No Dust. Just Precision Advanced CNC Routing for Plastics, Resins, and More — Engineered by SHODA
From sheet stock to complex 3-D parts
SHODA routers hold tolerances as tight as ± 0.01 mm (± 0.0004 in.)
SHODA CNC Routers: Precision Cutting, Tapping, and Dust-Free Environment
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Precision & Reliability
Achieve ultra-fine tolerances of ±0.01mm（± 0.0004 in.) and spindle speeds up to 60,000 RPM. SHODA CNC routers are designed for continuous operation with vibration controlled to under 1μm, delivering stable accuracy even in demanding environments. Ideal for aerospace, medical devices, and other high-precision applications.
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All-in-One Machining
with Integrated TappingStreamline production with built-in thread-cutting—no secondary tapping centers required. SHODA's CNC routers support tapping from M3 to M12—no need for secondary machines like drill presses or tapping centers. Reduce setup time, avoid manual errors, and ensure consistent thread quality with every run.
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Patented Dust-Free
Cutting TechnologySHODA developed the world's first CNC router that prevents airborne dust during plastic cutting. Since its launch in 2014, this dust-free innovation has been adopted across North America, Europe, and Asia.
By eliminating harmful plastic particles at the source, SHODA helps protect your workers' health and maintain a clean, compliant workspace. -
Real-Time Machine Monitoring
for Smarter OperationsConnect your SHODA CNC router to the cloud with SWS – SHODA Web Service. Monitor machine status and output remotely in real time to keep your operations running at peak efficiency.
Track tool life, anticipate maintenance needs, and prevent costly breakdowns before they happen. With full visibility into your router's performance, SWS helps you reduce downtime, accelerate response times, and even calculate production costs with greater accuracy.
Advantages of SHODA CNC Routers
by Applications
For Large Plastic Sheets
Efficiently cut large plastic sheets over 59″ × 118″ in a single pass. SHODA eliminates alignment errors common in segmented processing, reducing cycle time and ensuring seamless results. Perfect for industrial covers, display panels, and other large-scale components.
For 3D Vacuum-Formed Parts
Combining a rigid frame with multi-axis control, SHODA routers offer high-precision trimming of complex vacuum-formed components. Whether for automotive interior parts or appliance housings, curved surfaces and deep ribs are trimmed uniformly and accurately in a single operation.
For Electrical Enclosure Parts
Perform cutting and thread tapping (M3–M12) for electrical housings all on one machine. With multi-axis precision and high-speed control, SHODA minimizes dimensional error, boosts processing efficiency, and eliminates the need for tool or machine changes.
For Medical Devices
SHODA's original dust-free design and high-efficiency dust collection system eliminate airborne particles at the source. Especially effective in plastic machining, it ensures a cleaner environment and promotes operator health and workplace safety.
For Transparent Automotive Resins
Clear resin parts used in automotive applications demand flawless finishes. SHODA's high-speed spindle (up to 60,000 RPM) and vibration control deliver smooth, burr-free edges with no cloudiness—even on thin-walled or complex 3D shapes.
For Semiconductor Equipment Parts
For resin parts in semiconductor equipment, SHODA offers ultra-precise processing with rigid linear guides and advanced feed control. The vacuum table ensures flat, stable fixation of thin sheets, while high-speed spindles deliver consistent quality across every detail.
SHODA's Product Lineup
SHODA’s products are highly regarded across global industries for their exceptional precision machining and
durability.
Below, we introduce just a few standout models from SHODA’s diverse product lineup.
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| Product Name |
NCN1220
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NCN8300
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Planet Blue Series (SPB5-3015)
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Dust Reduction Series (NCN1300-PB-SCP)
|
BS101
|
BS101F
|
NC101
|
NC7100U
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|---|---|---|---|---|---|---|---|---|
| Spindle | 5.5/7.5 kW 100–20,000 rpm |
5.5/7.5 kW 100–20,000 rpm |
11/18 kW 100–20,000 rpm |
11/15 kW 200–20,000 rpm |
6.6/7.5 kW 3,000–17,000 rpm |
5/6.6 kW 3,000–17,000 rpm |
3.8/4.5 kW 3,000–24,000 rpm |
5.5 kW 3,000–18,000 rpm |
| Table Size (″) | 118.1″ × 55.1″ | 51.2″ × 51.2″ | 120.1″ × 61.0″ | 102.4″ × 51.2″ | 98.4″ × 51.2″ | 98.4″ × 51.2″ | 118.1″ × 59.1″ 82.7″ × 51.2″ 51.2″ × 51.2″ |
82.7″ × 51.2″ 82.7″ × 63.0″ 82.7″ × 82.7″ |
| ATC | Spindle end: BT30 Max 20 tools |
Spindle end: BT30 25 tools |
Spindle end: HSK63F (BT30) 16 tools |
Spindle end: BT30 16 tools |
HSK63F 8 tools |
HSK63F 8 tools |
Spindle end: ISO30 12 tools |
Spindle end: BT30 8 tools |
| NC Control Unit | 4-axis control Simultaneous 4-axis |
3-axis control Simultaneous 3-axis |
SHODA-FANUC 0i-MF Simultaneous 3-axis |
4-axis control, simultaneous 4-axis (FANUC) |
4-axis control Simultaneous 4-axis |
6-axis control Simultaneous 4-axis |
4-axis control Simultaneous 4-axis |
5-axis control Simultaneous 5-axis |
| Z Stroke (″) | 13.8″ | 15.7″ | 15.7″ | 13.8″ | 9.8″ | 9.8″ | 5.9″ | ±800° (rotation) |
| Dust Reduction | - | - | 〇 | 〇 | - | - | - | - |
Featured products
from SHODA
Source: SHODA Official Website (https://www.shoda.com/top_desktop.php)
- Energy-saving idle stop function
- Retractable guide for smoother workflows
- Wireless control for easy operation
- Eco-powerful head developed in-house by SHODA
The NCN1220 is an advanced CNC router designed for both precision and a cleaner work environment.
