Zolix Instruments Distributor · Netherlands
Optical Tables &Breadboards
From solid aluminum breadboards and honeycomb stainless platforms to fully pneumatically isolated optical tables — a stable, flat foundation for every precision experiment.
0.02 mm
Surface Flatness
/600×600 mm
< 1.5 Hz
Resonant Freq.
Pneumatic series
3000 kg
Load Capacity
ZSR-P (4 legs)
4.5 × 1.5 m
Max Table Size
DRP / ZTP series
Interactive Configurator
Custom Table & Breadboard Configurator
Can't find the exact standard dimensions or specifications? Build your custom optical table, breadboard, isolator set, or table shelf below. Submit your custom configuration and we will source or manufacture it to fit your exact application.
Solid Aluminum Breadboard
Identified Model Reference
OTSB600600-13
Specifications
- Size: 600×600 mm
- Thickness: 13 mm
- Material: Non-magnetic solid aluminum alloy
This custom enquiry will be added to your cart, allowing us to find the closest match or custom-manufacture it for your setup in the Netherlands.
Zolix Optical Breadboards
Optical Breadboards
Rigid, flat mounting platforms with M6 tapped hole grids on 25×25 mm spacing. Available in solid aluminum, stainless steel, and honeycomb-core structures across a wide range of sizes and thicknesses.
OTSB Series
Solid Aluminum · 13 mm Thickness
- Non-magnetic solid aluminum alloy, matte black low-reflection surface
- Surface flatness: 0.3 mm / 600×600 mm
- Mounting hole grid: 25×25 mm, M6 countersunk through-holes
- Countersunk holes for easy flush installation
- Weight: ~3 kg / 300×300 mm
| Model | Size L×W×T (mm) | Enquiry |
|---|---|---|
| OTSB2020-13 | 200×200×13 | |
| OTSB3030-13 | 300×300×13 | |
| OTSB3045-13 | 450×300×13 | |
| OTSB3060-13 | 600×300×13 | |
| OTSB4545-13 | 450×450×13 | |
| OTSB4560-13 | 600×450×13 | |
| OTSB6060-13 | 600×600×13 | |
| OTSB6090-13 | 900×600×13 |
NTBK Series
Honeycomb Stainless Steel · 50–300 mm
- Hexagonal bonded trussed honeycomb core — lightweight yet rigid
- Individual isolation cup seals below each M6 threaded hole
- Surface flatness: 0.1 mm / 600×600 mm
- 5 mm SUS430 working surface, 4–6 mm carbon steel bottom skin
- Black PU leather side panels, stainless steel corner covers
- Sizes from 300×300 to 3000×1500 mm
50 mm
~90 kg/m²
100 mm
~120 kg/m²
150 mm
~135 kg/m²
200 mm
~162 kg/m²
300 mm
~162 kg/m²
25×25 mm
Hole grid
Stainless Steel Breadboard Series
Three solid stainless constructions in increasing surface precision. All share 25×25 mm M6 hole grid, matte black finish, and optional surface grades (SUS430 default, SUS304, SUS316).
| Series | Thickness Options | Surface Flatness | Side Finish | Weight (50mm) |
|---|---|---|---|---|
| NTBBStandard Stainless | 50 / 100 / 150 / 200 mm | 0.1 mm / 600×600 mm | Gray aluminum-plastic plate | 110 kg/m² |
| NTBPPremium Stainless | 50 / 100 / 150 / 200 / 300 mm | 0.02–0.05 mm / 600×600 mm | Black aluminum-plastic plate | 110 kg/m² |
| NTBRPremium Stainless (blue sides) | 50 / 100 / 150 / 200 / 300 mm | 0.02–0.05 mm / 600×600 mm | Blue PU leather | 110 kg/m² |
All stainless breadboards available up to 3000×1500 mm. Mounting hole border: 37.5 mm. -304 / -316 suffix for low-magnetic surface steel.
Passive Damping · No Air Required
DRP Series — Damping Vibration Isolation Tables
Integral welded frame with dual-frequency damping mechanism. No compressed air required. Suitable for precision mechanical motion, laser experiments, millimeter-wave radar, and optical instruments requiring high vibration isolation.
