Visionstar CP-600D

Rooms where the clinician's hands are rarely free benefit most, which is most rooms doing refraction. The movement that matters here is the one made between instrument changes: bringing a refractor head to the eye and swinging it clear afterwards. Elsewhere in this family that is a hand rotation through 360°; here it is a driven rotation through 90°. The smaller arc is the better trade, because the value lies in not having to let go of a lens, a light or the patient's attention rather than in the number of degrees available.

Patient access is served by the driven tabletop. A big top rotating 90° under power clears the approach to the chair without anybody pushing it, which matters for patients using a stick or frame and for anyone accompanied. The small top moving laterally brings a second instrument forward and takes it away again.

Consolidated control suits high-volume lists. One rocker fascia operating chair, tabletop and arm removes the moment spent finding the right control in the right place, repeated through every appointment.

Two things belong firmly in the decision, and the first is unusual. Every published figure on this datasheet is identical to its stablemate's, so it cannot be established from the literature whether this model is genuinely more automated or simply better documented. If the difference is real it is substantial; if it is editorial it is nothing. That must be settled in writing before choosing between them.

Second, three driven systems mean three service items rather than one. Establish intervals and parts availability for each, and confirm what happens to the remaining two if one control fails.

Chair loading and weight are both unpublished, as throughout this family.

The arm turns without being touched

Ninety degrees under power, made between every instrument change, when a clinician's hands are usually holding something.

A smaller arc, achieved better

Elsewhere in this family the arm rotates 360° by hand. The value here is in not letting go, not in the degrees available.

The approach clears itself

A big tabletop rotating 90° under power opens the route to the chair without anybody pushing it — useful for patients with a stick or frame.

A second instrument comes forward

The small tabletop moves laterally, bringing a device into position and taking it away again.

One fascia for three systems

Chair, tabletop and arm from a single rocker panel, removing the moment spent finding the right control somewhere else.

The powered chair fitted as standard

Chair figures match the separately sold powered lift unit, so nothing is left to a second order.

Ranges published as heights

Phoropter arm 1430–1730 mm, small tabletop 120–480 mm — figures a room can be checked against directly.

Powered phoropter arm rotation

The arm works up and down and rotates 90° automatically, per the manufacturer's caption.

Powered tabletop rotation

The big tabletop rotates 90° and the small tabletop moves left and right, per the manufacturer's caption.

Single rocker control fascia

The control panel operates the chair, the tabletop and the phoropter arm, per the manufacturer's caption.

980 × 850 × 1860 mm

The unit occupies 980 × 850 mm of floor at 1860 mm high.

890 × 490 × 130 mm table top

The main working surface measures 890 mm by 490 mm at 130 mm thick.

Phoropter arm range 1430–1730 mm

The arm works between 1430 and 1730 mm above the floor, a 300 mm stroke.

Small tabletop range 120–480 mm

The small tabletop works between 120 and 480 mm above the floor, a 360 mm stroke.

Chair 680 × 590 × 1345 mm

The chair matches the powered lift unit sold separately in this catalogue, working across 1195–1345 mm.

545 × 370 × 50 mm drawer

The drawer offers 50 mm of internal depth; check your trial lens case against it.

165 W total power

Total draw is 165 W, the highest in this family.

The Visionstar CP-600D publishes the same technical specification as the closely related model in this family, figure for figure. What differs is the captions, and they say considerably more: the control panel operates chair, tabletop and phoropter arm; the arm works up and down and rotates 90° automatically; the big tabletop rotates 90° and the small one moves left and right. Three powered systems from one rocker fascia. The word that matters is "automatically" — elsewhere in this family the phoropter arm rotates 360° by hand, and here it rotates 90° driven. That is the better trade for a movement made between every instrument change, since the value is in not having to let go of a lens, a light or the patient's attention rather than in the degrees available. One caution belongs alongside all of it: because the published figures are identical to the stablemate's, the literature cannot establish whether this model is genuinely more automated or simply better documented, and that should be settled in writing before choosing between them. Chair loading and weight are unpublished, and three driven systems mean three service items. Medigear.uk supplies the CP-600D into the UK with pre-despatch functional inspection and documentation review. Contact the Medigear.uk team for current pricing, quantity quotations, automation confirmation, or bespoke configuration enquiries.