Developed in 2013, it was the world’s first model to feature idling stop technology—saving
energy when the machine isn’t cutting.
Watch NCN1220 in Action
See the flawless acrylic finish
Source: SHODA Official YouTube Channel (https://youtu.be/P7TduDd_How)
With a built-in 11 kW spindle and speeds up to 20,000 RPM, the NCN1220 delivers smooth, accurate cuts across a wide range of applications—from acrylic machining to woodworking and touch panel production.
NCN1220 Product Information
Feature Availability Chart
Equipped Features
Not Equipped
Optional
In Development
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Gantry
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Gate type
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SHODA High Power Head
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Non-stop NC Router
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Twin table
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2-Axis Control
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Vacuum table
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T-Slot Table
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Silencer Blower
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Low Center of Gravity
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Pre-termination notice
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Safety indicator lamp
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5-year warranty
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Dust Reduction
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Dust Free
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SCP
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SQS
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AI Chatbots
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VECTOR
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Idling Stop
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Center through air blow
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ECO/POWER
| Main Spindle | SHODA AC spindle, 7.4 / 10.1 HP, 100 – 20,000 RPM |
|---|---|
| Table Size (W × D) | 118.1″ × 55.1″ |
| ATC System | BT30 taper, up to 20 tools |
| NC System | 4-axis control, simultaneous 4-axis machining |
| X-Axis Stroke | 120.1″ |
| Y-Axis Stroke | 61.0″ |
| Z-Axis Stroke | 15.7″ |
Source: SHODA Official Website (https://www.shoda.com/top_desktop.php)
- Complete dust-free construction to block airborne particles
- Advanced dust control functions to guard every component
- Reduces cleaning time — lowering overall operational costs
- Eco-powerful spindle for high output with energy savings
The Planet Blue Series is SHODA’s next-generation CNC router designed to minimize cutting dust and maximize operator safety. With a fully dust-free structure, this machine protects both your equipment and your team—while saving time and energy.
Watch SPB5-3015 in Action
See how it prevents drive unit damage from cutting dust
Source: SHODA Official Website (https://www.shoda.com/top_desktop.php)
TThe SPB5‑3015 keeps your workspace clean by capturing cutting dust right at the spindle. Its pressure-balance system prevents leaks, while maintaining high machining accuracy. Built-in dust collection and an energy-efficient, high-output spindle make this machine a smart, sustainable choice.
SPB5-3015 Product Information
Feature Availability Chart
Equipped Features
Not Equipped
Optional
In Development
-
Gantry
-
Gate type
-
SHODA High Power Head
-
Non-stop NC Router
-
Twin table
-
2-Axis Control
-
Vacuum table
-
T-Slot Table
-
Silent Blower
-
Low Center of Gravity
-
Pre-termination notice
-
Safety indicator lamp
-
5-year warranty
-
Dust Reduction
-
Dust Free
-
SCP
-
SQS
-
AI Chatbots
-
VECTOR
-
Idling Stop
-
Center through air blow
-
ECO/POWER
| Main Spindle | Built-in AC spindle, 14.8 / 20.1 HP, 200 – 20,000 RPM |
|---|---|
| Table Size (W × D) | 102.4″ × 51.2″ |
| ATC System | BT30 taper, 16-tool magazine |
| NC System | FANUC, 4-axis control, simultaneous 4-axis machining |
| X/U-Axis Stroke | 128.0″ |
| Y-Axis Stroke | 59.4″ |
| Z-Axis Stroke | 13.8″ |
| Options | C-axis rotation, etc. |
BS101
Source: SHODA Official Website (https://www.shoda.com/top_desktop.php)
It is a basic model that achieves high-precision and high-speed processing in a compact installation space. Equipped with a high-frequency spindle and an optional workpiece suction jig, it can quickly perform precise cutting. The table size is 2,500 x 1,300mm, allowing it to handle the processing of various materials and parts. It is used in various industries such as furniture, signage, and housing components.
BS101F
Source: SHODA Official Website (https://www.shoda.com/top_desktop.php)
The BS101F is a high-precision machining center that supports 5-axis control. It is equipped with a high-frequency spindle and a large work area (2,500 x 1,300mm), and features an automatic tool changer system with an 8-tool HSK63F magazine. Because it can efficiently perform complex shapes and detailed machining, it can be applied to a wide range of applications.
