Tooltip iiNEER System

Why Choose the Inner System

The Inner System brings together three essential components of the edging process into a cohesive, high-performance solution: the edger, the tracer, and the 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 and maximizes productivity. The system is ideal for optical laboratories and retail environments looking to optimize space without compromising the quality of results.

Furthermore, 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 merely a set of devices: it is a complete, intelligent solution designed to take your optical operation to the next level.

Optimized Laboratory Workflow with the iiNNER System

The illustrated configuration represents a highly efficient and scalable optical laboratory workflow, designed to maximize productivity while maintaining precision at every stage. At the core of the process are the INT-200 Tracers, each capable of managing and distributing jobs to multiple INE-200 Edgers simultaneously. This configuration allows a single operator to optimize workload distribution, significantly increasing throughput without adding complexity.

Once the tracer captures the frame shape, data is seamlessly transferred to the connected edgers (up to two edgers can be connected), where the lens cutting process is carried out with high precision and consistency. However, when connected to the same network, multiple edgers can operate simultaneously through the shared folder function, enabling smooth coordination among hundreds of units at a time.

As a complement to this workflow, the INB-200 Blocker enables precise lens blocking prior to edging. Its integration into the system ensures proper alignment and positioning, reducing errors and improving overall finishing quality.

13.3″ LCD and Intuitive Interface

The 13.3-inch Full HD LCD screen, the largest in the world, ensures intuitive operation and allows all settings to be managed from a single screen. The user interface (UI/UX) has been optimized based on usage data and user behavior patterns, resulting in a friendly and easy-to-navigate interface. This intuitive graphical user interface (GUI) enhances both productivity and overall user comfort.

Automatic Door System

The INE-200 features an intelligent automatic door system that opens and closes smoothly during operation, minimizing manual interaction and optimizing workflow efficiency. This hands-free design enhances safety, reduces handling errors, and ensures a more uniform and consistent lens processing experience.

Manual Function in 2D and 3D

Simultaneous 2D editing and 3D simulation enable high-precision edging while ensuring the exact positioning of the optimal grooving point. In addition, manual operation is supported, allowing fine adjustments that guarantee superior results in lens processing.

Flexible Shape Editing

Choose from eight beveling modes to precisely customize lens edges. This flexibility allows for detailed shape adjustments, ensuring optimal results across a wide variety of lens designs.

Adaptive Clamp Tilting

The Adaptive Clamp Tilting automatically adjusts to the curvature of highly curved lenses by allowing the clamping head to rotate, ensuring uniform pressure distribution across the lens surface. This intelligent mechanism provides a secure and stable grip throughout the entire processing stage, unlike fixed clamps that generate irregular pressure and point contact, increasing the risk of displacement. 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 Measurement

Equipped with specially designed dual detection tips, the system performs simultaneous bilateral measurement of the lens, enabling faster and more precise thickness detection. By capturing data from both sides at the same time, it significantly reduces processing time while improving accuracy and consistency. This advanced technology offers a measurement speed up to 2 times faster, allowing optical laboratories to increase their efficiency without compromising accuracy, especially when working with complex or high-curvature lenses.

Integrated Wide Wheel

The INE-200 features an integrated 23 mm wide roughing wheel, specifically designed to provide greater stability during the edging process. This wider contact surface ensures smooth and controlled material removal, even when working with high-curve or high-thickness lenses. By minimizing vibrations and improving grip, it delivers consistent performance and superior finishing quality on high-demand lens types.

High-Performance BLDC Motor

The INE-200 is equipped with a powerful 530W high-performance BLDC motor, designed 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.

Wide Material Compatibility

El INE-200 is designed to work with a wide variety of lens materials with precision and reliability. From standard plastic lenses to advanced high-index materials, its optimized processing system ensures consistent results on every job. This versatility enables seamless operation with polycarbonate, Trivex, glass, and high-index lenses, making it the ideal solution for modern optical laboratories 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 asymmetric designs, each mode is optimized to deliver precise and consistent results. This versatility enables optical laboratories to handle complex prescriptions, custom edging profiles, and diverse frame styles with efficiency and confidence.

