Full steel platforms are specially designed experimental equipment for high-precision experiments. With a three-level vibration damping system, full steel structure, and modular design, they effectively isolate vibration interference, ensuring the accuracy of experimental data. Their core advantages lie in vibration damping performance, structural strength, and environmental adaptability, making them an indispensable basic equipment in fields such as biopharmaceuticals, environmental testing, and electronic instrument development.

1. Core Features: Triple shock absorption, multi-dimensional interference isolation

1. Basic DampingStainless steel screw and nylon base combination, absorbing ground micro-vibrations through elastic deformation, adjustable range up to 0-50mm, suitable for uneven surfaces.
2. Medium shock absorption60mm thick natural marble countertop (over 100kg in weight), utilizes its own inertia to reduce 3-10Hz low-frequency vibrations, such as interference caused by equipment operation or personnel movement.
3. High-grade shock absorptionThe marble and steel frame are sandwiched with a 3mm high-quality rubber pad, forming a flexible cushioning layer that further filters vibrations between 18-32Hz, ensuring the stability of the balance weighing.

Effect Verification：

In simulated experiments, the electronic scale reading fluctuated ±0.5mg without the use of a platform; after enabling the full steel platform, the fluctuation was reduced to ±0.02mg, meeting the precision requirements for微量analysis (such as drug component detection).

Section II: Structural Advantages: Full steel frame, emphasizing both load-bearing and durability

1. Main Frame：

• 1.0-1.5mm thick cold-rolled square steel tubes, treated with acid pickling, phosphatizing, and electrostatic powder coating with epoxy resin, to form a dense protective layer, corrosion resistance up to GB/T 1771-2018 standard, capable of withstanding the erosion of common laboratory chemicals (such as ethanol).
• Frame bearing capacity ≥ 400 kg/㎡, capable of stably supporting large-scale analytical instruments (such as mass spectrometers, spectrometers).

1. Counter Design：

• Double-layer structure: The outer layer is a 12.7mm solid MDF (thickened to 25.4mm at the edges), with an embedded 60mm marble core, offering both impact resistance and shock absorption.
• Waterproof edge sealing: All sections are treated with PVC waterproofing to prevent liquid seepage and structural deformation.

1. Modular components：

• The cabinet is constructed with 1.0mm cold-rolled steel plate bending and welding. The shelf height can be adjusted in increments of 13mm to accommodate various laboratory equipment storage needs.
• The drawers are equipped with DTC noise-reducing slides, capable of over 100,000 opening and closing cycles, with noise levels ≤45dB, creating a quiet experimental environment.