Capre EX2 Examination Table

Sturdy, versatile examination table

Main features:

1. Quiet and easy to use

2. Stands firmly on rubber paws

3. Easy to keep clean

About

The Lojer Capre range of examination tables is in a class of its own when it comes to design and function. A large number of examination tables are placed in examination rooms, with no need for manoeuvring – large wheels are therefore unnecessary.

The Lojer Capre EX2 examination table is designed for general use and features a two-piece table top. Its exceptionally low minimum height and quiet motor add to its appeal in small examination room environments.

See also Capre M treatment table that can also be used as an examination couch.

The Range

Capre EX2H, Capre EX1AM and Capre EX2AM

Technical standard features:

Modern design
Table stands firmly on its own feet
Rubber feet don’t mark the floor, floor level adjustment
Powerful 10 kN motor in all models allows 210 kg Safe Working Load (SWL)
Electric height and back adjustment with hand control
Clear structure and covered motor make keeping the table clean easy
Multiple upholstery colors and several high-quality upholstery materials available

TECHNICAL DATA

Total width	70 cm (optional 80 cm)
Patient surface width	70 cm (optional 80 cm)
Total length	200 cm
Height adjustment	45 - 92 cm, electric
Back section length	70 cm
Seat and leg section length	123 cm
Back section adjustment	0 - 73°
Total weight	100 kg
Safe working Load (SWL)	210 kg
Castors (optional)	Ø75 mm
Electric system	24V
CE-marking	Yes
Warranty	2 years
Country of Origin	Finland

TECHNICAL IMAGES

ACCESSORIES

DOWNLOADS

MATERIAL OPTIONS

Future

Featuring a slightly pearlescent finish, the stylish Future is an environmentally friendly and fire safety tested upholstery material in the Lojer upholstery range. Its antibacterial, antimicrobial and mold-proofing properties make Future an ideal material for demanding applications. The material features cutting-edge coating technology that remains on the surface and does not wear out even when cleaned. At the same time it prevents the growth of bacteria (which causes smells and stains), prolonging the service life of the upholstered parts.

This extremely durable material is 3 to 6 times more durable than traditional faux leather materials (Martindale over 300 000 cycles) and highly resistant to deterioration such as cracking, splitting, and loss of flexibility. It is also waterproof and fade-resistant.

The surface coating, durability and performance of Future upholstery material have been designed specifically for the healthcare industry, where bacteria, abrasions and stains are particularly challenging. The material is easy to clean and must be cleaned frequently. It fulfills REACH chemicals regulation requirements, which proves a high emphasis level of health and environment protection.

Material composition:

Topcoat 81% vinyl
Backing 19% polyester

Colour options

Standard: Silver

Standard: Falls

Standard: Tomato

Standard: Beach

Carbon

Space

Pearl

Titanium

Onyx

Saphire

Lagoon

Pistachio

Plum

Sunrise

Technical features

Cleaning

Suitable disinfectant

Nature

Durable, high quality Nature represents a new generation of environmentally friendly materials. The material is in accordance with the Oeko-Tex standard and therefore does not include any heavy metals or phthalates. Thanks to its biocompatibility (EN ISO 10993-5 + 10) the material is safe for the skin. The new Nature feels very comfortable and warmer on the skin than regular artificial leather. It is especially suitable for medical and physiotherapy products.

Material composition:

Approx. 50% Renewable raw materials
Approx. 30% Natural based raw materials
Approx. 20% Raw material based on crude oil

Colour options

Night

Sea

Stone

Haze

Sand

Technical features

Cleaning

Suitable disinfectants

Skai Conductive

Skai Conductive is high-quality leather-like material. Both appearance and feel imitate real leather. In addition, the material is electrically conductive and its use is recommended in medical products, in which current spikes caused by abrasive electricity, ie. electrostatic discharges should be avoided. These so-called spark discharges could damage sensitive electronic devices or interfere with tests (f.ex.heart function tests).

Material composition: