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Sintang MT StudioSolid Pro 70M

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Sintang MT Physiotherapy & Wellness Equipment

Sintang MT StudioSolid Pro 70M

Product Code: PAWE-EARE-3111

Nine hundred and thirty millimetres of travel. Ask if it's usable.

Carriage travel is published at 930 mm, the figure that decides range of motion. The Sintang MT StudioSolid Pro 70M runs 2280 × 700 × 375 mm.

Sections

Rehabilitation Exercise Machines

Categories

Physiotherapy & Wellness Equipment

Condition

New

Origin

China

Seller Type

Certified Professional Seller

Size:

2280 × 700 × 375 mm

CE & ISO Certified

Global Shipping

Supplier: Medigear

The Sintang MT StudioSolid Pro 70M is a full-size Pilates reformer measuring 2280 × 700 × 375 mm, built on a 35 mm laminated European maple frame with 10 mm stainless steel supports. It runs on natural anodised aluminium alloy guide rails with a published carriage travel of 930 mm, carries six springs in two yellow, two green and two red, and uses a seven-position adjustable foot bar in 304 stainless steel at 10 mm.

Carriage travel is the specification that matters most here, and it is rarely published at all. Travel is the distance the carriage runs along the rails, and it sets the outer limit of every exercise performed on the machine — footwork, long stretch, leg circles, elephant and long back stretch are all bounded by it. For a taller patient, or for full-range work with a well-recovered one, travel is what determines whether the exercise can be completed properly or has to be shortened. Having a figure at all lets a clinic match the machine to its caseload rather than guess.

One question follows from it. Ask whether 930 mm describes the full mechanical travel of the carriage on the rails or the usable travel between the stops, because those are different numbers once end stoppers and the carriage at rest are accounted for. It is the usable figure that governs what a patient can actually do.

The 700 mm carriage width and the 35 mm laminated frame go together. A wider carriage gives a broader base for kneeling and quadruped work and suits larger patients; a laminated frame at 35 mm resists the seasonal movement a large timber structure would otherwise show. Medigear.uk can arrange supply, delivery and documentation from Sintang MT across the United Kingdom.

Reformer-based Pilates has an established place in UK physiotherapy and rehabilitation, and a wide, long-travel machine is aimed at clinics working across a broad patient range. Typical use covers spinal rehabilitation and core stability programmes, post-operative recovery following joint surgery, chronic low back pain management, neurological rehabilitation focused on controlled movement, pre- and post-natal work, and supervised conditioning.

Carriage travel is where this specification bears most directly on clinical work. Full-range exercises are bounded by how far the carriage runs, so a patient who reaches the end of travel before reaching the end of their own range is being limited by the equipment. That shows up first with taller patients and with well-recovered ones returning to full function, which is exactly the point at which a rehabilitation programme is trying to restore normal range rather than protect a healing structure.

Carriage width serves a different group. Kneeling, quadruped and side-lying positions all need somewhere to place hands and knees confidently, and a larger patient benefits from more carriage beneath them. Shoulder rest spacing should be confirmed separately, since that is what locates the individual patient on the carriage.

Spring configuration supports graded progression. Two light springs allow both a very light setting for unloading a movement and a small increment between light settings, which is where early post-operative and neurological work spends most of its time.

Room planning needs the extra width accounted for. A 700 mm carriage sits within a footprint that still needs therapist access along both sides and clearance behind for springs at extension, so measure against a scale plan rather than the stated dimensions alone.

Carriage travel is actually published.

Travel sets the ceiling on range of motion for every exercise, and having a stated figure lets a clinic match the machine to its caseload instead of discovering the limit with a patient on it.

A broader base for kneeling and quadruped work

A 700 mm carriage gives somewhere confident to place hands and knees, and more surface beneath a larger patient.

Dimensional stability from laminated construction

Bonded layers resist the seasonal movement a two-metre timber structure would otherwise show, which matters for rail alignment over years of use.

Reinforcement where load concentrates

10 mm stainless steel supports brace the frame at its loaded points, and stainless steel resists the corrosion that perspiration and cleaning cause.

Two light springs for graded unloading

Six springs with two at the light end allow both a very light setting and small increments between light settings, which is where rehabilitation spends most of its time.

A substantial foot bar section

The seven-position foot bar is 304 stainless steel at 10 mm, giving a solid section at the point that takes direct foot and hand load.

Larger foot platforms

Foam and non-slip wooden platforms are supplied at larger sizes than the jumpboard alone would suggest, with a wider foam platform available as an option.

UK supply and documentation through one route

Medigear.uk can arrange supply, delivery, documentation and accessory sets from Sintang MT across the United Kingdom.

930 mm carriage travel

Published travel along the rails — ask whether this is full mechanical travel or usable travel between the end stops.

700 mm carriage width

A broad carriage suiting kneeling, quadruped and side-lying work — confirm shoulder rest spacing separately.

35 mm laminated European maple frame

Bonded-layer construction at a stated thickness — ask what form the lamination takes and which adhesive and bond class is used.

10 mm stainless steel supports

Reinforcement at the frame's loaded points — request a drawing showing placement.

Six springs, two yellow, two green, two red

A graded set with two light springs — request the rates in N/mm or lb, since colour conventions are not standardised.

Seven-position adjustable foot bar, 10 mm

Made in 304 stainless steel at a stated 10 mm section.

Natural anodised aluminium alloy rails

A hard anodised running surface for the carriage wheels.

