partitioned adsorption may fall short. To overcome this, AMOR has developed a dynamic covering system that moves with the cutting head, firmly securing the material during processing. This innovative solution ensures accurate cutting, even with challenging materials.
How to Cut the Roll Fabric Continuously
Automated Unrolling: The machine is equipped with a roller system that automatically unrolls the fabric from the roll, feeding it into the cutting area.
Tension Control: The feeding system ensures that the fabric is maintained at the correct tension, avoiding wrinkles or misalignments.
Automatic deviation correction: Automatically sense the edge position of the fabric during the process of conveying the fabric, and correct the fabric to ensure the accuracy of continuous conveying.
Cutting System
High-quality Tool Holder
In the above content, we have elaborated the types and functions of various tools in detail. Now, let’s take a look at AMOR’s high-quality tool holders:
Guide Rails Configuration: Our machines employ two HWIN guide rails, with widths of 20mm and 15mm, arranged in an L-shaped layout. This design firmly secures the tool seat, effectively shielding it from vibrations during cutting and preventing damage.
Durable Tool Seat Design: The inner wall of the tool seat undergoes a hard oxidation process, ensuring resistance to wear even with frequent tool changes. This maintains a tight fit with the tool, safeguarding cutting accuracy.
High-Quality Accessories: We utilize top-tier components to ensure smooth performance:
Ring Belt: Made of Italian Megaudi, known for durability.
Screw Rod: Crafted from Taiwan TBI, renowned for precision.
Bearing: Utilizes Japanese NSK, ensuring stability for continuous operation.
Various Cutting Blades
Tool Type Selection: Depending on the tool you choose, we’ll recommend the appropriate blade:
Active Wheel Tool: Rounded edge blade.
Bevel Tool: Grooving blade.
Material-Based Selection: We offer blades in various thicknesses (0.63mm, 1mm, 1.5mm) to suit different materials. The standard thickness is 1mm, while 1.5mm is used for superhard materials. The blade length should be 5mm more than the material’s thickness.
Graphics-Based Selection: Depending on the complexity of your cutting graphics, we configure blades of different shapes and angles (0°, 16°, 26°, etc.), with both sharp and obtuse tips.
With AMOR, you don’t have to navigate the myriad blade options alone. We tailor our blade selection to your specific needs, ensuring optimal performance for your cutting applications.
Automatic Knife Calibrator
Functions of Automatic Knife Alignment Tool :
Precision Alignment: The tool ensures that the knife is precisely aligned with the cutting plane. This guarantees accuracy in cuts, even in complex and intricate patterns, ensuring that the product conforms to the exact specifications.
Consistent Quality: By automatically calibrating the knife, it maintains consistent quality across multiple cuts and production batches. This minimizes variations that might occur due to manual calibration, enhancing the reliability of the machine.
Efficiency and Productivity: Automating the knife alignment process saves valuable time, as it eliminates the need for manual intervention. This improves the overall efficiency of the cutting process and allows for higher production volumes.
Enhanced Safety: Automated alignment reduces the risk of human error and enhances safety, as operators are less likely to be exposed to potential hazards associated with manual alignment.
Control System
Scientific Wiring
Each wire harness in our machines is clearly marked at both ends for easy maintenance and reinforced at connections to prevent disconnection.
Circuit Board
We've replaced the transmission wiring at the Z-axis terminal with a plug-in circuit board design, enhancing reliability and simplifying maintenance.
Electrical Device
We utilize French Schneider Electric for power switches, AC contactors, and relays, along with Japanese Omron brand limit switches, ensuring stable control signal output.
Control Panel
It adopts LCD touch design, plate structure, and friendly man-machine interface. Can support: English, Russian, Spanish, Italian, Korean and other languages of many countries and regions.
Intelligent Positioning and Identification
CCD Mark Point Positioning
CCD mark point positioning enables the cutting machine to find specific marks on the material. This leads to more accurate cutting, fewer mistakes, and better product quality.
Projection Positioning
Projection positioning shows the cutting path on the material itself, helping operators see where to cut. This leads to better alignment and more accurate cutting.
Visual Recognition
Vision recognition helps machines identify outline on materials like printed fabrics and genuine leather, leading to precise and aligned cutting.
