ToolTip iiNEER System
The iiNEER System combines the INE-200 edger, INT-200 tracer, and INB-200 blocker into a fully integrated lens processing solution designed for modern optical labs. Each component works seamlessly together to deliver precise tracing, accurate blocking, and high-performance edging within a unified workflow.
Powered by advanced Wi-Fi connectivity, the system enables centralized job management and remote data access, allowing multiple devices to operate simultaneously. With a single tracer, multiple edgers can be connected through a shared folder, allowing laboratories to significantly increase productivity while maintaining consistent quality across every job.
Engineered with cutting-edge Korean technology, the Inner System ensures reliability, precision, and efficiency—making it the ideal solution for scaling operations without increasing complexity.
Edger INE-200 (click here)
Tracer INT-200 (click here) 
Blocker INB-200 (click here)
Why Choose the Inner System
The Inner System brings together three essential components of the edging process into one cohesive, high-performance solution: the edger, tracer, and blocker. Designed to operate as a unified workflow, this system enhances precision, efficiency, and consistency at every stage of lens processing.
By integrating these three core devices, users benefit from seamless data transfer, reduced manual intervention, and a streamlined workflow that minimizes errors while maximizing productivity. The system is ideal for optical labs and retail environments seeking to optimize space without compromising output quality.
Additionally, its modular design allows for scalable configurations, including the ability to operate multiple edgers with a single tracer and blocker—significantly increasing throughput and operational flexibility.
In short, the Inner System is not just a set of devices—it’s a complete, intelligent solution designed to elevate your optical operation to the next level.
Optimized Lab Workflow with the iiNNER System
The illustrated setup represents a highly efficient and scalable optical laboratory workflow, designed to maximize productivity while maintaining precision at every step.
At the core of the process are the INT-200 Tracers, each capable of managing and distributing jobs to up to multiple INE-200 Edgers simultaneously. This configuration allows a single operator to optimize workload distribution, significantly increasing throughput without adding complexity.
Once the frame shape is captured by the tracer, the data is seamlessly transferred to the connected edgers (up to two edgers can be connected), where the lens cutting process is performed with high accuracy and consistency. However, when connected to the same network, multiple edgers can operate simultaneously through the shared folder function, enabling seamless coordination across hundreds of units at once.
Complementing this workflow is the INB-200 Blocker, which enables precise lens blocking prior to edging. Its integration into the system ensures proper alignment and positioning, reducing errors and improving overall finishing quality.
EDGER INE-200
13.3" LCD & User-Friendly Interface
The world’s largest 13.3-inch Full HD LCD ensures intuitive operation, allowing all settings to be managed from a single screen. The UI/UX has been optimized based on user data and usage patterns, resulting in an easy-to-navigate, user-friendly interface. This intuitive GUI enhances both productivity and overall user convenience.
Automatic Door System
The INE-200 features an intelligent automatic door system that seamlessly opens and closes during operation, minimizing manual interaction and optimizing workflow efficiency. This hands-free design enhances safety, reduces handling errors, and ensures a smoother, more consistent lens processing experience.
2D & 3D Manual Function
Simultaneous 2D editing and 3D simulation enable highly precise beveling while ensuring accurate positioning of the optimal grooving point. In addition, manual operation is supported, allowing for fine adjustments that guarantee superior lens processing results.
Flexible Shape Editing
Choose from eight edging modes to precisely customize lens edges. This flexibility allows for detailed shape adjustments, ensuring optimal results across a wide range of lens designs.
Adaptive Clamp Tilting
Adaptive Clamp Tilting automatically adjusts to the curvature of highly curved lenses by allowing the clamping head to rotate, ensuring even pressure distribution across the lens surface. This intelligent mechanism provides secure and stable holding throughout the processing stage, unlike fixed clamps that create uneven pressure and point contact, increasing the risk of movement. By maintaining full contact and uniform force, it guarantees maximum stability, high precision results for all lens types, reliable and consistent performance, and seamless integration within a fully connected workflow.
Simultaneous Bilateral Feeling
Equipped with specially engineered dual sensing tips, the system performs simultaneous bilateral measurement of the lens, enabling faster and more accurate thickness detection. By capturing data from both sides at the same time, it significantly reduces processing time while improving precision and consistency.
This advanced technology delivers up to 2x faster measurement speed, allowing optical labs to increase efficiency without compromising accuracy—especially when working with complex or high-curvature lenses.
Built-in Wide Wheel
The INE-200 features a 23mm built-in wide roughing wheel, specifically designed to provide enhanced stability during the edging process. This wider contact surface ensures smooth and controlled material removal, even when working with high-curvature or thick lenses.