Remote Access to Work Files

The INE-200 enables seamless remote access to work 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 laboratories, it supports centralized file management and allows multiple systems to access the same data instantly, improving efficiency, reducing errors, and accelerating production.

Free Remote Customer Service

The INE-200 offers uninterrupted remote customer support through remote server connectivity. By accessing the system in real time, technicians can diagnose issues, make adjustments, and provide software assistance immediately, 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 combined with the iNE-200 edger, users can control the tracer directly from the edger’s touchscreen or operate it independently via its physical interface. With dual operating modes for maximum flexibility, integrated system control for a streamlined workflow, and an intuitive interface, the system enables rapid adoption and greater day-to-day efficiency.

Premium Sliding Gripper. Stability. Precision. Perfect Parallelism.

The INT-200 Premium Sliding Gripper system is designed to ensure maximum stability and consistent precision throughout the entire tracing process. By incorporating dual ball bushings, the system maintains perfect parallelism during movement, allowing smooth and controlled sliding with minimal deviation. This results in highly repeatable and reliable measurements, even under continuous operation. The vertical clamping mechanism (up and down) securely holds the frame in place, significantly reducing unwanted movement during tracing. This design enhances precision, especially when working with delicate, high-curve, or complex-geometry frames.

Perfect Tracing of High-Curvature Frames

The tracing stylus is designed with a precisely optimized angle and travel, enabling accurate and consistent measurement of high-curvature frames. This design ensures reliable contact and smooth movement over complex geometries. The advanced 3D scanning capability allows the system to precisely trace a wide variety of frame types, including metal, plastic, optyl, and pattern frames, maintaining high accuracy regardless of material or shape.

Multiple Tracing Modes

El INT-200 offers versatile tracing capabilities through its advanced 3D scanning system, enabling precise measurements across multiple lens types and configurations. It is compatible with binocular, monocular, pattern, and demonstration lenses, ensuring flexibility for different workflows and laboratory requirements. This multimodal functionality allows seamless adaptation to a wide range of applications, delivering consistent precision regardless of lens type. BLOCKER ITB-200

White LED Lighting System. Clarity. Precision. Visual Comfort.

The INB-200 Blocker is equipped with a high-performance white LED lighting system, designed to provide a clear and detailed view during the blocking process. This enhanced visibility enables faster and more precise lens positioning, ensuring optimal alignment prior to edging. The clean, uniform illumination reduces shadows and improves contrast, making it easier to detect even the finest details. In addition, the system features adjustable brightness control, allowing users to tailor the lighting to their preferences and working conditions. This helps minimize eye strain and visual fatigue, particularly during extended use in high-volume environments.

Integrated Blocking Arm. Built-In Stability. Reliable Precision.

The INB-200 Blocker features an integrated blocking arm, designed as a fixed component of the system rather than a detachable accessory. This integrated design eliminates the risk of incorrect assembly, ensuring consistent alignment and reliable performance with every operation. By removing the need for manual installation, the system reduces potential errors and improves workflow efficiency. Furthermore, the fixed structure significantly enhances mechanical stability and long-term durability, enabling more precise and repeatable blocking results over time.

Optimal lens block fixation method. Stable centering. Consistent precision.

The INB-200 blocker uses an advanced fixation 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-movement during the blocking process. By maintaining consistent positioning, it significantly improves the overall precision of lens preparation prior to edging. The result is a more reliable workflow that reduces errors and enhances the quality of finished lenses.

Custom Lens Block. Optimized for Precision and Compatibility

The IBN-200 supports custom lens blocks, designed to ensure perfect alignment and maximum compatibility with different lens types and edging workflows. The result is a more reliable workflow, reducing errors and improving the quality of finished lenses.