Technical Parameters
| MODEL | AMOR-1610 | AMOR-1625/30/40 | ACCEPTING CUSTOMIZATION |
|---|---|---|---|
| Effective Working Area | 1600X1000mm | 1600X2500/3000/4000mm | |
| Total Measurement Y/X/Z | 2180X1610X1250mm | 2180X3200/3700/4700X1250mm | |
| Type of Work Platform | MK series: fixed table; BK series: automatic feeding table | ||
| Multi-Head Optional | Double head optional efficiency doubled, double gantry optional, double head mutual shift optional, length can be customized | ||
| Multi-Function Tool | Vibrating knife full cutting, high power active round knife, semi-cutting cutting, full cutting cutting, camera positioning cutting, edge finding cutting, acrylic milling cutter, cursor positioning, line marking, indentation knife, V-groove knife, etc. | ||
| Safety Devices | Infrared sensing, safe and reliable | ||
| Cutting Speed | 0-2000mm/s | ||
| Cutting Thickness | ≤50mm Other thicknesses can be customized according to the material | ||
| Transmission Port | Network port | ||
| Material Fixing Method | Vacuum partition adsorption | ||
| Transmission System | Mitsubishi servo motor + high precision helical gear reducer + 1.5m grinding rack + HWIN guide rail | ||
| Rated Power | 11kw | ||
| Rated Voltage | 380V±10%/220V±10%（A suitable transformer can be configured according to the customer's local voltage) | ||
| Control System | LCD touch screen, support Chinese, English, Italian, Spanish, Russian, Korean | ||
| Software | Automatic nesting software, camera positioning, large format camera system | ||
| Support File Format | AI、PLT、DXF、CDR etc. | ||
Frequently Asked Questions
If your question is not listed, please email us right now.
Oscillating knife cutting machines are engineered to handle various non-metallic flexible materials. Here's a broad overview of the materials they can typically cut:
- Rubber: Including natural and synthetic rubber, commonly used in gaskets and seals.
- Foam: Various types, including polyurethane foam, used in insulation, furniture, and packaging.
- Textiles: Fabrics made from natural or synthetic fibers, used in clothing, upholstery, and more.
- Leather: Genuine and synthetic leather, for applications in footwear, bags, and upholstery.
- Cardboard and Paper: For packaging, including corrugated cardboard and specialty papers.
- Plastics: Including reinforced plastics and laminates, often used in composite materials.
- Cork: Used in gaskets, seals, and various industrial applications.
- Fiberglass: Utilized in composite materials for automotive, aerospace, and industrial components.
- Silicone: Commonly cut for gaskets, seals, and various industrial uses.
- Soundproofing Materials: Such as mineral wool, used in construction and automotive for sound insulation.
These materials encompass a wide range of industries and applications, from automotive to aerospace, construction to packaging, and more. Oscillating knife cutting machines offer precise and efficient cutting solutions, allowing for versatile usage across these materials. Their adaptability makes them a valuable tool for various businesses seeking advanced cutting solutions.
The precision and tolerance levels of an oscillating knife cutting machine can vary based on the specific model, manufacturer, and configuration of the machine. Here's a general overview:
Precision
- High Precision Models: Some advanced oscillating knife cutting machines can achieve a cutting precision of up to ±0.1 mm.
- Standard Models: Most standard machines might offer a precision within the range of ±0.2 to ±0.5 mm.
Tolerance Levels
- The tolerance level refers to the acceptable deviation from the specified dimensions. It can be closely linked to precision, and in most oscillating knife cutting machines, the tolerance level might be similar to the precision range, such as ±0.1 to ±0.5 mm.
Factors Influencing Precision and Tolerance
- Blade Type and Configuration: The choice of blade and its proper configuration can significantly impact precision.
- Material Type: Different materials might respond differently to cutting, affecting both precision and tolerance.
- Calibration and Maintenance: Regular calibration and proper maintenance are essential to maintain the desired levels of precision and tolerance.
Conclusion
It's essential to consult with the manufacturer or supplier to get detailed specifications for a particular machine model, especially if your application requires a specific level of precision or tolerance. If you're considering a product from AMOR's range of high-quality CNC oscillating knife cutting machines, you can expect top-tier precision and reliability, tailored to meet the diverse needs of various industries. Feel free to ask if you need information on a specific model or application!
Safety is paramount in the operation of oscillating knife cutting machines, and AMOR CNC typically incorporate several safety features to protect operators. Here's an overview of some common safety protection functionalities:
Emergency Stop Button: Provides immediate cessation of operation in case of an emergency, allowing the operator to quickly halt the machine.
Protective Guards and Covers: Shields and barriers around cutting areas and moving parts prevent accidental contact with the blades or other hazardous components.
Safety Sensors: These can detect unauthorized access to dangerous areas and automatically shut down the machine or trigger alarms.
Operator Authentication: Ensures that only trained and authorized personnel can operate the machine, preventing misuse.
Software Safety Controls: Includes features like soft limits to prevent the machine from moving beyond predefined boundaries, minimizing the risk of collisions or other accidents.
Safety Interlocks: Prevents the machine from operating when doors or guards are open, ensuring that all protective measures are in place before cutting begins.
Hand Safety Devices: Some machines may include mechanisms to keep the operator's hands at a safe distance from the cutting area.
Dust and Fume Extraction: Ensures that harmful dust and fumes generated during cutting are properly managed, protecting the operator's respiratory health.