By minimizing vibration and improving grip, it delivers consistent performance and superior finishing quality across demanding lens types.
High-Performance BLDC Motor
The INE-200 is equipped with a powerful 530W high-performance BLDC motor, engineered to deliver faster and more efficient lens processing. This advanced motor technology ensures precise speed control, reduced vibration, and consistent torque, resulting in stable and highly accurate performance throughout the entire edging process.
Its robust design enhances durability while maintaining optimal efficiency, even when working with demanding lens materials and complex geometries.
Broad Material Compatibility
The INE-200 is engineered to handle a wide range of lens materials with precision and reliability. From standard plastic lenses to advanced high-index materials, its optimized processing system ensures consistent results across every job.
This versatility allows seamless operation with polycarbonate, Trivex, glass, and high-index lenses, making it the ideal solution for modern optical labs that demand flexibility without compromising performance.
Multiple Processing Modes
The INE-200 offers 12 distinct processing modes, providing exceptional flexibility to meet a wide range of lens finishing requirements. From standard beveling and grooving to advanced polishing and asymmetrical designs, each mode is optimized to deliver precise, consistent results.
This versatility allows optical labs to handle complex prescriptions, customized edging profiles, and diverse frame styles with efficiency and confidence.
Remote Job File Access
The INE-200 enables seamless remote access to job files, allowing operators to load and process DCS-based data directly from a shared network. Compatible with standard formats such as OMA, DAT, TXT, and JOB, this feature streamlines workflow by eliminating manual data transfer.
Designed for modern optical labs, it supports centralized file management and enables multiple systems to access the same data instantly—improving efficiency, reducing errors, and accelerating production.
Free Remote Customer Service
The INE-200 provides seamless remote customer support through remote server connectivity. Through real-time system access, technicians can diagnose issues, perform adjustments, and provide software assistance instantly—without the need for on-site intervention.
This ensures faster response times, reduced downtime, and continuous operation, delivering a superior service experience and maximizing customer satisfaction.
TRACER ITN-200
Multi-Interface Control System
The INT-200 offers flexible operation through multiple control methods. When paired with the iNE-200 Edger, users can control the tracer directly from the edger’s touchscreen or operate it independently using its physical interface. With dual operation modes for maximum flexibility, integrated system control for a streamlined workflow, and a user-friendly interface, the system enables fast adoption and improved day-to-day efficiency.
Gripper Premium Sliding. Stability. Precision. Perfect Parallelism.
The INT-200 Gripper Premium Sliding system is engineered to ensure maximum stability and consistent accuracy throughout the tracing process.
By incorporating dual ball bushings, the system maintains perfect parallelism during movement, allowing for smooth, controlled sliding with minimal deviation. This results in highly repeatable and reliable measurements, even under continuous operation.
The vertical (up-and-down) clamping mechanism securely fixes the frame in place, significantly reducing unwanted movement during tracing. This design enhances precision, especially when working with delicate, high-curve, or complex frames.
Perfect Tracing of High-Curve Frames
The tracing tip is engineered with a precisely optimized angle and stroke, enabling accurate and consistent measurement of high-curve frames. This design ensures reliable contact and smooth movement across complex geometries.
The advanced 3D scanning capability allows the system to accurately trace a wide variety of frame types, including metal, plastic, optyl, and pattern frames, maintaining high precision regardless of material or shape.
Various Tracing Modes
The INT-200 offers versatile tracing capabilities through its advanced 3D scanning system, allowing accurate measurement across multiple lens types and configurations.
It supports binocular, monocular, pattern, and demo lenses, ensuring flexibility for different workflows and lab requirements.
This multi-mode functionality enables seamless adaptation to a wide range of applications, delivering consistent precision regardless of lens type.
BLOCKER ITB-200
White LED Illumination System. Clarity. Precision. Visual Comfort.
The INB-200 Blocker is equipped with a high-performance white LED illumination system, designed to provide a clear and detailed view during the blocking process.
This enhanced visibility allows for faster and more accurate lens positioning, ensuring optimal alignment before edging. The clean, consistent lighting reduces shadows and improves contrast, making even fine details easier to detect.
Additionally, the system features adjustable brightness control, enabling users to tailor the illumination to their preference and working conditions. This helps to minimize eye strain and fatigue, especially during extended use in high-volume environments.
Built-in Blocking Arm. Integrated Stability. Reliable Precision.
The INB-200 Blocker features a built-in blocking arm, engineered as a fixed component of the system rather than a detachable accessory.
This integrated design eliminates the risk of improper assembly, ensuring consistent alignment and reliable performance in every operation. By removing the need for manual installation, the system reduces potential errors and enhances workflow efficiency.
