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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-T Series Teaching Platform
- Difference: Most compact, only 65 kg, one-person movable
- Advantages: Saves lab space; 2-3 students per set, short and fast optical path
- Applications: Basic geometrical optics, lens imaging, Young’s double-slit
VL-T Series Teaching Platform
- Difference: 30 % longer rail, fits two light sources side-by-side
- Advantages: Still single-desk footprint, yet handles more complex paths; teacher can demo in the middle while students operate on both sides
- Applications: Michelson interferometer, polarization, laser cavity alignment
VL-T Series Teaching Platform
- Difference: Longest rail, lower deck holds He-Ne laser or spectrometer
- Advantages: Room for 4 students; long-baseline setups possible; replaces traditional “platform + stool + instrument cart” combo, cutting cost
- Applications: Fiber coupling, laser scanning, holography and other cap-stone design experiments
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-A Series Aluminum Breadboard
- Difference: 0.09 m², ≈ 3 kg, one-hand carry
- Advantage: desk footprint like A3 sheet, lowest cost for bulk purchase
- Application: laser alignment, single-lens imaging demo
VL-A Series Aluminum Breadboard
- Difference: 50 % longer, fits still inside fume hood
- Advantage: room for a steering mirror without overhang
- Application: mini interferometer, teaching Michelson
VL-A Series Aluminum Breadboard
- Difference: twice the length of A3030, 6 kg load no warp
- Advantage: full inline path, fewer adjustments
- Application: fiber coupling, diode-laser testing
VL-A Series Aluminum Breadboard
- Difference: double area, higher stiffness
- Advantage: square symmetry, rotate 90° to reuse layout
- Application: four-sided refractive-index scan, polarization loop
VL-A Series Aluminum Breadboard
- Difference: 0.27 m², portable yet functional
- Advantage: two parallel beams still fit; slips into standard backpack
- Application: diode-bar collimation, compact spectroscopy
VL-A Series Aluminum Breadboard
- Difference: ≈ 11 kg, two-person lift still easy
- Advantage: four × work area of A3030, cost only 1.8 ×
- Application: complex path prototyping, multi-channel optical switch tests
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-M Series Magnetic Breadboard
- Difference: 0.09 m², ≈ 10 kg, one-hand carry
- Advantage: lowest cost, buy in bulk for student groups
- Application: laser alignment, lens imaging demo
VL-M Series Magnetic Breadboard
- Difference: 50 % longer, fits inside fume hood
- Advantage: room for a steering mirror without overhang
- Application: mini Michelson interferometer
VL-M Series Magnetic Breadboard
- Difference: twice the length of M33, 20 kg load no warp
- Advantage: single-row layout finishes the whole path
- Application: fiber coupling, diode-laser test
VL-M Series Magnetic Breadboard
- Difference: 900 mm long, still only 27 kg
- Advantage: one board completes expand-filter-focus chain
- Application: spatial filtering, beam-quality analysis
VL-M Series Magnetic Breadboard
- Difference: double area, higher stiffness
- Advantage: square symmetry, rotate 90° to reuse layout
- Application: four-sided refractive-index scan, polarization loop
VL-M Series Magnetic Breadboard
- Difference: 0.27 m², portable yet functional
- Advantage: two parallel beams fit; two people can still lift
- Application: diode-bar collimation
VL-M Series Magnetic Breadboard
- Difference: 900 mm length, 450 mm width
- Advantage: narrow-long layout suits compact labs
- Application: grating diffraction, F-P cavity tuning
VL-M Series Magnetic Breadboard
- Difference: best price/performance size
- Advantage: 0.36 m², four students work side-by-side
- Application: holography, Mach-Zehnder interferometer
VL-M Series Magnetic Breadboard
- Difference: 900 mm arm for long-path difference
- Advantage: large arm difference yet only 45 kg
- Application: long-path interference, beat-frequency measurement
VL-M Series Magnetic Breadboard
- Difference: 1.2 m length, still stable on 4 posts
- Advantage: one board completes expand-split-image chain
- Application: laser speckle, digital holography
VL-M Series Magnetic Breadboard
