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Accuracy
±0.03mm Repeat Positioning Accuracy
Speed
1.5G Maximum Acceleration
Support
Critical Parts Stocked Locally in the US, 24-Hour Response
Accuracy
±0.03mm Repeat Positioning Accuracy
Speed
1.5G Maximum Acceleration
Support
Critical Parts Stocked Locally in the US, 24-Hour Response
Product Overview and Pain Point Solutions
The Standard for Stability and Precision
The BAJA-EVO is the ideal standard model and a proven workhorse for metal sheet fabrication. Known for its stable performance and exceptional ease of operation, the BAJA-EVO is designed to be a necessary and reliable asset in your workshop, significantly enhancing overall productivity while ensuring consistently high product accuracy.
Slow After-Sales Service and Parts Supply from Overseas
Local US Support & Inventory
We eliminate the risk of lengthy downtime. With our local US warehouse, parts are readily available, and our local technical team provides rapid, time-zone-friendly support, ensuring your machine is always running.
Balancing the Need for High Precision with High Efficiency
Engineered for Performance
The BAJA-EVO delivers a perfect balance. With a 1.5G maximum acceleration and a ±0.03mm repeat positioning accuracy, you don't have to choose between speed and quality. Achieve high throughput without compromising the precision of your final product.
Highlighting Quality
The Core Configuration of BAJA-EVO
The BAJA-EVO is engineered for uncompromising stability and precision. We achieve this by integrating only world-class, proven components into a robust machine structure, ensuring maximum uptime and consistent cutting quality for your business.
Sheet Steel Welded Basement
Unrivaled Stability: A stress-relieved, rigid steel basement with minimal deformation. High accuracy is ensured by large gantry milling and CNC processing. Its reinforced construction resists high temperatures and maintains steering stability for consistent cutting.
Water Chiller
Optimal Thermal Management: Professional water cooling with real-time thermostat monitoring and full automation. Features a stainless steel internal tank and anti-rust electrostatic spraying for high performance. Recommends pure/deionized water for optimal efficiency and longevity.
Cutting Head
Advanced Monitoring & Speed: Integrated slim design enables fast acceleration, cutting speed, and responsive drift-free detection. Permanently monitored goggles block path dust while LEDs display real-time status. Bluetooth-enabled display monitors air pressure and links with cutting head mechanics.
Fiber Laser Source
High Efficiency & Quality: Features up to 30% photoelectric conversion efficiency, enabling continuous processing of various metals. Constant BPP and excellent beam quality protect the optical circuit. The compact modular design offers easy installation, low maintenance, and energy savings.
Servo Motor
Ultimate Precision & Reliability: Ensures accurate position, speed, and torque control without the risk of a stepper motor's loss of steps. Offers excellent high-speed operation, strong overload capacity (up to 3× rated torque), and quick response to load changes. Provides stable low-speed running without vibration.
BAJA-EVO Technical Specifications
Detailed parameters that define the BAJA-EVO’s performance and reliability.
| Title | Parameter |
|---|---|
| Effective area(L*W) | 3000*1500mm |
| Position precision | ±0.05mm/m |
| Repeat position precision | ±0.03mm |
| The max. speed | 1.5G |
| Phase | 3 |
| Rated voltage/Frequency | 380V/60HZ |
| Protect rate | IP54 |
| X axis stroke | 1500mm |
| Y axis stroke | 3000mm |
| Control system | Cypcut |
| Laser power | 1500W~12000W |
| Weight | 2200KG |
A Deep Dive into BAJA-EVO's Core Components
Bed Frame: The Foundation of Precision
Why the Bed Frame Matters
The accuracy and lifespan of a laser cutter depend entirely on its frame. A strong, stable frame guarantees consistent precision for years. A weak frame will vibrate and warp, leading to inaccurate cuts and a shorter machine life.
The BAJA-EVO Advantage: Built to Last
Our frames are engineered for long-term reliability and precision.
- Heavy-Duty Steel Construction : We use thick, industrial-grade steel plates. After welding, the entire frame undergoes a stress-relief process to prevent it from bending or warping over time. This ensures your machine remains accurate for 5+ years.
- Precision Machining : The finished frame is machined to be perfectly flat. This critical step ensures all other components, like the guide rails, are perfectly aligned, preventing premature wear and maintaining accuracy.
- Reinforced Internal Structure : The frame’s interior has a honeycomb-like grid of reinforcements. This structure absorbs vibrations from high-speed movements, resulting in smoother cuts and protecting all components from stress.
- Built for Any Workshop : Our frames are protected with a three-layer, anti-rust coating, making them suitable for humid environments. The design is also maintenance-free; simply keep it clean.