Key Specifications
- Resonant frequency6 ~ 15 Hz
- Surface flatness0.02–0.05 mm / 600×600 mm
- Tabletop thickness100 / 200 / 300 mm
- Working surface4–6 mm stainless steel
- Total height800 mm
- Height adjustment−10 ~ +15 mm
- Load (4 legs, 200mm)1300 kg
- Load (6 legs, 300mm)1950 kg
- Mounting hole grid25×25 mm, M6
- CastersAmerican Colson (with brake)
Tabletop Options
No suffix — Welded tabletop (standard)
-K — Bonded trussed Honeycomb with individual cleaning cup
-304 / -316 — SUS304 / SUS316 working surface
| Model | L×W×H (mm) | Top (mm) | Weight (kg) | Load (kg) | Legs | Enquiry |
|---|---|---|---|---|---|---|
| DRP06-06 | 600×600×800 | 100 | 43 | 600 | 4 | |
| DRP12-09 | 1200×900×800 | 100 | 130 | 600 | 4 | |
| DRP18-12 | 1800×1200×800 | 200 | 302 | 1300 | 4 | |
| DRP24-15 | 2400×1500×800 | 200 | 504 | 1300 | 4 | |
| DRP30-15 | 3000×1500×800 | 300 | 752 | 1950 | 6 | |
| DRP45-15 | 4500×1500×800 | 300 | 1127 | 1950 | 6 |
Looking for another standard size? This table lists typical configuration examples. You can design any custom size using our Interactive Configurator above, or view the Full Optical Tables Catalog for the complete list of 100+ standard damping table options.
Active Pneumatic Isolation
Pneumatic Vibration Isolation Tables
Pneumatic spring systems for experiments requiring maximum vibration isolation. Resonant frequencies as low as 1.5 Hz vertical / 1 Hz horizontal with >90% isolation efficiency at 10 Hz. Essential for interferometry, ultrafast optics, and high-magnification microscopy.
ZTP Series
Semi-diaphragm type pneumatic springs deliver excellent vibration isolation performance. Air compressor included as standard (or order -WQB without). Suited to optical imaging, optical communication, and precision spectral measurement.
- Resonant frequency: <1.5–3 Hz (load/application dependent)
- Surface flatness: 0.02–0.05 mm / 600×600 mm
- Tabletop thickness: 100 / 200 / 300 mm
- Total height: 800 mm, ±10–15 mm adjustable
- Load capacity: 400–1200 kg
- Mounting hole: M6, 25×25 mm grid
| Model | L×W×H (mm) | Top (mm) | Load (kg) | Legs | Enquiry |
|---|---|---|---|---|---|
| ZTP09-06(-K) | 900×600×800 | 100 | 400 | 4 | |
| ZTP12-12(-K) | 1200×1200×800 | 100 | 400 | 4 | |
| ZTP18-12(-K) | 1800×1200×800 | 200 | 800 | 4 | |
| ZTP24-15(-K) | 2400×1500×800 | 200 | 800 | 4 | |
| ZTP30-15(-K) | 3000×1500×800 | 300 | 1200 | 6 | |
| ZTP35-15(-K) | 3500×1500×800 | 300 | 1200 | 6 |
Configure any other size: This table lists typical configuration examples. You can design any custom size using our Interactive Configurator above, or view the Full Optical Tables Catalog for the complete list of 100+ standard pneumatic options.
NAP Series
Three-Wire Pendulum · Compact
- Resonant freq.: vertical <1.5–2.5 Hz; horizontal <1–1.5 Hz
- Three wire pendulum — isolates vertical + horizontal simultaneously
- Laminar damping element for better sensitivity
- Tabletop height indicator for easy leveling
- Load capacity: 500 kg (4 legs)
- Sizes: 1000×800 to 1500×1500 mm
- Tabletop thickness: 100 mm
Ideal for: high-magnification microscopy, confocal microscopy, optical communication.
TPR Series
Three-Wire Pendulum · Heavy Duty
- Resonant freq.: vertical <1.5–2.5 Hz; horizontal <1–1.5 Hz
- Isolation efficiency: 5 Hz >75%; 10 Hz >90–95%
- Tabletop thickness: 200 / 300 mm
- Load capacity: 1000 kg (4 legs) / 1500 kg (6 legs)
- Sizes: 1500×900 to 3500×1500 mm
- Low-noise, oil-free air compressor included
Ideal for: heavy instrument setups, large-format optical benches.
ZSR-P Series
Individual Isolator · Auto-Leveling
- Resonant freq.: vertical <1.5–3 Hz; horizontal <1–2 Hz
- Automatic inflation & automatic balancing
- Single swing rod vibration isolation mechanism
- Pinhole damping mechanism
- Isolation: 10 Hz >90–95% in both axes
- Load: 1000–3000 kg (4 or 6 legs)
- Sizes: 1500×900 to 3500×1500 mm
Ideal for: interferometry, optical imaging, precision spectral measurement.
ZDH Series — Individual Pneumatic Vibration Isolators
Standalone Φ273 mm isolator units that support any stainless steel breadboard or marble tabletop. Three wire pendulum + laminar damping. Suitable for interferometry, ultrafast optics, quantum optics, high-resolution microscopy, and building complex long optical paths.
