Kimla Industrial BPF
CNC Router
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3, 4, 5 axis machining
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Heavy duty construction
- Number of axes 3/ 4/ 5
- X axis movement 1000/ 1500/ 1700/ 2100/ … 2600 mm
- Y axis movement 1500/ 2000/ 2500/ 5000/ … 24000 mm
- Z axis movement 200/ 300/ 400/ 500/ 600/ 700 mm
Kimla BPT High Speed
CNC Knife
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3 axis machining
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Router, knife, creasing wheel options
- Number of axes 3
- X axis movement 1000/ 1500/ 1700/ 2100/ … 2600 mm
- Y axis movement 1500/ 2000/ 2500/ 5000/ … 24000 mm
- Z axis movement 100/ 200/ 250 mm
Kimla BlackBird Desktop
CNC Router
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3 axis machining
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Configure with router and/ or oscillating knife
- Number of axes 3
- X axis movement 500/ 700/ 1000 mm
- Y axis movement 500/ 700/ 1000/ 1200 mm
- Z axis movement 150/ 200 mm
Kimla BlackBird
CNC Router
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3 axis machining
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Configure with router and/ or oscillating knife
- Number of axes 3
- X axis movement 1000/ 1500/ 2100 mm
- Y axis movement 1500/ 2000/ 2500 mm
- Z axis movement 150/ 200 mm
Kimla BlackBox
CNC Engraver
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Fully enclosed machining area
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3 axis engraving & routing
- Number of axes 3
- X axis movement 400 mm
- Y axis movement 375 mm
- Z axis movement 130 mm
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3 axis machining
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Intuitive touch-screen control
- Number of axis 3
- Tool changer positions 7
- X axis movement 1610/ 2150 mm
- Y axis movement 2600/ 3200 mm
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Fully enclosed desktop CNC
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Ideal for education and small production
- Number of axes 03-Apr
- X axis movment 915 mm
- Y axis movement 610 mm
- Z axis movement 176 mm
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3 axis machining
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Heavy duty construction
- Working Area 2100 x 3100mm
- Z axis 500mm
- Spindle 9 kW (ISO30)
- Year of Manufacture 2017
There are no used machines to show for this product type.
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Reduce waste and increase productivity with Nesting technology
When multiple components are required from single or multiple panels nesting software can be used to optimise the position of components within the available material, minimising space between parts and reducing waste. When producing fitted furniture grain direction can also be accounted for. The nesting process can be manually carried out or, as is most effective, carried out automatically by the software algorithm.
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Process a wide range of materials
Our range of industrial Kimla CNC routers are ideal for processing a range of material types including aluminium composite material (ACM) such as Alupanel, DiBond, Skybond etc, sheet aluminium, other non-ferrous metals, plastics such as acrylic, polypropylene etc, solid surface material such as Corian, Trespa, HI-MACS etc and of course timber and wood based panels.
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Knife cutting and cut to print finishing
An oscillating knife head or tangential knife head are ideal tools for cutting foams, cardboard, gasket material, fabrics and similar material. Kimla CNC machines can be fitted with a combination of heads for multi material processing. For sign production a camera recognition system is also available for cut to print finishing.
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Simply powerful CNC machines
The Kimla range of CNC routers takes all aspects of CNC machining to the next level. Speed, build quality, powerful software and intuitive operation are unsurpassed. The multi-purpose capabilities of the Kimla models make them ideal for almost any business working with wood and wood based panels, cardboard, plastic, composites, non-ferrous metals, resins, foam and more.
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Exceptional finish with Dynamic Vector Analysis Control
At the heart of each Kimla machine is the Dynamic Vector Analysis Control System (DVA) – a unique algorithm developed by Kimla processing 15,000 lines of G-code per second for smooth regulation of the feed speed to minimise processing times while maintaining exceptional finish.
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Robust, repeatable accuracy with Kimla CNC routers
Kimla CNC machines feature exceptionally heavy duty design, robust control systems and extreme accuracy. An almost limitless range of configurations including working area, Z axis height, spindle power, oscillating knife, camera registration, creasing wheel, vacuum bed and automatic tool changers are available. Each machine is individually built to your exact requirements without compromise.
CNC Router Machines Frequently Asked Questions
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What does CNC stand for?
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The acronym “CNC” stands for Computer Numerical Control.
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Are CNC machines easy to use?
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The days of writing code out line by line are long gone. Today’s modern CNC machines incorporate intuitive CAD/ CAM design software packages to make designing and machining as easy as possible. A basic understanding of design software can be useful, but not essential.
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What is the most common type of CNC machine?
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A CNC router is the most common type of CNC machine. They come in many different sizes and configurations from hobbyist desktop machines to high production industrial machining centres.
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Do I need a vacuum table?
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Work holding is an essential element of successful CNC machining. A vacuum table is ideal for holding flat sheet material allowing components to be cut completely out, while keeping the workpiece secure.
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What's the difference between stepper and servo drives?
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Stepper motors and servo drives are both used for motion control but differ significantly. Stepper motors operate in an open-loop system, relying on fixed steps for positioning without feedback, making them cost-effective and simpler, but less precise under load or at high speeds. They provide good torque at low speeds but lose torque as speed increases. Servo drives, on the other hand, use a closed-loop system with feedback mechanisms, allowing real-time adjustments for higher accuracy, consistent torque across speeds, and faster response.
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What is the difference between a 3-axis, 4-axis, and 5-axis CNC router?
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A 3-axis CNC router operates using three axes: X (left to right), Y (front to back), and Z (up and down), allowing for basic cutting and engraving operations on flat surfaces. It is ideal for simple parts and 2D/2.5D projects. A 4-axis CNC router adds an additional rotational axis, typically called the A-axis, which allows the workpiece to be rotated during machining. This capability makes 4-axis routers useful for more complex parts with cylindrical shapes, such as furniture legs or sculptures. A 5-axis CNC router goes a step further by adding a second rotational axis, either by tilting the cutting head or the table, providing full freedom of movement. This allows for intricate 3D machining from multiple angles without repositioning the material, which is crucial for complex shapes like aerospace components and detailed 3D carvings, ensuring high precision and efficiency for complex geometries.
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What is nesting in CNC routing, and why is it important?
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Nesting in CNC routing refers to the process of arranging multiple parts to be cut from a single sheet of material in an optimized layout to minimize waste and maximize material usage. By using specialized software, nesting helps determine the most efficient arrangement of parts, ensuring that as much of the material as possible is utilized effectively. This process is crucial for reducing production costs, as it directly minimizes material waste and allows manufacturers to get more parts out of each sheet. Nesting also plays a role in improving production speed and reducing tool paths, leading to quicker cutting times. This efficiency is especially important in industries like cabinetry, furniture production, and signage, where reducing waste and increasing yield can significantly impact overall profitability and environmental sustainability.
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