2280 × 700 × 375 mm published dimensions

Length, breadth and height — request the working carriage height separately.

Jumpboard, 65 × 57 cm

Supplied as standard for jump and plyometric work against the footplate.

Foam foot platform, 68.5 × 22 cm

A broad foam platform supplied as standard.

Non-slip wooden foot platform, 68 × 15 cm

A narrower non-slip platform supplied alongside the foam one, for a different foot position.

Rubber-coated handles and double loop straps

Standard handles and straps for upper and lower limb work.

Detachable shoulder rests

Plastic-based shoulder rests that remove for storage and cleaning.

Optional foam platform and sitting box

A wider foam platform at 68 × 22 cm and a sitting box, both quoted separately.

The Sintang MT StudioSolid Pro 70M gives UK clinics and studios a full-size Pilates reformer at 2280 × 700 × 375 mm on a 35 mm laminated European maple frame with 10 mm stainless steel supports, running on natural anodised aluminium rails with 930 mm of carriage travel, six springs including two at the light end, and a seven-position 304 stainless foot bar at 10 mm. It suits spinal and post-operative rehabilitation, work with taller or larger patients, and full-range conditioning in a room with space for the wider carriage. Two specifications deserve clarification before order: whether the 930 mm travel figure is mechanical or usable between stops, since only the usable figure describes what a patient can do; and what form the frame lamination takes, together with its adhesive bond class. The header's upgrade language carries no stated baseline and should be read as marketing — the published figures are what a decision should rest on. Four further figures are absent: working carriage height, unit weight, maximum user weight and approved cleaning agents. Medigear.uk can arrange supply, delivery, documentation and accessories from Sintang MT across the United Kingdom. Contact the Medigear.uk team for pricing, lead times and accessory enquiries.

FAQ

Frequently Asked Questions

Everything buyers need to know about sourcing medical equipment through MediGear.

Travel is how far the carriage runs along the rails, and it sets the ceiling on the range of motion for every exercise on the machine. Footwork, long stretch, elephant, leg circles and long back stretch all reach their limit at the end of travel, so a patient who runs out of carriage before they run out of movement is working within the machine rather than within their own range. The question to put to Sintang MT is whether 930 mm is full mechanical travel on the rails or usable travel between the end stops — those differ once stoppers and the carriage at rest are accounted for, and it is the usable figure that describes what a patient can do.

A broader base, with two practical consequences. Kneeling, quadruped and side-lying work all benefit from having somewhere to put hands and knees without hunting for the edge, and a larger patient has more carriage beneath them, which affects both stability and confidence. Ask one thing separately, though: shoulder rest spacing. A wider carriage does not automatically mean wider-set rests, and it is rest spacing rather than carriage width that has to fit the individual patient.

Laminated construction builds the frame from bonded layers, which gives good dimensional stability across a large component — a timber frame over two metres long will otherwise move with seasonal humidity. That stability is the engineering argument for it at 35 mm. Ask what form the lamination takes, since laminated veneer, glue-laminated solid sections and plywood-cored panels behave differently, and ask which adhesive and bond class is used, because a reformer frame takes cyclic loading every session.

Worth asking, since the specification says they are fitted but not where. Stainless supports on a timber frame typically brace the points that carry concentrated load — the riser uprights, the foot bar mounts or the rail supports. Knowing which tells you where the manufacturer expects the load to concentrate, and lets your maintenance schedule check the right fixings. Ask for a drawing or photograph showing their placement.

Two yellow, two green and two red give six springs with two at the light end. That matters in rehabilitation, because light springs are what let a therapist unload a movement a patient cannot yet perform against gravity, and having two allows both a very light setting and small increments between light settings. Colour conventions are not standardised between manufacturers, so ask for the rates in newtons per millimetre or pounds, along with replacement intervals and part numbers.

As manufacturer marketing rather than specification. The header describes structural, ergonomic and visual upgrades and refers to enhanced rigidity, improved range of motion and greater capability, but none of those carries a stated baseline, test method or comparator. The underlying figures — 35 mm laminated frame, 10 mm stainless supports, 700 mm width, 930 mm travel — are real and are what a purchasing decision should rest on. Ask what the comparative statements were measured against if they matter to you.

None is published, and all three matter. The 375 mm dimension may be closer to a working height than a frame profile given the taller build, but request the carriage height at rest, and the overall height at the shoulder rests, since those determine whether a patient can transfer independently. Unit weight bears on delivery handling and floor loading. Maximum user weight is a basic safety parameter and more consequential in rehabilitation, where patient build varies widely — request it in writing and record it in your equipment file.

It is not a medical device. A Pilates reformer is exercise equipment, so general product safety requirements apply rather than medical device regulation, with the EN ISO 20957 series the technical reference for stationary training equipment — ask which class Sintang MT declares. On cleaning, confirm approved agents before ordering: a treatment room reformer is wiped down between every patient, and repeated disinfection degrades some upholstery coverings, foams and timber finishes.

None is published. Ask the warranty term and coverage, since frame, springs, upholstery and hardware are likely to carry different periods, and ask whether the laminated frame's glue lines are covered. Confirm whether the reformer arrives assembled or flat-packed and what access is needed — at 2280 mm long and 700 mm wide, this is a larger delivery than the footprint alone suggests, and doorways and lifts are worth measuring. Medigear.uk can arrange delivery and documentation from Sintang MT for your equipment file.