Optimize Your Filming Experience

Revolutionary laser tracking for dynamic cinematography.

Precision Tracking

Real-time camera angle optimization for any environment.

Seamless Integration

Adapts to motion and framing needs.

Dynamic Adjustment

Efficient Calibration

About Camlasin

At Camlasin, we develop innovative laser-based tracking systems that optimize camera angles in real time for professional cinematography and dynamic environments.

A green laser system placed on a perforated metallic surface. The system consists of a main driver unit labeled 'DPSSL DRIVER FA' and an emitting unit. The front panel of the driver unit has a digital readout displaying the value '1325', buttons, and indicator lights. A visible green laser beam is emitted from the top unit, projecting onto a wall in the background, creating a green spot and a faint shadow of the apparatus.

A green laser system placed on a perforated metallic surface. The system consists of a main driver unit labeled 'DPSSL DRIVER FA' and an emitting unit. The front panel of the driver unit has a digital readout displaying the value '1325', buttons, and indicator lights. A visible green laser beam is emitted from the top unit, projecting onto a wall in the background, creating a green spot and a faint shadow of the apparatus.

Revolutionary tracking technology!

John Doe

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Precision Tracking Solutions

Optimize camera angles in real time for dynamic filming environments.

Laser Projection System

Integrates laser projection and motion sensors for optimal camera positioning and adjustments.

A precision laser cutting machine appears in a workspace, with a laser head marked 'Opt Lasers' actively cutting or engraving material. The machine is mounted on a linear rail system, and the surrounding area is dark, highlighting the blue light emitted by the laser.

A precision laser cutting machine appears in a workspace, with a laser head marked 'Opt Lasers' actively cutting or engraving material. The machine is mounted on a linear rail system, and the surrounding area is dark, highlighting the blue light emitted by the laser.

Dynamic Filming Support

Ensures consistent image quality and adapts quickly to changing scenes and conditions.

Reduce manual calibration time while enhancing filming efficiency and precision.

Efficient Calibration

A laboratory setup includes a laser device emitting a blue light, a control box with cables, and a laptop displaying data or software. The components are arranged on a perforated optical table.

A laboratory setup includes a laser device emitting a blue light, a control box with cables, and a laptop displaying data or software. The components are arranged on a perforated optical table.

A professional video camera with a detailed control interface is positioned in a dimly lit environment. Two vertical red lights are on either side of the camera, casting a soft glow against the dark background.

A professional video camera with a detailed control interface is positioned in a dimly lit environment. Two vertical red lights are on either side of the camera, casting a soft glow against the dark background.

A large camera setup is being adjusted by a person using a small tool. The camera is mounted on a sophisticated rig with multiple components for stabilization and control.

A large camera setup is being adjusted by a person using a small tool. The camera is mounted on a sophisticated rig with multiple components for stabilization and control.

Gallery

Explore our innovative tracking system in action.

A professional camera with a large telephoto lens is mounted on a tripod. The camera's screen displays an image in focus. The background is a gradient of soft blue and pink, suggesting an open sky during sunrise or sunset.

A professional camera with a large telephoto lens is mounted on a tripod. The camera's screen displays an image in focus. The background is a gradient of soft blue and pink, suggesting an open sky during sunrise or sunset.

A professional video camera is mounted on a tripod, positioned in front of a technical test chart with various circles and patterns, typically used for calibrating cameras.

A professional video camera is mounted on a tripod, positioned in front of a technical test chart with various circles and patterns, typically used for calibrating cameras.

Two black DPPSS driver units with a digital display reading 2.004 are placed on a perforated surface. Each device is connected to a small module emitting a green laser beam. The setup includes various switches and indicators on the front panel, and there is a small CivilLaser card in the background displayed upright.

Two black DPPSS driver units with a digital display reading 2.004 are placed on a perforated surface. Each device is connected to a small module emitting a green laser beam. The setup includes various switches and indicators on the front panel, and there is a small CivilLaser card in the background displayed upright.

A DSLR camera is mounted on a tripod, positioned indoors in front of a reflective surface. The setup is centrally aligned, with the camera lens facing forward and the camera strap hanging down. The background and surrounding area are minimalistic, emphasizing the photographic equipment.

A DSLR camera is mounted on a tripod, positioned indoors in front of a reflective surface. The setup is centrally aligned, with the camera lens facing forward and the camera strap hanging down. The background and surrounding area are minimalistic, emphasizing the photographic equipment.

Red laser beams crisscross against a dark background, creating an intricate web of intersecting lines.

Red laser beams crisscross against a dark background, creating an intricate web of intersecting lines.