- Difference: 0.81 m², near 1 m²
- Advantage: large square ideal for folded multi-path setups
- Application: optical matrix experiments, multi-channel interference
VL-M Series Magnetic Breadboard
- Difference: 1.5 m length for long baseline
- Advantage: builds 1 m arm-difference interferometer on one board
- Application: large-angle diffraction, long-path spectroscopy
VL-M Series Magnetic Breadboard
- Difference: 800 mm width holds large-aperture lenses
- Advantage: no overhang for 4-inch optics
- Application: beam collimation, large-aperture imaging
VL-M Series Magnetic Breadboard
- Difference: 0.96 m², still stable on 6 posts
- Advantage: wide area fits multi-axis stages side-by-side
- Application: multi-axis synchronous measurement, laser machining guide path
VL-M Series Magnetic Breadboard
- Difference: aspect ratio 1.33, almost square
- Advantage: high space efficiency for square labs
- Application: optical information processing, joint-transform correlator
VL-M Series Magnetic Breadboard
- Difference: 100 mm thickness, +40 % rigidity
- Advantage: large area + thick core, 165 kg self-weight, better isolation
- Application: precision holography, pulsed-laser path
VL-M Series Magnetic Breadboard
- Difference: Length 1.8 m, the longest in the series
- Advantage: A single unit can build a 1.5 m arm length difference interferometer
- Application: Large-scale holography, long optical path pump-probe
VL-M Series Magnetic Breadboard
- Difference: Area 1.44 m², still usable with 6-point support
- Advantages: Largest square, beneficial for multi-dimensional symmetric optical paths
- Applications: Large optical matrices, multi-channel holography
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-E Series Economic Isolation Platform
- Difference: footprint < 0.4 m², 38 kg, one-person push
- Advantage: cheapest, fits lift, entry-level price
- Application: laser-pointer collimation, basic lens demo
VL-E Series Economic Isolation Platform
- Difference: same leg section, load up to 120 kg
- Advantage: +56 % area, cost +20 % only
- Application: Young’s double-slit, simple interference
VL-E Series Economic Isolation Platform
- Difference: longer in X, suits inline path
- Advantage: matches standard 600 mm deep bench
- Application: fiber end-face inspection, diode-laser test
VL-E Series Economic Isolation Platform
- Difference: area breaks 0.8 m², still 4 legs
- Advantage: common teaching size, drops straight onto lab desk
- Application: polarizer rotation, electro-optic modulation
VL-E Series Economic Isolation Platform
- Difference: 1.2 m long, 600 mm wide
- Advantage: narrow layout, several setups in parallel
- Application: grating diffraction, speed-of-light measurement
VL-E Series Economic Isolation Platform
- Difference: load 200 kg, can hold He-Ne laser
- Advantage: double area, price +30 % only
- Application: Michelson interferometer, entry-level holography
VL-E Series Economic Isolation Platform
- Difference: 900 mm depth, dual-side access
- Advantage: teacher demos at front, students record at rear
- Application: laser scanning, beam-quality analysis
VL-E Series Economic Isolation Platform
- Difference: thickness doubled, natural freq. down to 20 Hz
- Advantage: better isolation, casters retained
- Application: long-path interference, precision alignment
VL-E Series Economic Isolation Platform
- Difference: 1.5 m² area, 300 kg load
- Advantage: teaching “golden size”, holds two light sources
- Application: dual-beam comparison, spectroscopy
VL-E Series Economic Isolation Platform
- Difference: +100 mm length, 1.6 m arm difference
- Advantage: large-angle diffraction without splicing
- Application: large-angle grating, spatial filtering
VL-E Series Economic Isolation Platform
- Difference: 2.16 m², 6-point support
- Advantage: largest single teaching table, 6 students together
- Application: laser cavity tuning, large-aperture holography
VL-E Series Economic Isolation Platform
- Difference: thickness doubled again, 280 kg self-weight
- Advantage: isolation close to research grade, half the price
- Application: pulsed-laser path, pump-probe experiment
VL-E Series Economic Isolation Platform
- Difference: largest area 2.4 m² in series
- Advantage: one board replaces two拼接, no seam no realignment