Frame Performance Comparison
| Feature | BAJA-EVO | Standard Competitor | Low-Cost Machine |
|---|---|---|---|
| Material | Stress-Relieved Steel | Standard Steel | Square Tubing |
| Accuracy Lifespan | 5+ Years | ~3 Years | 1-2 Years |
| Vibration Resistance | Excellent | Good | Poor |
| Long-Term Cost | Low | Medium | High (due to repairs ) |
Laser Source: The Heart of the Machine
Why the Laser Source is Crucial
The laser source determines your machine’s cutting power, speed, and energy consumption. A high-quality laser source delivers reliable performance and lower operating costs. A poor-quality one leads to slow cutting, frequent failures, and high electricity bills.
The BAJA-EVO Advantage: Reliable and Efficient Power
We exclusively use top-tier global brands like MAX to ensure your machine has a powerful and dependable heart.
- High Efficiency (30%+ Conversion) : Our lasers convert more electricity into cutting power. This means you get the same performance while using less energy, saving you thousands of dollars on your electricity bills over the machine’s life.
- Superior Beam Quality: A concentrated, high-quality laser beam results in faster cutting speeds, cleaner edges, and the ability to cut finer details. This reduces the need for secondary finishing work.
- Long Lifespan (25,000+ Hours): Designed for over 25,000 hours of operation, our laser sources provide years of reliable service. This is a long-term investment, unlike low-cost alternatives that may fail after just a few years.
- Consistent Performance : Top-tier laser sources maintain their power and beam quality over thousands of hours, ensuring your first cut is as good as your last. They are also covered under our comprehensive 2-year warranty.
Laser Source Performance Comparison
| Feature | BAJA-EVO (MAX) | Standard Competitor | Low-Cost Machine |
|---|---|---|---|
| Brand | Top-Tier Global Brand | Generic Brand | Unbranded/Unknown |
| Efficiency | ~30% | ~25% | <20% |
| Lifespan | 25,000+ Hours | 15,000 Hours | 8,000 Hours |
| Warranty | 2 Years | 1 Year | 6 Months or Less |
| Annual Energy Cost | Low | Medium | High |
Cutting Head: Precision and Speed
Why the Cutting Head is Critical
The cutting head is where the laser meets the material. Its design directly affects cutting speed, precision, and edge quality. A well-designed cutting head ensures fast, clean cuts with minimal heat damage. A poor design results in slow cutting and rough edges.
The BAJA-EVO Advantage: Fast and Accurate Cuts
Our cutting heads are engineered for both speed and precision.
- Integrated Slim Design : The compact design enables fast acceleration and responsive movement. This means quicker direction changes and faster cutting speeds, boosting your productivity.
- Dust Protection : Built-in dust protection keeps the optical path clean. This maintains cutting quality throughout your work shift without constant cleaning.
- Real-Time Monitoring: The cutting head features real-time status monitoring and Bluetooth connectivity. Operators can see air pressure, cutting status, and any issues instantly, allowing quick adjustments.
- Drift-Free Detection : Advanced sensors detect and correct any drift in the cutting path, ensuring straight, accurate cuts every time.
Cutting Head Performance Comparison
| Feature | BAJA-EVO | Standard Competitor | Low-Cost Machine |
|---|---|---|---|
| Design | Integrated Slim | Standard | Basic |
| Acceleration | Fast | Moderate | Slow |
| Dust Protection | Complete | Basic | None |
| Real-Time Monitoring | Yes (Bluetooth) | Limited | No |
| Drift Detection | Advanced | Basic | None |
| Cut Quality | Excellent | Good | Poor |
Water Chiller: Temperature Control
Why Cooling is Essential
The laser source and optical system generate significant heat. Without proper cooling, this heat reduces laser power, damages optical components, and shortens the machine’s lifespan. Stable temperature means stable performance.
The BAJA-EVO Advantage: Stable Temperature, Stable Performance
Our cooling system maintains precise temperature control for consistent, reliable operation.
- Professional Water Cooling : We use water cooling instead of air cooling because water absorbs heat much more efficiently. This keeps the laser and optics at the ideal temperature, even during extended work sessions.
- Automatic Temperature Control : The system automatically maintains the cooling liquid at the perfect temperature (±1°C). This ensures consistent cutting quality regardless of external conditions or ambient temperature changes.
- Real-Time Thermostat Monitoring: Built-in sensors continuously monitor temperature. If any issues arise, the system alerts the operator immediately, preventing damage.
- Stainless Steel Construction : The internal tank is made of stainless steel with anti-rust coating. This ensures long-term reliability even in humid or challenging environments.
- Low Maintenance : Simply check the coolant level periodically and replace it every 6 months. That’s all the maintenance required.
