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There are 12 items in your basket.

(x1) Reskolux UV 365 LED Set

£595.00

(x1) NEW Flexible thin blade Heated Spatula

£440.00

(x1) Weight size A6

£29.00

(x1) 1E Heated Spatula supplied with 7 standard tips (Shoes)

£348.00

(x2) 1EM Mini Heated Spatula (without tips)

£180.00

(x1) Control Unit for wall mounting

£580.00

(x1) Temperature Monitor

£143.00

(x1) Special Control Unit

£499.00

(x1) 1E Heated Spatula without tips

£180.00

(x1) Weight size A9

£20.00

(x1) Weight size A8

£18.00

(x1) 1EC (Compact) Heated Spatula without tips

£180.00

Sub-Total

£3,392.00
(£3,985.62 Incl. VAT)

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Reskolux UV 365 LED Set

- 1EC (Compact) Heated Spatula without tips was successfully added to your shopping basket.

Reskolux UV 365, the innovative test and analysis instrument for surface fluorescence investigation of objects and materials undergoing conservation & restoration and for appraisal and valuation purposes.

Product Description

Pocketsize, high-performance UV source.
Circular illumination field, high light output (120 mW).
Durable, high-intensity UV-LED.
Pure UV-A spectrum: 360 nm to 370 nm, Peak at 365 nm.
Micro-controller optimized energy management with overload protection.
Light-weight, straight forward one-hand operation.
Coated, aspherical triplet lens, UV-A optimized.
Robust, anticorrosive, aluminium die-cast chassis.
Water resistant (IP67).
NiMH rechargeable cells with low self-discharge; intelligent charging unit with status LED & overheating protection.

The Reskolux UV 365 test and analysis device emits high intensity UV light of 365nm +/-5 nm (UV-A). When operating the Reskolux UV365 UV blocking safety glasses must be worn and exposed skin areas covered.

Protective glasses are also available, please enquire

Attention: The Reskolux UV365 test and analysis instrument is an UV light source of a risk group 3 according to the EN 62471. The device emits high intensity radiation with a wavelength of 365 nm +/-5 nm (UV-A). To avoid any ocular injury do not look directly or with optical instruments into the light source.