- Application: multi-axis synchronous measurement, large optical-communication demo
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-S Series Standard Damped Platform
- Differences: Smallest size, ideal for single-user operation
- Advantages: Lightweight, cost-effective, suitable for basic experiments
- Applications: Laser collimation, basic optical experiments
VL-S Series Standard Damped Platform
- Differences: Longer in width, suitable for inline optical paths
- Advantages: Matches standard bench depth
- Applications: Fiber end-face inspection, laser diode testing
VL-S Series Standard Damped Platform
- Differences: Medium size, suitable for medium-scale experiments
- Advantages: Common teaching size, can replace standard desks
- Applications: Polarizer rotation, electro-optic modulation experiments
VL-S Series Standard Damped Platform
- Differences: Increased area, suitable for multi-device layout
- Advantages: Suitable for multi-device side-by-side use
- Applications: Michelson interferometer, introductory holography
VL-S Series Standard Damped Platform
- Differences: Doubled area, suitable for complex optical paths
- Advantages: Large area, suitable for complex experimental layouts
- Applications: Laser scanning, beam quality analysis
VL-S Series Standard Damped Platform
- Differences: Increased thickness, enhanced vibration isolation
- Advantages: Suitable for long optical path experiments
- Applications: Long-path interference, precision alignment experiments
VL-S Series Standard Damped Platform
- Difference: Increased area, suitable for multi-device layout
- Advantages: Large area, suitable for side-by-side use of multiple devices
- Applications: Dual optical path comparison, spectral measurement
VL-S Series Standard Damped Platform
- Difference: Large area, suitable for multi-person operation
- Advantages: Suitable for multi-person collaborative operation
- Applications: Laser resonator adjustment, large-aperture holography
VL-S Series Standard Damped Platform
- Differences: Increased thickness, further improved vibration isolation performance
- Advantages: Large area, suitable for complex experimental layouts
- Applications: Pulsed laser optical paths, pump-probe experiments
VL-S Series Standard Damped Platform
- Difference: Maximum area, suitable for ultra-complex experiments
- Advantages: Ultra-large area, suitable for ultra-complex experimental layouts
- Applications: Multi-axis synchronous measurement, large-scale optical communication demonstration
VL-S Series Standard Damped Platform
- Difference: Ultra-long size, suitable for ultra-long optical path experiments
- Advantages: Ultra-long size, suitable for ultra-long optical path experiments
- Applications: Long optical path interference, precision alignment experiments
VL-S Series Standard Damped Platform
- Difference: Ultra-large area, suitable for ultra-complex experiments
- Advantage: Ultra-large area, suitable for the layout of ultra-complex experiments
- Application: Large optical matrix, multi-channel holography
VL-S Series Standard Damped Platform
- Difference: Extra-large area, suitable for ultra-complex experiments
- Advantages: Extra-large area, suitable for ultra-complex experimental layouts
- Applications: Large optical matrices, multi-channel holography
VL-S Series Standard Damped Platform
- Difference: Ultra-long size, suitable for ultra-long optical path experiments
- Advantages: Ultra-long size, suitable for ultra-long optical path experiments
- Applications: Long optical path interference, precision alignment experiments
VL-S Series Standard Damped Platform
- Difference: Ultra-large area, suitable for ultra-complex experiments
- Advantages: Ultra-large area, suitable for ultra-complex experimental layouts
- Applications: Large optical matrices, multi-channel holography
VL-S Series Standard Damped Platform
- Difference: Ultra-large area, suitable for ultra-complex experiments
- Advantages: Ultra-large area, suitable for ultra-complex experimental layouts
- Applications: Large optical matrices, multi-channel holography
VL-S Series Standard Damped Platform
- Difference: Ultra-large area, suitable for ultra-complex experiments
- Advantages: Ultra-large area, suitable for ultra-complex experimental layouts
- Applications: Large optical matrices, multi-channel holography
VL-S Series Standard Damped Platform
- Difference: Ultra-large area, suitable for ultra-complex experiments
- Advantage: Ultra-large area, suitable for ultra-complex experimental layouts
- Application: Large optical matrices, multi-channel holography
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-P Series Precision Damped Platform
- Difference: smallest footprint, ≈ 45 kg, roll-in ready
- Advantage: entry-level price, 10× better isolation than rubber pads
- Application: AFM tip calibration, mini interferometer
VL-P Series Precision Damped Platform
- Difference: 56 % larger area, still < 8 Hz
- Advantage: best area-to-floor ratio
- Application: OCT prototype
VL-P Series Precision Damped Platform
- Difference: fits along narrow wall
- Advantage: saves depth, single-line beam path
- Application: grating spectrometer, heterodyne detection
VL-P Series Precision Damped Platform
- Difference: 150 × 150 mm legs, high surplus stiffness
- Advantage: accepts 30 cm rail without overhang
- Application: Nd:YAG cavity alignment, teaching holography
VL-P Series Precision Damped Platform
- Difference: stock available, 1-week delivery
- Advantage: plug-and-play compatibility
- Application: laser Doppler velocimetry, pump-probe lab
VL-P Series Precision Damped Platform
- Difference: 40 % higher bending modulus
- Advantage: center-free, lecturer frontal demo
- Application: dual-wavelength interferometry, polarization lab
VL-P Series Precision Damped Platform
- Difference: < 6 Hz resonance, 800 kg/m² load
- Advantage: heavy systems stack without sag
- Application: Ti:sapphire amplifier, fs pump-probe
VL-P Series Precision Damped Platform
- Difference: diagonal ribs, 140 kg/m² self-weight
- Advantage: 4-leg faster leveling = 6-leg performance
- Application: optical BER test, Si-photonics coupling
VL-P Series Precision Damped Platform
- Difference: 200 × 200 mm legs, anti-tilt
- Advantage: long path without joints, low back-reflection
- Application: large-format holography, CRDS
VL-P Series Precision Damped Platform
- Difference: internal truss, same weight as 6-point
- Advantage: fits 1.2 m aisle lab
- Application: lidar transmit-receive coax alignment
VL-P Series Precision Damped Platform
- Difference: 1.2 m depth fits 19-inch rack
- Advantage: optics & electronics on one table
- Application: quantum entanglement, HOM interferometer
VL-P Series Precision Damped Platform
- Difference: 100 % weld inspected, 10-year creep-free
- Advantage: ultra-long seamless, < 1 fs timing jitter
- Application: fs oscillator-amplifier full path
VL-P Series Precision Damped Platform
- Difference: < 4 Hz, < 2 µm amplitude
- Advantage: carries 100 kg vacuum chamber, no memory sag
- Application: XUV high-harmonic generation, attosecond pump-probe
VL-P Series Precision Damped Platform
- Difference: dual-row legs, 500 mm central walkway
- Advantage: maintenance without removing optics
- Application: ultrafast electron diffraction sample chamber
VL-P Series Precision Damped Platform
- Difference: 200 × 200 mm legs, wall thickness 8 mm
- Advantage: three-beam temporal-spatial sync, edge sag < 0.02 mm
- Application: cascaded CPA, multi-beam pump-probe
VL-P Series Precision Damped Platform
- Difference: 165 kg/m² top, isolators preloaded 1.2 t
- Advantage: keeps < 4 Hz even under heavy load
- Application: LWFA (laser wake-field acceleration)
VL-P Series Precision Damped Platform
- Difference: ship as single piece or jointed, joint flatness ≤ 0.05 mm/m²
- Advantage: large-table performance where transport is limited
- Application: large-aperture interferometry, space optics inspection
VL-P Series Precision Damped Platform
- Difference: 48 modules side-by-side, no intermediate support
- Advantage: longest rail in line, < 0.05 mm global flatness
- Application: fusion laser front-end, meter-class optical segment test
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-G Series Pneumatic Self-Leveling Platform
- Difference: lightest in line, < 2 Hz even at 50 mm
- Advantage: fits old buildings with floor-load limits
- Application: confocal microscopy, teaching AFM
VL-G Series Pneumatic Self-Leveling Platform