Additionally, the fixed structure significantly improves mechanical stability and long-term durability, allowing for more precise and repeatable blocking results over time.
Optimal Lens Block Fixing Method. Stable Centering. Consistent Accuracy.
The INB-200 Blocker utilizes an advanced fixing system based on dual ball plungers, designed to precisely position the lens block at the center.
This mechanism ensures stable and repeatable alignment, minimizing any micro-movements during the blocking process. By maintaining consistent positioning, it significantly improves the overall accuracy of lens preparation before edging.
The result is a more reliable workflow, reducing errors and enhancing the quality of finished lenses.
Tailor-Made Lens Block. Optimized for Precision and Compatibility
The IBN-200 supports tailor-made lens blocks, designed to ensure perfect alignment and maximum compatibility across different lens types and edging workflows.
The result is a more reliable workflow, reducing errors and enhancing the quality of finished lenses.
Click here to see the brochure
| INE-200 (Edger) | |
| Lens Material Compatibility | Plastic / Polycarbonate / High-Index / Glass / Trivex |
| Finishing Modes | Bevel / Mini-Bevel / Rimless / Grooving / Chamfer / Hybrid / Polishing |
| Functions | Bevel & grooving manual / Lens edit / Partial grooving / Frame change / Retouch / Safety mode |
| Display | 13.3″ Full HD (1920×1080) touchscreen |
| Wheels | Roughing (wide) / Roughing glass / Finishing / Polishing |
| Utilities | Auto door, dual sensing, USB interface, remote control service |
| Lens Size Range | 20 mm minimum to 93 mm maximum |
| Power Supply | 100–240 V, 50/60 Hz (universal) |
| Power Consumption | 1.5 kVA |
| Dimensions & Weight | 518 mm (W) × 504 mm (D) × 596 mm (H); 55 kg |
| INT-200 (Tracer) | |
| Tracing Type | Automatic 3D Binocular Tracing |
| Tracing Size | Frame 16 to 93mm, Pattern 16 to 85mm |
| Frame Material | Metal, Hard plastic, Optyl |
| Grip Type | Vertical Clamping |
| Data Processing | FPD, Frame Curve, Frame Angle, Circunference Concave Shape, Rimless Curve |
| Frame | 0 to 9 Curve |
| Power Supply | Free Voltage (100 to 240 V / 50 to 60 HZ) |
| Power Consumption | 50 VA |
| Dimensions & Weight | 298 mm (W) × 306 mm (D) × 224 mm (H); 9 kg |
| INB-200 (Blocker) | |
| RotateTracing Type | Manual |
| Light Source | LED |
| Power Supply | 5V DC, 1.2A |
| Power Consumption | 2.5W |
| Dimensions & Weight | 126 mm (W) × 198 mm (D) × 205 mm (H); 2.5 kg |
| INE-200 (Edger) | |
| Lens Material Compatibility | Plastic / Polycarbonate / High-Index / Glass / Trivex |
| Finishing Modes | Bevel / Mini-Bevel / Rimless / Grooving / Chamfer / Hybrid / Polishing |
| Functions | Bevel & grooving manual / Lens edit / Partial grooving / Frame change / Retouch / Safety mode |
| Display | 13.3″ Full HD (1920×1080) touchscreen |
| Wheels | Roughing (wide) / Roughing glass / Finishing / Polishing |
| Utilities | Auto door, dual sensing, USB interface, remote control service |
| Lens Size Range | 20 mm minimum to 93 mm maximum |
| Power Supply | 100–240 V, 50/60 Hz (universal) |
| Power Consumption | 1.5 kVA |
| Dimensions & Weight | 518 mm (W) × 504 mm (D) × 596 mm (H); 55 kg |
| INT-200 (Tracer) | |
| Tracing Type | Automatic 3D Binocular Tracing |
| Tracing Size | Frame 16 to 93mm, Pattern 16 to 85mm |
| Frame Material | Metal, Hard plastic, Optyl |
| Grip Type | Vertical Clamping |
| Data Processing | FPD, Frame Curve, Frame Angle, Circunference Concave Shape, Rimless Curve |
| Frame | 0 to 9 Curve |
| Power Supply | Free Voltage (100 to 240 V / 50 to 60 HZ) |
| Power Consumption | 50 VA |
| Dimensions & Weight | 298 mm (W) × 306 mm (D) × 224 mm (H); 9 kg |
| INB-200 (Blocker) | |
| RotateTracing Type | Manual |
| Light Source | LED |
| Power Supply | 5V DC, 1.2A |
| Power Consumption | 2.5W |
| Dimensions & Weight | 126 mm (W) × 198 mm (D) × 205 mm (H); 2.5 kg |
