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Opto-Mechanics
The VenusLab optomechanical products serve as the core carrier for supporting the stable operation of optical experiments and industrial optical systems, with "Full-Dimensional Regulation + High-Stability Support + Extreme Environment Adaptability" as their core value.They cover the full range of needs, spanning from "microscopic position alignment" to "macroscopic system construction", and from "normal temperature & conventional scenarios" to "high-low temperature/vacuum extreme scenarios".
These products can achieve seamless synergy with the company’s in-house detectors, imaging equipment, light sources, and other products, forming an integrated optical solution for "optical signal generation - transmission - regulation - detection". They provide precision mechanical control capabilities ranging from the micrometer to nanometer scale for the scientific research and industrial fields.
Optical Tables
VL-T Series Teaching Platform
The “zero-threshold” teaching-grade optical platform
- All-in-one desk: built-in drawers & shelf save 30 % space; sit and experiment instantly.
- Teaching-grade precision: magnetic stainless top ≤0.1 mm/m², costs only 1/3 of a research table for easy bulk purchase.
VL-A Series Aluminum Breadboard
"Sketchpad for optical paths" – a feather-light, portable solid-aluminum breadboard.
- Precision-machined from premium aluminum alloy—ultralight and easy to carry.
- Standard M6 hole grid lets you mount optics and mini-stages in seconds.
- Anodized black finish resists scratches and reflections; tight tolerances ensure high flatness and parallelism.
- Ideal desktop breadboard for small-footprint setups—slide it anywhere, build fast, move instantly.
VL-M Series Magnetic Breadboard
"Palm-sized Magnetic Suction Lab" — Lightweight Ferromagnetic Breadboard
- 50 mm steel honeycomb core, lightweight with built-in vibration isolation
- Magnetic tabletop, completing installation and adjustment in 3 seconds
VL-E Series Economic Isolation Platform
"Push to Start Class" — A Lightweight Vibration Isolation Platform Specifically for Teaching Scenarios
- Push the caster, and the class starts immediately.
- Affordable vibration isolation, with sufficient performance.
VL-S Series Standard Damped Platform
The first choice for scientific research-level beginners
- 6 Hz scientific research vibration isolation, half price to get started
- Ready to use immediately, magnetic quick installation
VL-P Series Precision Damped Platform
"Sub-hertz Quiet Zone" — A Scientific Research-Grade Precision Damping Platform
- <4 Hz professional damping, maintaining micron-level flatness even under heavy loads
- Flat welding high magnetic conductivity tabletop, 800 kg/m², ready to use without leveling
VL-G Series Pneumatic Self-Leveling Platform
"One-click quiet sub-hertz air cushion" —— Scientific research-grade air flotation platform
- 1.2 Hz air spring, 3 s automatic leveling, amplitude < 1.2 µm
- 800 kg/m² load capacity, ultra-quiet 65 dB, one-click access to "vibration-free island"
VL-R Series Instrument Rack
"Removable Tool Bin by the Optical Table" — Modular Instrument Rack
- Can move 200 kg, stop immediately after pushing
- Multi-layer power strip, saving space instantly
VL-N Series Non-Magnetic Platform
316L zero magnetism, ready to use immediately
- 316L non-magnetic μr≤1.05
- Flatness ≤0.05mm/m², ready to use immediately
VL-C Series Custom / Modular Platform
"Extra-large size with zero stitching gaps"
- Precision pin + bolt double connection, with a joint flatness of ≤ 0.05 mm
- Arbitrary combination of T/L/U/Z types, single-piece transportation, on-site consolidation, and unlimited size expansion
Temperature Stage
Hot and cold stage
It provides a precise temperature environment for optical microscope observation or material heat treatment, adapts to different sample forms and experimental needs, and covers three scenarios: "polarized light observation", "ultra-thin sample compatibility", and "industrial heat treatment simulation".
Optical
Provide temperature control support for spectral analysis, ellipsometric testing, and electron microscopic observation, compatible with optical paths and vacuum environments, enabling the "temperature-optical properties" correlation research.
Electrical
Provide a "temperature + electric field/magnetic field" multi-field coupling environment for testing the electrical properties of electronic devices, and reveal the correlation law of "temperature - electrical characteristics".
Mechanical
It provides a temperature-controlled environment for mechanical experiments such as tension and compression, studies the correlation law of "temperature-mechanical properties", and is compatible with equipment such as universal testing machines and nanoindenters.
Special Applications
It targets extreme scenarios such as ultra-high temperature, vacuum, and high pressure, meets special experimental needs, and breaks through the environmental limitations of conventional equipment.
