Fixed Table Digital Cutting Machine
The Fixed Table Digital Cutting Machine uses a stationary worktable design, ideal for small-batch, high-precision cutting tasks. It offers superior structural stability and repeatability, making it widely used in industries such as apparel, packaging, advertising, composite materials, and automotive interiors.
Fixed Table Digital Cutting Machine For Sale
- Optional Sizes: 6090 / 7010 / 1520 / 1625 (custom sizes available)
- Max Cutting Speed: 0–2000mm/s
- Cutting Depth: Vacuum adsorption system, ≤50mm (varies by material); for multilayer fabrics, total compressed height < 0–30mm
- Repeat Accuracy: ±0.01mm
- Warranty: 5-year warranty(except consumable partsand humandamage)
- Lifetime Maintenance: Free repair service after the warranty period; user only pays for shipping costs
- Technical Support: 24/7 online assistance, lifetime free technical support
- Price: $8500 - $15000
Fixed Table Digital Cutting Machine Overview
The TRUSTER CNC Fixed Table Cutting Machine features a stationary worktable, offering greater structural stability and repeatability compared to conveyor-based systems. It is especially suitable for cutting hard materials such as composites, PVC boards, gaskets, soundproof panels, soft glass, and packaging cartons used in the advertising industry.
Depending on your needs, the machine can be equipped with either a large CCD intelligent recognition system or a smaller CCD system to meet a wide range of cutting requirements.
Fixed Table Digital Cutting Machine Parameters
Model | TO Series CNC knife cutting machine |
Optional Size | 6090 / 7010 / 1520 / 1625 (support/customize size) |
Max. Cutting Speed | 0–2000mm/s |
Cutting Depth | Adopt vacuum adsorption system, ≤50mm (depending on different materials); multi-layer fabric, total height after compression <0–30mm |
Air Pressure Supply | 0.6–0.8MPA |
Repeatability Positioning Accuracy | ±0.01mm |
Working Power Supply | 220V/380V（Customizable） |
Vacuum Power | 9KW / 12KW |
Total Power | ≤11KW, Standby state 0.45KW |
Motor | Dorna servo motor / Panasonic servo motor |
Optional Tools | Oscillating Knife Tool, Kiss-Cut Knife Tool, Milling Knife Tool, Creasing Wheel Tool, etc |
Machine Color | Standard white grey or white black (Optional) |
HS Code | 8479899990 |
Operating Temperature | 0°C–40°C |
Drawing Software | AUTOCAD, CORELDRAW, PGM, BOKE, GERBER, ETC |
Machine Support Format | AI, PLT, DXF, DST, DSB, EPS, DATNC, V CUT |
Work Environment | Temperature: -10°C to 40°C, Humidity: 20%–80% RH |
Application Material | PVC, KT board, Chevron board, adhesive paper, foam, etc |
Perfect and Precise Cutting with the Fixed Table Digital Cutting Machine
- Fixed Cutting Table Design: Ensures stability and accuracy during the cutting process, making it suitable for processing large-sized materials.
- Multi-functional Tool Holder: The holder can be equipped with different tools simultaneously to perform cutting, punching, and creasing operations.
- High Efficiency: Offers rapid cutting capabilities that significantly enhance production efficiency while reducing labor costs.
Key Points of the Fixed Table Digital Cutting Machine
Aircraft Aluminum Sheet
We use aerospace-grade aluminum alloy profiles to build a professional worktable, providing a solid, stable, and durable support platform for precision processing—especially ideal for high-accuracy, high-efficiency industrial cutting requirements.
Adsorption Platform
We use aerospace-grade aluminum alloy profiles to build a professional worktable, providing a solid, stable, and durable support platform for precision processing—especially ideal for high-accuracy, high-efficiency industrial cutting requirements.
Ruida Intelligent Control System
The RUIDA control system is based on a Linux or color touchscreen HMI interface, offering an intuitive and user-friendly experience. It supports offline operation and multiple communication methods (Ethernet, USB, etc.). Built with high anti-voltage and anti-static interference design, the hardware ensures stable performance in complex industrial environments and reduces failure rates.
Advanced functions include MARK point visual positioning, large-format panoramic vision cutting, and projection-assisted cutting, significantly improving cutting precision and automation. It also supports intelligent features such as automatic feeding, collision avoidance, and auto height adjustment, reducing manual intervention while enhancing accuracy and operational safety.