Overload Protection: Monitors the load on the machine's motors and other components, shutting down the system if an overload is detected, preventing mechanical failure.
Regular Safety Audits and Training: While not a physical feature, proper training and regular safety inspections are essential to maintain a safe operating environment.
Conclusion
Oscillating knife cutting machines typically include a combination of these features, adapted to the specific needs and risks associated with particular materials and applications. Always consult with the manufacturer or supplier to understand the specific safety features of a particular machine, and ensure that operators are trained in their proper use. Safety should always be the foremost consideration in the selection and operation of cutting equipment.
Consumables for Oscillating Knife Cutting Machines
- Cutting Blades: Require regular replacement due to wear.
- Cutting Mats or Pads: Protect cutting surfaces and need periodic replacement.
- Lubricants: Essential for reducing friction in moving parts.
Wear-Prone Parts
- Belts and Pulleys: Need periodic replacement due to wear.
- Bearings: Can wear out and affect precision.
- Motors: May degrade over time and require servicing.
- Sensors: Subject to wear; may need calibration or replacement.
- Electrical Components: Including switches and connectors.
- Guidance Rails: Wear can affect accuracy.
Conclusion
Oscillating knife cutting machines need regular maintenance and replacement of certain consumables and parts. Proper adherence to the machine's manual and manufacturer's guidelines ensures optimal operation. With AMOR's CNC oscillating knife cutting machines, robust design and support are standard, helping to maintain long-term efficiency and precision.
Oscillating knife cutting machines excel at creating complex patterns and designs. Here's a simplified explanation of how they achieve this:
1. Digital Design Importing
The design is created or imported into software compatible with the cutting machine. Vector graphics are used to provide precise control over the cutting path.
2. Path Planning and Optimization
Software translates the design into a cutting path and optimizes it to reduce cutting time and material waste.
3. Precision Cutting Technology
The oscillating knife cuts intricate shapes precisely without tearing or distorting the material. Multi-axis control enhances the complexity of possible designs.
4. Material Handling
Vacuum or mechanical systems hold the material in place for accurate cutting. Some machines may also sense material properties, adjusting the cutting force and speed.
Conclusion
Oscillating knife cutting machines combine digital design, precision cutting, optimized path planning, and advanced material handling to handle complex designs. They produce intricate shapes in various materials, such as textiles, leather, cardboard, and composites. This technology is valuable in industries requiring custom or intricate cutting, demonstrating how modern CNC technology transforms digital designs into physical products with high precision and efficiency.
1. Cutting Speed
- Range: The cutting speed of an oscillating knife cutting machine can vary widely depending on the model, material, and complexity of the design. Speeds can range from 20 to 60 inches per minute (IPM) or even higher in advanced models.
- Material Specific: The speed may be adjusted based on the material being cut, with softer materials often allowing for higher cutting speeds.
2. Efficiency
- Optimized Path Planning: Intelligent software can optimize the cutting path to minimize waste and reduce cutting time.
- Multi-Layer Cutting Capability: Some models can cut multiple layers of material simultaneously, greatly increasing production output.
- Automation: Automated material handling and tool-changing capabilities can further enhance efficiency by reducing manual intervention.
- Energy Efficiency: Modern machines are often designed with energy-saving features to reduce operating costs.
3. Quality Considerations
- Balance with Precision: While high speed is desirable, it must be balanced with precision. Advanced control systems ensure that speed is optimized without sacrificing the quality of the cut.
- Real-Time Monitoring: Some machines offer real-time feedback and adjustments to maintain optimal speed and quality throughout the cutting process.
Conclusion
Oscillating knife cutting machines are designed to offer both speed and efficiency, adapting to various materials and complex designs. The combination of intelligent software, multi-layer cutting capability, automation, and real-time control ensures that these machines provide a fast and efficient cutting solution. As always, specific speed and efficiency metrics may vary by model and application, so consultation with AMOR, is advisable to understand the exact capabilities of a particular machine.
At AMOR, we take pride in offering more than just cutting-edge CNC oscillating knife cutting machines. Our comprehensive support package is designed to ensure that our customers have everything they need for success:
1. After-Sales Support
- Technical Assistance: Reach out to us anytime through our helplines, email, or on-site support for quick resolution of any technical queries.
- Maintenance & Service: Benefit from our regular maintenance, servicing, and emergency repair plans to keep your machine at peak performance.
- Spare Parts: We ensure prompt availability of essential spare parts and consumables.
- Software Excellence: Stay up-to-date with our regular software updates, enhancing functionality and efficiency.
2. AMOR Training Programs
- Operator Excellence: Join our comprehensive training for operators, focusing on machine functionality, safety, and troubleshooting.
- Maintenance Mastery: Gain expertise with our specialized maintenance training for regular upkeep and servicing.