Water Chiller Performance Comparison
| Feature | BAJA-EVO | Standard Competitor | Low-Cost Machine |
|---|---|---|---|
| Cooling Method | Water Cooling | Water Cooling | Air Cooling or None |
| Temperature Control | ±1°C | ±2°C | Uncontrolled |
| Cooling Capacity | 3-5kW | 2-3kW | <1kW |
| Thermostat Monitoring | Real-Time | Basic | None |
| Tank Material | Stainless Steel | Steel | Plastic |
| Maintenance | Simple (6 months) | Moderate (3 months) | Frequent (1 month+) |
Servo Motor: Precision Movement
Why Servo Motors Matter
The servo motor controls the cutting head’s position and speed with extreme precision. A high-quality servo motor ensures accurate, repeatable positioning. Poor motors result in inaccurate cuts and component wear. The difference between a servo motor and a cheaper stepper motor is the difference between precision and guesswork.
The BAJA-EVO Advantage: Accurate Positioning Every Time
We use premium Yaskawa servo motors from Japan, the industry standard for precision.
- Feedback System : Unlike stepper motors, servo motors have real-time feedback. If the cutting head drifts even slightly from its intended path, the motor instantly corrects it. This ensures perfect accuracy every single time.
- Repeatable Positioning Accuracy (±0.03mm) : Your first cut is as accurate as your thousandth cut. This consistency is what separates professional machines from consumer-grade equipment.
- High-Speed Operation: Servo motors can accelerate quickly and maintain high speeds without losing accuracy. This translates to faster cutting and higher productivity.
- Strong Overload Capacity : The servo motor can handle up to 3 times its rated torque, meaning it won’t fail even when encountering unexpected resistance or thick materials.
- Smooth, Quiet Operation : Servo motors run smoothly without vibration, reducing noise and wear on other components. Your workshop stays quieter and your machine lasts longer.
Servo Motor Performance Comparison
| Feature | BAJA-EVO | Standard Competitor | Low-Cost Machine |
|---|---|---|---|
| Motor Type | Servo Motor | Servo Motor | Stepper Motor |
| Brand | Yaskawa (Japan) | Generic | Unbranded |
| Feedback System | Yes | Yes | No |
| Positioning Accuracy | ±0.03mm | ±0.05mm | ±0.1mm+ |
| Overload Capacity | 3x Rated | 1.5x Rated | 1x Rated |
| Operation | Smooth & Quiet | Good | Vibration & Noise |
| Lifespan | 10,000+ Hours | 8,000 Hours | 5,000 Hours |
Table of Contents
Application
Broad Applications, Limitless Possibilities
The BAJA-EVO’s high precision and speed make it the ideal cutting solution across a diverse range of industries.
Sheet Metal Fabrication
Achieve high-speed, high-accuracy cutting for complex parts, minimizing material waste and maximizing throughput for general fabrication shops.
Automotive Industry
Perfect for cutting lightweight, high-strength materials with the precision required for modern vehicle components and custom modifications.
Electrical Enclosures
Ensure clean, burr-free cuts on thin gauge metals for electrical enclosures, control panels, and appliance components, guaranteeing a perfect fit every time.
Machinery & Equipment
Process thick plates with stability and speed, producing durable, high-quality structural components for heavy machinery and industrial equipment.
Sample Gallery
See the Precision: BAJA-EVO Sample Gallery
Our gallery showcases real-world samples cut by the BAJA-EVO, demonstrating the machine's ability to deliver clean edges, tight tolerances, and exceptional finish across different industries. Click on any image to see the material, thickness, and cutting speed used.
Frequently Asked Questions
BAJA-EVO Technical Questions Answered
What is the maximum thickness the BAJA-EVO can cut?
The maximum cutting thickness depends on the laser power (W) and the material type. For example, a 6kW BAJA-EVO can typically cut up to 25mm Carbon Steel and 16mm Stainless Steel. Please contact us for a detailed cutting chart based on your required power configuration.
How does the ±0.03mm repeat positioning accuracy benefit my production?
This high level of accuracy ensures that every part cut, even in large batches or complex nested layouts, is dimensionally identical. It is crucial for applications requiring tight tolerances, such as automotive and aerospace components, minimizing scrap and ensuring perfect assembly.
Why is the steel plate welded bed superior to other types?
The stress-relieved, steel plate welded bed provides superior rigidity and vibration dampening compared to cast iron. This structural stability is essential for maintaining the machine’s high-speed (1.5G) and high-accuracy performance over many years of heavy use.
What kind of maintenance is required for the fiber laser source?
Fiber laser sources are known for their low maintenance. Unlike CO2 lasers, they require no mirror alignment or gas refills. Routine maintenance primarily involves checking the water chiller’s coolant quality and ensuring the cutting head’s protective lens is clean.
Can the BAJA-EVO handle both thin and thick materials efficiently?
Yes. The combination of the high-speed servo system (1.5G acceleration) for rapid processing of thin sheets and the stable, rigid bed for precise cutting of thick plates ensures the BAJA-EVO is highly efficient across the entire material spectrum.