Motor Drive
The TRUSTER CNC servo driver converts motion commands from the control system into electrical signals to drive the servo motors, enabling precise control over motor position, speed, and torque. This ensures high accuracy and consistency in the cutting path.
It features closed-loop control, precise positioning, multi-axis coordinated operation, intelligent parameter adjustment, stable and reliable performance, industrial-grade durability, a clean structure, and easy maintenance.
Advantages of the Fixed Table Digital Cutting Machine
Stable Structure with Fixed Worktable:
The fixed table design eliminates conveyor belts, offering strong overall rigidity and minimal deformation. It’s ideal for cutting small batches, irregular shapes, or materials with high precision requirements. Especially suitable for heavy or slippery materials like EVA foam, composite boards, and soft glass.
High Cutting Precision & Repeatability:
TRUSTER CNC’s fixed table digital cutting machine is equipped with Panasonic servo motors and drives from Japan, enabling extremely precise cutting—typically with errors less than 0.1mm. Perfect for tasks requiring consistent dimensions and fine detail.
Fast Cutting Speed:
Much faster than traditional manual cutting, with a maximum speed up to 0–2000mm/s or higher. With intelligent speed adjustment, the machine automatically selects the optimal speed based on material hardness, greatly enhancing efficiency.
Multi-Tool Compatibility for Versatility:
The universal tool head supports a wide range of tools including oscillating knives, drag knives, round knives, punching tools, creasing wheels, half-cut blades, V-cut blades, milling bits, rotary knives, and pens. One machine can perform cutting, creasing, punching, milling, drawing, and marking—significantly reducing labor, boosting productivity, and shortening delivery times.
Smart Operating System:
Supports CCD camera recognition and projection positioning for automatic pattern detection and aligned cutting. Includes automatic nesting software to optimize material usage, paired with a user-friendly interface for easy operation.
Vacuum Suction Table:
Equipped with a powerful vacuum pump system to hold materials securely on the worktable during cutting, preventing displacement and ensuring precision.
Eco-Friendly and Clean Operation:
Compared to laser cutting, digital knife cutting avoids burnt edges, unpleasant odors, and harmful emissions—making it safer and more environmentally friendly.
Cost-Effective:
One machine handles multiple materials and cutting processes, reducing the need to invest in multiple devices. It also lowers labor costs, increases efficiency, and minimizes material waste—leading to significant production cost savings.
Features of the Small CCD Intelligent Recognition System
1. Software Functions
(1) Mark Point Recognition and Positioning
The vector graphic corresponding to the printed image on the material is sent to the machine. The camera identifies the printed registration marks on the material to position and perform the cutting.
(2) QR Code Recognition
A QR code is printed on the material. When the camera is moved to the QR code, it first recognizes the code, retrieves the corresponding vector graphic, and then identifies the registration marks for accurate positioning and cutting. This feature eliminates the step of manually sending the graphic to the machine, enhancing work efficiency.
2. Applicable Industries
Advertising, Packaging, Carton, etc.
Especially suitable for precise and perfect cutting of advertising labels.
3. Software Advantages
Recognition Speed: The new software takes only 7 seconds to recognize the QR code and four registration marks.
Variety of Recognizable Mark Types: Includes solid circles, cross lines, right-angle lines, and broken right-angle lines. Mark templates can be created and added.
Ease of Operation: Camera calibration is simplified. For solid circle marks, no template is needed—just input the printed mark size and the software auto-matches. The machine can be controlled directly through the software to move, start, or stop cutting.
Fixed Table Digital Cutting Machine Applications
The Fixed Table Digital Cutting Machine offers broad material compatibility, capable of cutting both flexible and rigid materials.
Flexible materials: corrugated cardboard, cardstock, foam board, PVC film, various textiles (UV fabrics, carbon fiber fabric, fiberglass fabric), leather, vinyl, and more.Rigid materials: acrylic, MDF (medium-density fiberboard), ABS, various plastic sheets, wood, gasket materials, etc.
Fixed Table Digital Cutting Machine Application Industries
Advertising Industry
The Fixed Table Digital Cutting Machine is widely used in the advertising industry, offering high-precision cutting of various advertising materials. It handles complex graphics with both high speed and accuracy.
