| Dimension(mm): | |
|---|---|
| Material : | |
| Accessaries: | |
| Item Weight : | |
| Availability: | |
| Quantity: | |
Cuboc
The height adjustable stainless steel ergonomic lab bench offers convenient functionality with options for both crank handle and electrically operated height adjustment.
This feature allows users to easily customize the bench height to their preferred ergonomic position.
By reducing the risk of work-related musculoskeletal disorders, this lab bench promotes employee health and well-being.
The lab bench is equipped with a 16mm Trespa TopLab Base (formerly Trespa Athlon) worktop.
This durable surface can withstand a wide temperature range from -40°C to +180°C.
Additionally, it is chemically, scratch, and abrasion resistant, ensuring long-lasting performance.

Designed for stability and longevity, the lab bench features a 38mm x 38mm x 1.5mm fully welded box section construction.
The metalwork undergoes a thorough cleaning and etching process, followed by an oven-baked powder-coated finish.
This construction method guarantees a robust and durable lab bench that can withstand rigorous use.
To provide flexibility and adaptability, the lab bench is equipped with adjustable leveling feet or castors.
This allows users to easily level the bench or move it as needed for reconfiguration, cleaning, or repositioning.
Whether fixed in one place or mobile, the lab bench can be adjusted to suit specific user and work process requirements.
The height adjustable stainless steel ergonomic lab bench is designed to provide a customizable workspace that prioritizes both functionality and ergonomics.
With its range of customization options, users can tailor the lab bench to their specific requirements.
It is available in three standard depths and five standard lengths, ensuring a perfect fit for any workspace.

Constructed from stainless steel, the lab bench offers a virtually maintenance-free operation.
The durable material requires minimal upkeep, providing long-term reliability and usability in laboratory and assembly work settings.
The height adjustable stainless steel ergonomic lab bench offers convenient functionality with options for both crank handle and electrically operated height adjustment.
This feature allows users to easily customize the bench height to their preferred ergonomic position.
By reducing the risk of work-related musculoskeletal disorders, this lab bench promotes employee health and well-being.
The lab bench is equipped with a 16mm Trespa TopLab Base (formerly Trespa Athlon) worktop.
This durable surface can withstand a wide temperature range from -40°C to +180°C.
Additionally, it is chemically, scratch, and abrasion resistant, ensuring long-lasting performance.

Designed for stability and longevity, the lab bench features a 38mm x 38mm x 1.5mm fully welded box section construction.
The metalwork undergoes a thorough cleaning and etching process, followed by an oven-baked powder-coated finish.
This construction method guarantees a robust and durable lab bench that can withstand rigorous use.
To provide flexibility and adaptability, the lab bench is equipped with adjustable leveling feet or castors.
This allows users to easily level the bench or move it as needed for reconfiguration, cleaning, or repositioning.
Whether fixed in one place or mobile, the lab bench can be adjusted to suit specific user and work process requirements.
The height adjustable stainless steel ergonomic lab bench is designed to provide a customizable workspace that prioritizes both functionality and ergonomics.
With its range of customization options, users can tailor the lab bench to their specific requirements.
It is available in three standard depths and five standard lengths, ensuring a perfect fit for any workspace.

Constructed from stainless steel, the lab bench offers a virtually maintenance-free operation.
The durable material requires minimal upkeep, providing long-term reliability and usability in laboratory and assembly work settings.
Medical falls are the leading cause of injury among seniors, with over 36 million falls reported annually in elderly care environments. While floor surfaces and lighting are often blamed, the physical interface between the resident and their furniture is the most critical factor in fall prevention.
As global healthcare systems pivot toward specialized care, the behavioral health sector is projected to be one of the fastest-growing markets through 2026. However, outfitting these facilities presents a complex challenge: furniture must bridge the gap between rigorous clinical safety and a warm, t
In the rapidly evolving landscape of healthcare procurement, the shift toward human-centered design has transformed medical furniture from "clinical equipment" into "healing instruments". As we look toward 2026, the focus has moved beyond mere durability toward environments that feel intuitive, pers
Award-winning hospital designs are more than architectural achievements—they represent the pinnacle of patient-centered healthcare environments that enhance clinical outcomes, staff efficiency, and visitor experience. As hospital construction spending reached $28.5 billion in 2025, design excellence
If you've ever been stuck in a hospital bed, you know the overbed table is your entire world. It’s your dining table for lukewarm soup, your desk for a tablet, your pharmacy for daily meds, and—frequently—the place where a nurse sets down a used cotton ball or a wound-dressing kit.To the casual obse
If you've ever walked into a state-of-the-art geriatric ward or a VIP suite at a hospital like the Saudi German Hospital, you’ve probably noticed something "off" about the chairs.To the casual observer, they look ridiculous. While modern office chairs have sleek, T-shaped armrests that tuck neatly u