- Difference: resonance 1.5 Hz, load 300 kg/m²
- Advantage: holds 100 kg vacuum chamber at 1 µm amplitude
- Application: small CO₂ laser cavity, optical BER test
VL-G Series Pneumatic Self-Leveling Platform
- Difference: rack-compatible 19-inch depth
- Advantage: optics & electronics on one table, no extra cart
- Application: lidar prototyping, Si-photonics alignment
VL-G Series Pneumatic Self-Leveling Platform
- Difference: auto-level < 3 s, one-button reset
- Advantage: repeatedly move for demos, no re-alignment
- Application: holography teaching, fs oscillator
VL-G Series Pneumatic Self-Leveling Platform
- Difference: extra 100 mm depth, still 4-leg
- Advantage: fits long rail without widening lab
- Application: spectrometer + sample chamber combo
VL-G Series Pneumatic Self-Leveling Platform
- Difference: amplitude < 1.2 µm for coherent detection
- Advantage: sub-Hz isolation under heavy load
- Application: quantum entanglement, HOM interferometer
VL-G Series Pneumatic Self-Leveling Platform
- Difference: AirTAC 3-valve servo, 0.3 s response
- Advantage: dual-beam height auto-locked
- Application: pump-probe, dual-wavelength interferometry
VL-G Series Pneumatic Self-Leveling Platform
- Difference: legs 160 × 160 mm, anti-torque↑
- Advantage: 200 kg vacuum chamber, no memory sag
- Application: ultrafast electron diffraction chamber
VL-G Series Pneumatic Self-Leveling Platform
- Difference: 1 m depth, 19-inch rack friendly
- Advantage: optics + electronics + PC on one top, clean cabling
- Application: optical communication system tuning
VL-G Series Pneumatic Self-Leveling Platform
- Difference: amplitude < 1 µm for fs phase lock
- Advantage: sub-Hz under heavy load
- Application: Ti:sapphire amplifier, OPA system
VL-G Series Pneumatic Self-Leveling Platform
- Difference: single-piece, no joint error
- Advantage: long path zero seam, timing jitter < 1 fs
- Application: fs oscillator-amplifier full beamline
VL-G Series Pneumatic Self-Leveling Platform
- Difference: legs 160 × 160 mm, higher bending rigidity
- Advantage: vibration-free large-format hologram
- Application: fusion laser front-end, space optics inspection
VL-G Series Pneumatic Self-Leveling Platform
- Difference: 4-point, 1.3 Hz resonance
- Advantage: fits 1.2 m aisle lab
- Application: lidar TX-RX coax alignment
VL-G Series Pneumatic Self-Leveling Platform
- Difference: 150 mm thickness, load 250 kg/m²
- Advantage: 150 kg vacuum chamber at 1 µm amplitude
- Application: quantum entanglement, multi-channel optical switch
VL-G Series Pneumatic Self-Leveling Platform
- Difference: < 1.2 Hz, ultra-long single tabletop
- Advantage: no joint, < 1 fs timing jitter
- Application: attosecond pulse generation, high-harmonic system
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-R Series Instrument Rack
- Difference: single shelf, 6-way power strip, 28 kg
- Advantage: one-hand push, plug-and-play
- Application: basic optics demo, scope + laser storage
VL-R Series Instrument Rack
- Difference: double shelves, 8-way strip
- Advantage: separates controller & PC, frees table
- Application: pump-probe lab, central electric hub
VL-R Series Instrument Rack
- Difference: optional blackout canopy
- Advantage: instant dark room for holography
- Application: holography teaching, image-intensifier test
VL-R Series Instrument Rack
- Difference: double frame, 200 kg load no bend
- Advantage: stack high-power supplies low-CG
- Application: high-power laser, multi-channel drivers
VL-R Series Instrument Rack
- Difference: 12-way strip + RCD protection
- Advantage: three lasers powered without crosstalk
- Application: chained amplifiers, fiber splicing station
VL-R Series Instrument Rack
- Difference: dual-rack 600+600 mm aisle
- Advantage: two operators face-to-face, hidden cabling
- Application: quantum optics, multi-beam alignment
VL-R Series Instrument Rack
- Difference: LED ceiling + blackout curtain
- Advantage: weak-signal tuning in daylight
- Application: single-photon detection, fluorescence imaging
VL-R Series Instrument Rack
- Difference: multi-shelf + keyboard drawer, rack holes
- Advantage: PC, monitor, keyboard all-in-one
- Application: large interferometer, platform control center
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