- Resonant frequency: vertical <1.5–2.0 Hz, horizontal <1.0–1.5 Hz
- Isolation efficiency: 5 Hz 75–85%, 10 Hz 90–95%
- Load per isolator: 750 kg
- Total load: 3000 kg (4 units) / 4500 kg (6 units)
- Diameter: Φ273 mm; Height: 400–700 mm
- Built-in oil damping reduces resonance peak
- Max air pressure: 0.6 MPa; working: 0.3–0.4 MPa
| Model | H (mm) | Units | Total (kg) | Enquiry |
|---|---|---|---|---|
| ZDH-750-H400-4 | 400 | 4 | 3000 | |
| ZDH-750-H600-4 | 600 | 4 | 3000 | |
| ZDH-750-H400-6 | 400 | 6 | 4500 | |
| ZDH-750-H600-6 | 600 | 6 | 4500 |
Customize quantity or height using our Configurator above, or view the Full Catalog for additional standard isolator heights.
Lab Organisation
OTNS Series — Free-Standing Optical Table Shelf
Shelves that mount alongside optical tables, keeping oscilloscopes, controllers, adapters, and computers off the table surface without disturbing its stability. Integral welded hollow steel, matte treated, adjustable height.
Features
- Rectangular hollow steel, surface matte treatment
- Integral welding process for rigidity and stability
- Height adjustable with casters and lifting feet
- Power strip options: 10A (2 or 4 pcs) or 16A (2 pcs)
- Optional lighting strips (L2: 2 pcs, L4: 4 pcs)
- Optional curtain: HG (sliding) or FG (overlay)
- Matches table lengths: 1200 / 1500 / 1800 mm and beyond
Naming Rule
Complete the Setup
Accessories & Monitoring
OTSB-HD100 Handles
Handles for aluminum breadboards. 100 mm spacing, fixed by M6 screw, 30 kg load. Not suitable for ferromagnetic stainless steel breadboards or optical tables.
RBP Rubber Mat
Rubber spacer/anti-vibration mat. <5 mm thick. Available in 100×100×5 mm (RBP100100-5) or 200×200×5 mm (RBP200200-5). Reduces vibration transmission between components.
RBL Rubber Foot
Rubber mounting feet, supplied as a set of 4 pcs. Reduces transmitted vibration for lightweight setups. Rubber material, standard set size.
Air Compressors
TW550-4C: 35 L/min, 4 L tank, 23 kg, 51±3 dB noise. TW5501: 115–30 L/min, 25 L tank, 35 kg, 62±3 dB. Both 220V 50Hz, oil-free, 0.1–0.8 MPa. Required for all pneumatic tables unless -WQB option selected.
Vibration Monitoring System
Data acquisition + IEPE piezoelectric acceleration sensor package for real-time vibration monitoring of optical tables and experimental environments. Measures isolation efficiency, environmental vibration, and provides real-time vibration state data.
- iPotest-04IA DAQ: 4-channel synchronous, 24-bit ADC, up to 10 KSPS
- B12A01 IEPE sensor: 10000 mV/g (±5%), 0.5–0.8 kHz frequency response
- Input: AC/DC/ICP with 24VDC 4mA constant current source
- Optional recording module: A53/A722 CPU, 16GB + SD card, TENSORFLOW/CAFFE
- Android 8.1/Linux, 100M Ethernet & WiFi, GPIO / RS-485
IEPE Acceleration Sensor
B12A01 (10000 mV/g)
Data Acquisition Box
iPotest-04IA (4-Ch, 24-bit)
Custom Sizing & Spliced Configurations Available
From Breadboard to Full Isolation System
Need a specific size, U- / L- / I- / E-shaped spliced configuration, or a verified vibration isolation performance for your facility? We configure custom optical table setups and source the complete Zolix range for laboratories across the Netherlands.
Inquire About Optical TablesWhere these are used
Applications for tables & breadboards
The table is the reference every other component is measured against. Floor vibration and thermal expansion that reach the optics become drift no amount of downstream precision recovers.
Interferometry & metrology
Nanometre path-length stability depends on isolating the setup from building vibration in the 1–100 Hz band where floors are worst.
Ultrafast & high-power laser systems
Long folded beam paths amplify angular drift, so amplifier and OPA layouts need both damping and thermal stability across the surface.
Super-resolution microscopy
Localisation precision below the diffraction limit is meaningless if the sample and objective drift relative to each other during acquisition.
Precision metrology labs
Provide a flat, tapped, dimensionally stable reference surface for measurement instruments and calibration fixtures.
Production & inspection benches
Support repeatable optical assembly and inspection on the factory floor, where ambient vibration is considerably worse than in a lab.
Breadboard subsystems
Build a subsystem on a small breadboard, align it off-line, then bolt the finished assembly onto the main table as a unit.
Before you specify
Guides for choosing isolation
Which isolation your floor actually needs, why every isolator amplifies before it attenuates, and how to budget the result at the sample.
Opto-mechanicsBuilding a stable opto-mechanical rig
Vibration, thermal drift and mechanical integration are one problem. Budget the motion at the sample, then specify the table, the isolation, the mounts and the beam height that budget asks for.
Open guide
Optical microscopyBuilding an optical-tweezers setup
Design the trapping beam, objective, mechanics, imaging, QPD detection, calibration, and safety workflow as one instrument.
Open guide