Epic New Product! Transfer Tech Releases New Laser 3D Camera with Excellent Ambient Light Resistance

For machine vision systems, fluctuating ambient light in factory and warehouse sites creates severe interference with target recognition. Identifying black, highly reflective workpieces further stands out as a persistent industry-wide pain point.

To deliver consistent, reliable project outcomes and generate stable high-fidelity point clouds amid complex, harsh industrial conditions, Transfer Technology has officially released the Epic Eye Laser L 3D laser camera. This new hardware lays a solid, dependable foundation for vision guidance workflows including automated feeding, precision positioning & assembly, and depalletizing & palletizing across automotive, home appliance, chemical and other sectors.

Featuring outstanding ambient light resistance, the Epic Eye Laser L outputs intact, usable point clouds even near windows or in workshops without light shielding measures, perfectly fitting light-sensitive environments such as manufacturing workshops and logistics warehouses. It captures full, sharp point cloud data of dark reflective parts, readily tackling recognition hurdles of glossy black workpieces on machining, home appliance and auto component production lines. Supporting medium-long working distances and wide fields of view, the camera acquires point clouds and 2D images of targets, enabling ultra-precise recognition and positioning for large-size workpieces, stacked woven bags, cartons and turnover totes widely used in manufacturing.

Excellent Ambient Light Resistance

Stable High-Quality Imaging Under 120,000 Lux Strong Light Interference

Factories are commonly equipped with extensive window areas for ventilation, daylighting and smoke evacuation, resulting in complex ambient light conditions that pose major challenges to 3D point cloud imaging stability.

Adopting laser projection and binocular structured light imaging architecture, the Epic Eye Laser L delivers exceptional ambient light resistance. In extreme field tests, the camera maintains complete and intact imaging even under direct summer sunlight, with a maximum anti-interference capability of over 120,000 lux.

Real outdoor environment (maximum illumination 120,000+ lux)

Cartons with printed surface patterns

Superior HDR Performance

Single-Exposure High-Quality Imaging for Objects Varying in Brightness & Color

The Epic Eye Laser L generates high-fidelity point clouds for both dark and bright targets within the field of view without multiple exposure cycles, drastically cutting image acquisition time. Equipped with robust dynamic adaptability to ambient light, the camera can reconstruct object profiles with fixed parameter settings even when illumination fluctuates, making it ideal for sites with variable lighting conditions.

Identical imaging parameters deliver consistent output quality for the same scene under different lighting levels. For scenes with stark brightness contrast under fixed lighting, full complete point clouds can be captured in a single scan with no repeated sampling required.

Grinding wheels of different colors

Imaging under the same parameters

Optimal Imaging for Dark Reflective Workpieces

Proprietary Algorithms Address 3D Reconstruction Barriers of Dark Targets

The Epic Eye Laser L integrates proprietary exposure and imaging control algorithms to conduct targeted data processing for dark reflective objects at the core algorithmic level, enabling consistent acquisition of intact, usable point cloud data. It produces full, crisp, precise high-fidelity point clouds for diverse complex workpieces, flexible packages, printed cartons and turnover totes.

Black air-conditioning compressor

Multi-Camera Point Cloud Comparison at 3 m Working Distance

Full, Crisp Point Clouds vs. Severe Point Cloud Missing

Point cloud comparison test: Epic Eye Laser L versus competing 3D cameras @ 3.0 m

Epic Eye Laser L: Stable High-Fidelity Imaging with Full, Crisp Point Clouds

Other typical 3D cameras: Severe point cloud dropout

High Precision & Wide Field of View

Versatile for Medium-to-Long Range Industrial Workflows

Boasting a wide field of view, the Epic Eye Laser L covers large stacking profiles even at short working distances. It delivers crisp, reliable recognition and positioning for bulky workpieces, woven bag stacks, printed cartons and turnover totes widely used in industrial logistics.

The camera achieves a single-point precision of 0.32 mm @ 2.4 m and planar area precision of 0.08 mm @ 2.4 m, with industry-leading measurement accuracy. Its typical capture cycle stands at 1.7 seconds (subject to actual ambient lighting and workpiece material), enabling fast sampling with high resolution.

IP65 Dust & Water Resistance

Reliable Operation in Dusty, Humid Industrial Conditions

The Epic Eye Laser L features an IP65 ingress protection rating, enabling stable operation amid harsh industrial environments including dust, moisture, oil contamination and electromagnetic interference.

Industry-Leading 3D Vision Software Suite

Proprietary Optimized Intelligent Algorithms with Global-Competitive Performance

Transfer Technology’s fully refined 3D vision algorithms deliver industry-leading precision. Its proprietary exposure and imaging control algorithms effectively resolve the difficulty of capturing complete point clouds from dark reflective workpieces. Furthermore, self-developed patented filtering and high-precision calibration algorithms guarantee consistent high-fidelity 3D point cloud reconstruction.

Typical Case: Automotive Components – Crankshaft Imaging

Full Recognition Against Multiple Disturbances; Crisp Imaging Ensures Stable Robotic Picking

Curved contours, heavy shadows and prominent noise make crankshafts notoriously difficult targets for 3D industrial vision cameras. Conventional vision sensors struggle to identify crankshafts precisely, and imaging deviations will disrupt robotic picking workflows.

A manufacturer of automotive components processes heavy crankshaft workpieces. Manual loading brought low productivity, prompting the factory to upgrade its production line with intelligent automation. Equipped with excellent ambient light resistance, Transfer Technology’s laser 3D camera achieves reliable crankshaft recognition even under ambient light interference.