NCN1300-PB-SCP
Source: SHODA Official Website (https://www.shoda.com/top_desktop.php)
It effectively suppresses cutting dust and maintains a clean working environment. Equipped with jig production, automatic material loading/unloading, and remote monitoring functions, it supports the construction of efficient production lines. Its dustproof design improves processing accuracy and maintainability, making it suitable for cutting materials such as resin and wood under dry conditions.
NC101
Source: SHODA Official Website (https://www.shoda.com/top_desktop.php)
It is a woodworking gantry-type CNC router that pursues a balance between cost performance and processing performance. Three table sizes are available, supporting a variety of woodworking applications. It comes standard with a high-frequency spindle with a maximum speed of 24,000 min-1 and an automatic tool changer (ATC) function, improving production efficiency.
NC7100U
Source: SHODA Official Website (https://www.shoda.com/top_desktop.php)
This product features an 800mm Z-axis stroke to accommodate the processing of large models, and its Z-axis rapid traverse speed has been increased by 10% compared to previous models. Its low center of gravity structure achieves both high-speed movement and stability, while the dustproof cover and dustproof belt also improve maintainability. It is suitable for a wide range of applications, including the production of automotive-related models, resin molds, prototypes, and design models.
NCN8300
Source: SHODA Official Website (https://www.shoda.com/top_desktop.php)
The NCN8300 is a compact 5-axis CNC router designed for high-precision work, even in space-constrained environments. Despite offering simultaneous 5-axis cutting—including angled and lateral approaches—it features a space-saving design suitable for factories with low ceilings. A powerful 11kW spindle and wide 1,300 x 1,300mm working area make it ideal for precision applications across a wide range of industries.
SHODA: A Pioneer in Japanese CNC Router Technology
SHODA has been in business since 1926 and was the first company in Japan to develop an NC router. With a long history of precision machining, the company’s CNC routers are used to process a variety of materials—such as plastics, resins, and lightweight metals—with proven accuracy and reliability.
In 2014, SHODA developed a new type of NC router that doesn’t produce cutting dust. In many manufacturing environments, dust from machining can pose serious health risks if inhaled over long periods. SHODA’s solution to this issue has gained attention worldwide and is now used across the U.S., Europe, and Asia.
Plastics/Resins
From plastics and resins to wood and light metals, CNC routers are used to shape a wide variety of materials with precision. Below are common materials and their characteristics to help you choose the right fit for your application.
Commonly Used Plastic and Resin Materials
PVC
A tough, chemically resistant plastic that machines cleanly and holds tolerances well. Ideal for fluid systems, electrical enclosures, and durable panels.
MC Nylon
Strong, wear-resistant, and lightweight—great for gears, bearings, and moving parts. Be mindful of moisture absorption affecting dimensions.
Polycarbonate
Impact-resistant and optically clear. Excellent for safety covers, lenses, and display panels. Cuts cleanly with high-speed spindles.
Polypropylene
Lightweight and highly chemical-resistant. Perfect for trays, tanks, and components exposed to harsh environments. Easy on tooling, cost-effective.
Chemical Wood
Urethane-based and grain-free, ideal for consistent cuts in molds, prototypes, and fixtures. Bonds and finishes easily after machining.
ABS
Strong, easy to machine, and surface-friendly. Commonly used for enclosures, housings, and jigs where both form and function matter.
Wood
Versatile and easy to machine. Softwoods cut fast; hardwoods need sharper tools. Ideal for furniture, displays, and custom panels.
Light Metals
Aluminum and other light metals offer strength without the weight. Great for brackets, housings, and structural parts. Use sharp tools and cooling to avoid heat buildup.
Features and Strengths of Japanese CNC Routers
Discover why Japanese-made CNC routers are gaining prominence among manufacturers and the key benefits they offer for a wide range of applications.
Recognition of Japanese CNC Routers in the U.S. Market
In the U.S., Japanese CNC routers are valued for their accuracy, durability, and long service life. With recent improvements in software, they help manufacturers maintain quality while shortening lead times—both key demands in American production settings.
Choosing the Right CNC Router: A Global Comparison
This article also explores how Japanese CNC routers differ from those made in the U.S., Germany, and China. We break down the strengths of each and offer practical insights to help you choose the right system for your needs.
Import CNC Router from Japan
Considering bringing a high-quality Japanese CNC router directly to the U.S.? Learn the key steps and considerations involved in the direct import process.
Buying a Japanese CNC Router: Why Distributors Matter
When buying a Japanese CNC router, should you go through a distributor or purchase directly from the manufacturer? This article explains the pros and cons of each option.
Payment, Warranty, and Client Support for Japanese CNC Routers
Thinking about investing in a Japanese CNC router? This article breaks down key practical details—payment plans, warranty terms, and support services—so you can make an informed decision with confidence.
Troubleshooting Japanese CNC Router Issues
Even the most reliable CNC router isn’t immune to shipping risks or import hurdles. This guide covers common issues—like freight damage and customs delays—and how to prevent them before they impact your production schedule.