- Online Learning Hub: Explore our online manuals, video tutorials, and forums for continuous learning and support.
3. Quality Assurance by AMOR
- 3-Year Warranty: Rest easy with our 3-year warranty that covers parts and labor.
- Certified Quality: Trust in our adherence to international quality standards, assuring product reliability.
- Performance Promise: We guarantee that our machines meet the specifications and performance levels promised.
- Your Voice Matters: Share your feedback, and help us drive continuous improvement in product quality and service.
Your Success, Our Commitment
Your investment in AMOR is backed by a full suite of support, training, and quality assurance. We are dedicated to your success, providing everything you need for smooth implementation and operation. With AMOR, enjoy high-quality products complemented by professional solutions and robust after-sales training. Enhance your business today with AMOR's advanced CNC machines, crafted for precision and durability. Feel free to reach out to us for any further assistance!
Integration with AMOR's CNC Oscillating Knife Cutting Machines: A Seamless Experience
1. Effortless Software Compatibility
- Software Integration: With AMOR, integration into popular CAD/CAM software is hassle-free. You can easily manage and import existing designs.
- Versatile File Formats: Our machines accept a broad spectrum of file formats, ensuring a smooth transition of your design files.
2. Tailor-Made Solutions for Your Business
- Bespoke Integration: At AMOR, we align with your unique business requirements, offering custom solutions that ensure a seamless fit with your current workflow.
3. Comprehensive Training and Continuous Support
- Hands-on Training: Our professional training modules are designed to empower your team to integrate our machines effortlessly into your existing operations.
- Uninterrupted Support: Count on our after-sales team for consistent assistance, facilitating a smooth transition.
4. Designed for Growth and Flexibility
- Future-Ready: AMOR's machines are crafted to evolve with your business, providing the adaptability needed to accommodate changes in your workflow or software.
5. Collaborative Relationships with Software Leaders
- Strategic Partnerships: We partner with top software vendors to ensure continuous compatibility with the latest design software features.
Why Choose AMOR?
Choosing AMOR means investing in more than just a machine; it's a partnership that ensures our state-of-the-art CNC oscillating knife cutting machines integrate flawlessly into your existing processes. From the initial conversation to ongoing support, we are with you at every step, committed to enhancing your productivity and profitability.
Reach out to us today and discover how AMOR's precision, durability, and seamless integration can elevate your business. With AMOR, enhancing your business with cutting-edge CNC technology has never been easier!
Certainly, at AMOR, we believe in providing solutions that fit your specific needs. Our oscillating knife cutting machines are not just products but tailored solutions crafted with precision and attention to detail.
1. Understanding Your Needs: We start by understanding your unique requirements, including the materials you'll be cutting, the desired speed, precision, and any specific software or hardware integrations needed.
2. Engineering Excellence: Our engineering team is well-equipped to design and adapt our machines to meet your specifications. Whether it's a particular cutting head, software compatibility, or a unique table size, we are ready to customize.
3. Quality Assurance: Rest assured, our customization does not compromise on quality. We adhere to international quality standards and ensure that the machine meets your expectations and our stringent quality criteria.
4. Training and Support: We also provide comprehensive training and after-sales support to ensure that your customized machine is seamlessly integrated into your existing workflow.
5. Collaboration and Communication: Throughout the process, we maintain open communication, ensuring that the final product is aligned with your vision and needs.
We invite you to share your specific requirements, and let's explore how we can craft an oscillating knife cutting machine that's perfect for your operations. Enhancing your business with a customized, high-quality CNC machine from AMOR is a decision that translates into efficiency, precision, and success.
Please feel free to contact me directly, and we can begin the exciting journey of creating a machine that's designed just for you.
Delivery Cycle
- Standard Models: For our standard machine models, the delivery cycle is typically 3-7 days.
- Customized Models: If you require a customized machine, the delivery period ranges from 25 to 30 working days.
- Production Schedule Consideration: Please note that these timelines may vary based on our factory's production schedule. We'll always keep you informed and work diligently to meet your timeline.
Installation Process
- Simplified Installation: We've designed the installation process to be as straightforward as possible. You'll only need to connect the machine to the power source.
- Step-by-Step Guidance: We provide comprehensive tutorials and guides to assist you in the installation process. Simply follow the instructions, and your machine will be up and running in no time.
- Support When You Need It: Should you have any questions or require assistance, our support team is just a call or email away, ready to assist you.
At AMOR, we strive to provide not just top-quality machines but also an experience that is smooth and customer-centric. Your satisfaction, from order to operation, is our priority.
Please feel free to reach out if you have any more questions or if you'd like to proceed with your order. We're excited to be part of your success journey, and we're here to assist you every step of the way. Enhance your business today with AMOR's advanced CNC machines, crafted for precision, durability, and ease of use!