Whether it’s acrylic, PVC foam board, or KT board, the machine can automatically trace printed graphics for contour cutting, ensuring perfect alignment between the pattern and the outline. It is especially suitable for creating custom-shaped signs, directional signage, and display stands.
Automotive Industry
Automotive interiors demand exceptional precision and cutting craftsmanship. The Fixed Table Digital Cutting Machine can flawlessly cut a wide variety of interior materials, including soft and semi-rigid components such as seat leather, door panels, steering wheel covers, headliners, carpets, and seat covers.
Whether it’s intricate curves, precise hole positions, or seam reservations, the machine completes them all efficiently in one go, significantly improving assembly efficiency and overall quality.
Packaging Industry
With strong compatibility and multifunctional capabilities, the Fixed Table Digital Cutting Machine meets the growing demand for personalized and customized packaging. It precisely cuts corrugated boxes of various thicknesses, premium gift boxes, and display boxes, while also performing creasing and slotting to ensure visually appealing and structurally stable packaging.
It delivers smooth, burr-free edges when cutting transparent packaging, blister trays, and hang tags. It is also ideal for crafting custom-shaped labels and stickers, enhancing product value.
Footwear and Apparel Industry
This machine delivers cutting precision within ±0.1mm for various fabrics and materials, including natural fibers like cotton, linen, silk, and wool, as well as synthetic fibers like polyester and nylon.
It is suitable for leather and synthetic leather used in shoe uppers, soles, and bags, as well as linings, insulation cotton, and foam. From intricate patterns to delicate curves and multi-layer synchronized cutting, the machine ensures high comfort and aesthetics in footwear and apparel products.
Daily Maintenance Knowledge for Fixed Table Digital Cutting Machine
Proper maintenance is essential to keep your CNC digital cutting machine in optimal condition. Routine care not only prevents unnecessary breakdowns but also ensures consistent cutting precision, reduces downtime, and prolongs the machine’s service life.
1. Daily Cleaning & Dust Removal
- After Every Use: Clean the cutting table, blade holder, and surrounding areas to remove fabric fibers, foam particles, and material debris.
- Critical Zones: Use compressed air or anti-static brushes to clean hard-to-reach areas such as linear rails, gaps around moving parts, and electrical cabinet vents.
- Prevent Contamination: Keep liquids away from control electronics and avoid operating in high-humidity environments.
2. Blade Inspection & Replacement
- Check for Wear: Regularly inspect the oscillating blade for dull edges, chipping, or deformation. A worn blade can result in poor cutting quality and increased machine load.
- Replacement Timing: Replace the blade every 50 hours of operation or when you notice increased edge fraying or cutting resistance.
- Installation Tip: Always use manufacturer-approved blades and ensure proper installation to avoid misalignment or vibration.
3. Lubrication of Moving Components
- Lubricate Key Parts: Apply lubricant to guide rails, ball screws, drive chains, and the oscillating mechanism.
- Use the Right Lubricant: Only use the recommended grease or low-viscosity oils; avoid over-lubricating, which may attract dust buildup.
- Suggested Schedule: Weekly visual checks and monthly thorough lubrication depending on machine usage.
4. Tighten Structural Components
- Check for Looseness: Vibrations during operation can cause bolts and screws on axes or tool heads to loosen. Conduct weekly inspections.
- Prevent Accuracy Drift: A secure frame helps maintain consistent alignment and prevents cutting path deviations caused by mechanical instability.
5. Software & Firmware Updates
- Stay Up-to-Date: Keep the operating software and firmware updated to benefit from bug fixes, compatibility improvements, and performance enhancements.
- Enable Notifications: Turn on auto-update reminders or subscribe to manufacturer updates if available.
- Backup Settings: Regularly back up configuration files, custom presets, and cutting parameters to avoid data loss.
6. Calibration & Accuracy Verification
- Routine Calibration: Align the blade origin, cutting depth, and positioning regularly—ideally once a month or when changing tool heads or materials.
- Use Calibration Tools: Use precision calibration boards or sample templates to check for accuracy loss over time.
7. Vacuum System Maintenance (If Equipped)
- Check Airflow: Clean vacuum filters, air ducts, and suction ports regularly to ensure strong and consistent material hold-down.
- Seal Inspection: Examine vacuum seals and table gaskets for leaks or wear that could reduce holding performance.
Contact us
Contact us for more information, for scheduling a demonstration, and for anything else you might like to know about digital cutting.